UL Solutions is BridgeBuilding Partner of 2022 Eurovent Summit
BRUSSELS, CARUGATE, 19 July 2022: UL Solutions has become an official BridgeBuilding Partner (sponsor) of the 2022 Eurovent Summit, scheduled to take place from October 25 to 28 in Antalya, Turkey, Eurovent said through a Press release.
According to Eurovent, UL Solutions delivers testing, inspection and certification services, together with software products and advisory offerings that support customers’ product innovation and business growth.
Eurovent said UL Solutions will assume an active role in the Summit’s flagship event, Eurovent Innovation/HUB, focused on #BuildingBridges between innovation and sustainability. Dustin Steward, Director and Global Industry Lead for Appliances, HVAC, and Components, UL Solutions, will contribute to the event with a keynote speech dedicated to lower-GWP refrigerants, Eurovent said.
Steward said: “While low-GWP refrigerants are more environmentally friendly, manufacturers must be mindful of the additional layers of risk involved in their use. As a leading independent safety science organisation, UL Solutions has conducted extensive research on flammable refrigerants and has developed thorough expertise to support manufacturers during the design of their next-generation products.
“Among UL’s available services, in fact, there is the unique Modelling and Simulation programme that helps us to predict flammable refrigerant behaviour in circuits and potentially critical areas. Through this advanced analysis, manufacturers can lower the number of physical prototypes needed for certification tests. On top of that, a faster assessment of product design revisions meets both environmental and process acceleration issues that manufacturers committed to sustainability are pursuing.”
According to Eurovent, this year’s EUROVENTSUMMIT is co-organised with ISKID, the Turkish Air Conditioning and Refrigeration Manufacturers’ Association. It aims at #BuildingBridges between manufacturers and consultants, planners, installers, trade associations and policymakers between Europe, the East and beyond, towards more sustainable and circular products and a more socially and environmentally responsible industry, Eurovent said.
Among other activities, participants can look forward to a rich seminar programme focused on both ventilation and refrigeration, organised by ISKID and TTMD (Turkish Society of HVAC and Sanitary Engineers), with involvement from UL Solutions in English and Turkish, Eurovent said. There will also be an interactive policy panel on the first night, Eurovent said, which will connect many different stakeholders in the industry.
Cubigel Compressors celebrates 60 years of experience
BARCELONA, SPAIN, 13 July 2022: Cubigel Compressors of Huayi Group, the Spain-based compressor manufacturer, released a new brand positioning strategy, titled ‘Cooling Expert+’ for the commercial refrigeration industry, in commemoration of its 60th anniversary, on June 28, 2022, during Mostra Convegno Expocomfort (MCE), in Milan, Italy.
Making the announcement through a Press release, Cubigel said the strategy strengthens its brand positioning and image, focusing on ‘Cooling Expert+’ to fully sublimate the positioning of the expert with a 60-year heritage in the refrigeration industry and as a provider of overall solutions for the whole industry.
In the MCE special session of the 60th anniversary, Cubigel invited important customers from the world over to participate in the launch ceremony of its new brand positioning strategy, held under the auspices of Pedro Olalla, Sales and R&D Director, Huayi Compressor Barcelona. The ceremony included a screening of a video of Cubigel Compressors’ 60 years of industry experience. Subsequently, Tao Wen, Deputy General Manager, Huayi Compressor Barcelona, delivered the Keynote Address on four core values and in-depth connotations of the brand’s new proposition to customer representatives from around the world.
Cubigel said it not only provides reliable light-commercial refrigeration compressors but also overall services for its products, by combining Huayi Group’s strong Chinese manufacturing capabilities with its own local advantages from its base in Spain. Cubigel said that after being acquired by Huayi Group, it improved its overall production capacity and supporting service capabilities, successfully expanded its larger-scale loyal customer base and became a truly trustworthy global light-commercial refrigeration expert.
Cubigel said that in order to be the ‘Cooling Expert+’ for green light-commercial refrigeration, it attaches great importance to natural refrigerants, low-energy-consumption green solutions and related product innovations. The company said that its strong R&D capabilities allows its Green Cooling compressor series to be constantly updated and upgraded.
It further said that its R&D infrastructure has helped it overcome technical bottlenecks to meet the requirements of green refrigeration experts. At the same time, it added, it has been actively responding to industry trends and substantially expanding the application range of natural refrigerants through its product upgrades.
In addition, the company said, it aims to be the Cooling Expert+ with the most complete product range. It said it has a complete product portfolio in the market with a wide choice of displacements – from 1.4 to 42 cc – with refrigerants such as propane (R290) and isobutane (R600a), owing to its strong R&D team and 60 years of presence in Chinese and European markets. Meeting the needs of light-commercial refrigeration applications, its complete product line provides customers with convenience and choice in the process of customised selection under various working conditions, it claimed.
Cubigel said it also aims to be the ‘Cooling Expert+’ in innovation. The company pointed out that it has been proceeding with innovations in compressor specifications, such as displacement, cooling capacity and noise levels, in addition to incorporating other cutting-edge technologies in materials, design and manufacturing processes.
The ceremony at MCE also included speeches from customers from various countries, who shared testimonies from over the years and commented on the release of the new brand proposition.
Yang said the release of the new brand strategy is not only a sublimation of Cubigel’s brand positioning but is also a process of pursuing excellence as an industry expert from R&D and production to services. Cubigel products and services, he said, embody the company’s advantages in various aspects to consolidate the brand identity of ‘Global Expert+ for Light Commercial Refrigeration’, aiming to provide the industry with the most cutting-edge and most complete solutions. Cubigel, he added, will open up new thinking and explore new paths to grow into a sustainable and socially responsible brand.
eurammon Symposium 2022 again online
FRANKFURT, Germany, 22 June 2022: eurammon, an association of companies, institutions, and individuals committed to the promotion and use of natural refrigerants, will hold its annual Symposium, titled ‘Journey to a naturally sustainable future’, from July 4 to 8 on a digital platform. Making the announcement through a Press release, eurammon said that as the digital format has been well received by participants in previous years, the event will again be held online over 5 days from 9am to 11.30am each morning. Registration for the Symposium is now open via e-mail to email@example.com.
Through online lectures and a virtual panel discussion, the industry will look at the importance of its products for a sustainable and energy-efficient economy, eurammon said. “Natural refrigerants will play an important role in creating a sustainable future for our planet,” said Rob Lamb of Star Refrigeration Ltd., and Chairman of the Steering Committee of eurammon e.V. “The eurammon 2022 online symposium builds on the success of last year and looks at the use of natural fluids for cooling and heating applications across a wider range of industries.”
According to eurammon, the subjects on Day One will help set the scene for the rest of the week. They will include the European Green Deal, the UK Institute of Refrigeration’s ‘Beyond Refrigeration’ initiative and developments in the use of ammonia as a fuel. Day Two will focus on regulatory news, dealing with the proposed changes to the EU F-gas regulation and providing updates on the IEC 60335-2-40 and EN378 standards, eurammon said. The remaining three days will look at the new technologies and case studies that are helping the industry move to a sustainable future, eurammon said.
“With the online symposium, we are reaching out to a global audience interested in natural refrigerants,” Lamb said. “The symposium is a chance to learn, ask questions and share knowledge. We look forward to many participants joining us from the 4 to 8 July.”
According to eurammon, the programme agenda is as follows…
4 July – Keynote speeches
9:00 Welcome & greeting, Michael Freiherr, Chairman eurammon e. V.
9:10 Green Deal in Europe, Andrea Voigt, Danfoss A/S
9:55 Beyond Refrigeration, Graeme Maidment, Institute of Refrigeration
10:45 Ammonia engine development for marine propulsion, Johan Kaltoft, MAN DK
11:30 Concluding remarks, Michael Freiherr
5 July – Policy and regulations update
9:00 Introduction, Michael Rabenstein, Evapco Europe GmbH
9:10 F-gas regulation, Cornelius Rhein, European Commission
9:45 IEC 60335-2-40, Asbjørn Vonsild, Vonsild Consulting
10:15 European standardization for refrigerating systems using flammable refrigerants, especially standard series EN 378, Carsten Hoch, TÜV Süd Industrieservice GmbH
10:50 Panel discussion: Cornelius Rhein, Asbjørn Vonsild, Carsten Hoch, Moderator: Michael Rabenstein
11:20 Concluding remarks, Michael Rabenstein
6 July – Natural refrigerants for the cold chain
9:00 Introduction, Lambert Kuijpers, A/genT Consultancy
9:10 Industrial refrigeration production plants: “Heat recovery, reduced CO2 emissions!”, Michael Elsen, Kreutzträger Kältetechnik GmbH & Co. KG
9:45 Heat pump integration in a plant based meat solution factory and needs to achieve decarbonization from an end-user perspective, Vincent Grass, Société des Produits Nestlé S.A.
10:15 Predicting annual refrigeration energy consumption in temperature-controlled facilities, Robert Lamb, Star Refrigeration Ltd.
10:50 “Waterloop“ solutions for sustainable supermarkets – 100% propane for natural and efficient cooling and heating, Herbert Schupfer, Güntner Group Europe GmbH
11:20 Concluding remarks, Lambert Kuijpers
AHRI, Alliance Seek Senate Support for Kigali Amendment
ARLINGTON, Virginia, 16 June 2022: Leaders of member companies of the Air-Conditioning, Heating, and Refrigeration Institute (AHRI) and the Alliance for Responsible Atmospheric Policy today issued a letter to the leadership of the United States Senate urging expeditious action to ratify the Kigali Amendment to the Montreal Protocol. The Amendment, approved in May by the Senate Foreign Relations Committee, is currently awaiting floor action, AHRI pointed out. The Kigali Amendment provides for a global phasedown of hydrofluorocarbon refrigerants, an action AHRI and its 320 HVACR and water heating manufacturers have sought for more than a decade, the Institute said.
According to AHRI, the letter informed Senate Leaders Chuck Schumer (D-N.Y.) and Mitch McConnell (R-Ky.) that ratification “will secure a position of strength for American companies in a highly competitive global market for next-generation refrigerant technologies by creating new U.S. manufacturing jobs and stimulating further investment in the U.S. economy”. It noted that “failure to ratify would close these markets to U.S. manufacturers after 2023, because the Montreal Protocol prohibits trade with countries not party to [it] or its amendments.”
According to AHRI, if the Amendment is ratified by the Senate, the United States will join some 129 other nations as full parties to the treaty, approved in October 2016, with the United States as a signatory.
Midea conference highlights its V8 VRF system
DUBAI, UAE, 1 June 2022: Midea launched the VRF V8 series as a major global initiative, citing Dubai as the best place to demonstrate the toughness and reliability of the system in facing up to sandy and dusty conditions and to high relative humidity and high temperatures. It said the V8 can work in temperatures ranging from 55 degrees C to minus 30 degrees C, making it ideal for operations in the UAE and Saudi Arabia, characterised by high temperatures, including higher ground temperatures.
Henry Cheng, General Manager, Midea Building Technologies, said the V8, which will go into production this month, is about reliability. “We want the product to be more reliable, so there is no need to repair it or spend that much time on maintenance,” he said. He spoke of the V8 having innovative features, including its shield box, which protects the incorporated printer circuit board (PCB) from getting affected by the outside environment, including sand, dust and moisture. “Water will damage the PCB, if it touches,” he said. “The PCB is in an isolated space, and no water will touch it. So, it can work safely for a longer time.”
Speaking on the other features, Cheng highlighted the V8’s hyperlink approach to connecting the wires. Elaborating on how in the past, installers had to connect the wires in series, he highlighted the inherent disadvantage of that approach, where if one unit stopped working, the entire system would stop working. The V8, he said, allows for the wires to be connected with greater flexibility, which improves reliability, eases the installation process and helps installers save time. A third feature of the V8, he said, is the high degree of comfort it allows through its constant airflow. “No matter where you are in the building, the airflow is constant,” he said.
Cheng also spoke of the V8 having 19 sensors and a visual sensor technology. If the real sensors stop working, the machine will duplicate to give virtual sensors – digital twin – which will continue the sensing process and simultaneously send a message to the maintenance personnel informing them of a problem with the real sensors for them to rectify. “This way, the system is able to work 24×7, so there is no shut down problem,” he said. He also spoke of the V8 featuring the ‘Midea Doctor 2.0, which would allow for using cloud for self-diagnosis. “So, with the V8, we have many leading technologies in the industry,” he said. “With the V8, we are the leader in the product.”
Addressing the issue of aftersales service, Cheng said Midea works closely with its partners, including Taqeef, which he added has a strong aftersales capability, including training and service centres.
“We also support our partners in increasing their aftersales service,” he said. “We have our technical engineers to support Taqeef, and we provide funds to partners to improve their service capability. As Midea we also have the TSP feature, and so partners can place orders for spare parts through the TSP and also through the cloud. So, we are enhancing our capabilities on aftersales. But, if we have a highly reliable product, you don’t need as much aftersales. We use high-end components, so we have fewer problems, and we would need less aftersales service.”
Cheng said Midea would continue to invest in the GCC region. But when asked if the company has plans to open a factory in the Middle East, he said it does not have any at the moment. “We have to look at the right partners and at the policies from the government,” he said. “We have had a discussion on this with the Abu Dhabi Investment Office.
Tariq Al Ghussein, CEO, Taqeef, speaking on Midea’s global growth, said that the very fact that the company has changed its name from Midea CAC to Midea Building Technologies reflects its ambition to provide comprehensive solutions to the building construction industry, including HVAC and elevators, to name two. “They want to supply all the components and software,” he said. “They continue to surprise us with how fast they are moving.”
The V8 features the refrigerant, R-410a, whereas it has R-32 for mini VRF systems. To a question about the possible use of refrigerants other than the two, considering that R-410a has a GWP of 2,088 and is facing calls from certain quarters for its phaseout and that R32 is classified as an A2L refrigerant, owing to its mildly flammable nature, requiring safety in handling, Cheng said Midea is one of the biggest manufacturers in the world and that the company is looking at all possibilities and will need to see the trend. “Different manufacturers are promoting different gases, and there are debates on regulation,” he said. “We will be ready once there is clarity.”
To a question about the global semiconductor crisis, and Midea’s response to dealing with the problem, Cheng said the shortage of chips is a global problem and one that affects all sectors and not just the HVACR sector. “From our perspective, we have learnt that we have to develop strategic partners on key components and to also strengthen our own capability,” he said. “And in China, we have set up our own chip factories in a small scale, and now we are accelerating to a big scale. We will enhance our capability in this area. There are many newcomers, who are planning to manufacture chips, and I think the problem will be solved very soon.”
THE GREAT DEBATE
DUBAI, UAE, 27 April 2022: CPI Industry, publishers of Climate Control Middle East magazine, will be hosting ‘The Great Debate: CHW vs VRF systems’. The second edition of the event, to be held on May 30 in Dubai, has captured the imagination of the industry and stoked excitement with its unique, courtroom-styled setting and format.
The first edition, held in 2011, at ADNEC in Abu Dhabi, was a novelty, replete with judge, jury, witness box and fiery advocates arguing with passion and interrogating at will to ascertain the best possible system, all things considered, to deliver affordable, efficient, resource-friendly, safe and reliable comfort cooling in the GCC region.
The Great Debate: CHW vs VRF systems is a revival of the 2011 setting, at a time when proponents of chilled water systems and variable refrigerant flow systems claim to have made substantial progress and achieved greater market penetration. Does the argument, ‘horses for courses’ hold true, or are we missing a point that holds the key to safe, sustainable, affordable and reliable air conditioning?
A key question that probably would settle the swirling dust surrounding chilled water systems and variable refrigerant flow systems is, ‘Where is the data?’ The Great Debate is an attempt at arriving at clarity, at a time when the world is desperately seeking solutions to lower greenhouse gas emissions, reduce total cost of ownership and to strengthen Indoor Air Quality interventions.
Whilst The Great Debate will feature technical presentations, the centrepiece of the event will be the unique courtroom setting, post-lunch, designed to host a no-holds-barred discussion on chilled water and variable refrigerant flow systems, with the aim of arriving at clarity on performance data on energy use, reliability, affordability and health & safety, amongst other topics, when the systems are deployed across multiple building profiles.
The conference will feature all the typical furniture and props of a courtroom, with stakeholders assuming the roles of judge, jury, advocates, witnesses (developers, building owners and building owner associations) and courtroom onlookers. The conference will summon proponents and consumers of both approaches to take to the witness box for cross-examination, with ample scope to present their side of the argument, with the aid of audio-visual presentations and any other means they may choose to build a strong case.
“The conference is not an attempt at gimmickry but a serious and earnest exercise to highlight facts with unprecedented clarity,” said Surendar Balakrishnan, Co-Founder & Editorial Director, CPI Industry. “It is expected that the coming together of master developers, developers, building owner associations, consultants, contractors, manufacturers, distributors and sectoral end-users in healthcare, hospitality, aviation, education and malls in a unique courtroom setting would prompt greater insight, leading to lowering of total cost of ownership and greenhouse gas emissions and to improving Indoor Air Quality.”
Key talking points in the courtroom session include:
- Energy efficiency in multiple building types/energy consumption on an annualised basis; M&V; onsite data harvesting and analysis
- Sources of energy: Natural Gas, hydrogen, Renewable Energy
- Water-use optimisation in multiple building types
- O&M issues (streamlined maintenance protocols)
- Refrigerants and occupant safety
- Cooling towers and human health
- Environmental impact (atmosphere, soil, water); net-zero-building aspirations
- Comfort cooling: reliability of cooling (last-mile guarantee), zoned cooling and heating, simultaneous cooling and heating
- Cost of installation, broad capex considerations
- Total cost of ownership
- Aftermarket service – including installation training, mentorship, support, supervision, spare parts – provided as a standard business practice by all manufacturers and suppliers
- Need for an international standard that provides standardised technical detail for minimum expected performance
- Regulation: MEPS and their impact on governing the performance of HVAC equipment and their interaction with other building assets in ensuring better building performance
- Smart cities and digital intervention
– ENDS –
For more details, contact:
Strategic Public Affairs Liaison & Events Manager, CPI Industry
M: +971 50 55 22 461
Frascold, Solid Energy in district energy initiative
MILAN, Italy, 19 April 2022: District heating systems could be a key technology in achieving the international climate mitigation goals, both those laid out in the Paris Agreement and the more stringent ones set by the European Green Deal. Saying so, Frascold, which manufactures semi-hermetic compressors for the industrial refrigeration and air conditioning sectors, said it has combined with Solid Energy, which specialises in heat pumps powered by renewable energy sources, to contribute to the diffusion of district heating and pave the way to an ecological transition by signing up to numerous projects in Denmark.
Amongst the most recent partnerships, upgrading the Galten plant in the Scandinavian country stands out, Frascold said. The plant has been in operation since 1964 and is capable of powering approximately 2,130 homes, Frascold highlighted.
The collaboration between Frascold and Solid Energy for the Galten facility began in 2019 with the creation of a system able to produce 45,000 MWh per year, obtained from 6 Frascold CXH screw compressors, suitable for use with HC, for 3.5 MW of overall power. The subsequent expansion, in 2021, saw the addition of 12 CXH compressors for an increase in power of 7 MW, Frascold said.
The installed air-water heat pumps absorb heat from the outside air with 34 air coolers for a total of 3,215,000 m3/h and cover 98% of the district heating system’s power consumption – that is, 44.343 MWh – with a SCOP (Seasonal Coefficient of Performance) of 3.11, Frascold said. The plant provides a discharge temperature of 70 degrees C with a return of 38 degrees C, thus achieving a COP of 3.4 calculated by considering an outside air temperature of 8 degrees C, which is the annual average in Denmark, Frascold said.
“We think HC heat pumps are ideal for helping reduce the comfort sector’s environmental impact,” said Karsten Pedersen, Technical Director, Solid Energy. “Cascade systems with R290 and R600a guarantee the best balance of lowering direct and indirect consumption, flexibility of use and costs.
So, for this project, we relied, once more, on Frascold, which has supported us throughout each phase, and thanks to the constant dialogue with the Competence Center team, we have designed the ideal system to respond to the three challenges: Sustainability, performance and efficiency.
The partnership with Frascold is also based on the certified reliability of its wide range of hydrocarbon solutions: It is, in fact, the only manufacturer on the market with compressor sizes around 1,000 m3/h, which are perfect for our project and comply with ATEX directives for use in zone 2.”
Fabrizio Diotallevi, Frascold Sales Area Manager, North Europe, said: “Denmark is one of the most advanced countries in terms of district heating, and approximately 1.7 million homes, or 64% of the total, are powered by these systems, of which 61% already use energy from renewable sources.
A continuous improvement process is in line with the objective to completely eliminate fossil fuels in the segment by 2030. With the numerous plants brought online with Solid Energy, we are proud to contribute to this ambitious project, which we hope will be replicated in other countries.
This new success story with Solid Energy is another example of our expertise in building heat pump compressors, which we have gained through years of international partnerships using this technology that, in the near future, will be the basis for virtuous heating and zero environmental impact.”
Frascold SpA – www.frascold.it/en
Frascold is a leading player in the development, production and marketing of semi-hermetic, piston and screw compressors, at the service of the refrigeration and air conditioning industry. A company in continuous evolution, with its gaze always directed toward the future, which has built, over time, its competitive positioning on the value of the dynamic efficiency paradigm in which the company becomes the very engine of change, playing a propositional and proactive role towards the demand.
With headquarters in the province of Milan, in a facility occupying 53,000 m2 in total. Frascold Spa closed 2020 with a consolidated turnover of 55 million Euro. The Company boasts a well-balanced competitive position, thanks to the complete control of the value chain and a careful internationalisation strategy, which is expressed in significant investments in direct bases in China, India and the USA and agreements with Distributors in 86 countries.
Solid Energy A/S https://www.solid-group.dk/en
Solid Energy A/S is a cleantech company founded in 2015 in Denmark. It specialises in designing and installing heat pumps for district heating power stations and for large plants in, for example, the industrial sector. Solid Group has 35 employees and implemented 13 turnkey projects, for an overall total power of 40 MW.
Frascold, Solid Energy in district energy initiative
MILAN, Italy, 19 April 2022: District heating systems could be a key technology in achieving the
international climate mitigation goals, both those laid out in the Paris Agreement and the more
stringent ones set by the European Green Deal. Saying so, Frascold, which manufactures semi-
hermetic compressors for the industrial refrigeration and air conditioning sectors, said it has
combined with Solid Energy, which specialises in heat pumps powered by renewable energy
sources, to contribute to the diffusion of district heating and pave the way to an ecological
transition by signing up to numerous projects in Denmark.
Amongst the most recent partnerships, upgrading the Galten plant in the Scandinavian country
stands out, Frascold said. The plant has been in operation since 1964 and is capable of
powering approximately 2,130 homes, Frascold highlighted. The collaboration between
Frascold and Solid Energy for the Galten facility began in 2019 with the creation of a system
able to produce 45,000 MWh per year, obtained from 6 Frascold CXH screw compressors,
suitable for use with HC, for 3.5 MW of overall power. The subsequent expansion, in 2021, saw
the addition of 12 CXH compressors for an increase in power of 7 MW, Frascold said. The
installed air-water heat pumps absorb heat from the outside air with 34 air coolers for a total of
3,215,000 m 3 /h and cover 98% of the district heating system’s power consumption – that is,
44.343 MWh – with a SCOP (Seasonal Coefficient of Performance) of 3.11, Frascold said. The
plant provides a discharge temperature of 70 degrees C with a return of 38 degrees C, thus
achieving a COP of 3.4 calculated by considering an outside air temperature of 8 degrees C,
which is the annual average in Denmark, Frascold said.
“We think HC heat pumps are ideal for helping reduce the comfort sector’s environmental
impact,” said Karsten Pedersen, Technical Director, Solid Energy. “Cascade systems with R290
and R600a guarantee the best balance of lowering direct and indirect consumption, flexibility of
use and costs. So, for this project, we relied, once more, on Frascold, which has supported us
throughout each phase, and thanks to the constant dialogue with the Competence Center
team, we have designed the ideal system to respond to the three challenges: Sustainability,
performance and efficiency. The partnership with Frascold is also based on the certified
reliability of its wide range of hydrocarbon solutions: It is, in fact, the only manufacturer on the
market with compressor sizes around 1,000 m 3 /h, which are perfect for our project and comply
with ATEX directives for use in zone 2.”
Fabrizio Diotallevi, Frascold Sales Area Manager, North Europe, said: “Denmark is one of the
most advanced countries in terms of district heating, and approximately 1.7 million homes, or
64% of the total, are powered by these systems, of which 61% already use energy from
renewable sources. A continuous improvement process is in line with the objective to
completely eliminate fossil fuels in the segment by 2030. With the numerous plants brought
online with Solid Energy, we are proud to contribute to this ambitious project, which we hope
will be replicated in other countries. This new success story with Solid Energy is another
example of our expertise in building heat pump compressors, which we have gained through
years of international partnerships using this technology that, in the near future, will be the
basis for virtuous heating and zero environmental impact.”
Danfoss breaks ground for ‘supermarket of the future’
NORDBORG, Denmark, 14 April 2022: Engineering firm, Danfoss recently hosted a ground-breaking ceremony for the construction of what it described as one of the world’s most energy-efficient supermarkets.
Making the announcement through a Press release, Danfoss said the supermarket, scheduled to be ready in mid-2023 and spanning an area of 1,500 square metres, is situated next to Danfoss’ headquarters, in Nordborg, and is expected to lead the way for supermarket chains around the world to develop climate-friendly and sustainable stores with technologies that already exist today.
Built with energy-efficient refrigeration and heating technology, solar roof panels and charging points for electric cars, the Smart Store supermarket will capture and reuse heat produced by cooling cabinets and freezers to provide heating for the supermarket and local community through district energy, Danfoss said.
The supermarket will be connected to the Nordals Fjernvarmeværk district heating plant and will be able to supply it with surplus heat, Danfoss added.
The cooling system in the new supermarket will also run on carbon dioxide, as a natural refrigerant, which helps to reduce the overall climate impact.
Kristian Strand, President, Refrigeration & A/C Controls, Danfoss Climate Solutions, said: “The origins of this project go back a long time, but the new energy-efficient Smart Store supermarket that we are starting to build today has only grown in relevance.
The goal of the project is to show how easy and profitable it is to decarbonise our economy and ensure reliable and sustainable energy use. Heating and cooling are the largest energy consumers in supermarkets. The solutions we are building here today represent the core of Danfoss solutions and will showcase how we can approach zero-energy use in food retail, together.”
According to Danfoss, the site will also serve as an Application Development Centre, where the company will work together with partners to co-develop new technologies and explore interfaces in the energy system surrounding energy storage.
Jürgen Fischer, President, Danfoss Climate Solutions, said: “The supermarket will be the focal point for a new part of our campus, where all buildings will be energy-efficient and meet special sustainability requirements. Our aim is to boost the green transition with concrete evidence of how far we can go with energy efficiency. We want to demonstrate to customers and partners how energy-saving solutions work in real life. We want to show the greenest energy is the energy we don’t use or reuse.”
According to Danfoss, BALS, Brugsen for Als and Sundeved, Denmark’s largest independent supermarket association, will rent the building from the company and install a COOP 365 discount supermarket. BALS, which works together with COOP, has a total of 13 stores in the area around Sønderborg in Denmark and, since 2015, has consistently reduced the consumption of energy in its stores. So far, it has cut 44% of its total CO2 emissions, Danfoss said, adding that it was, therefore, a natural next step that BALS became a partner in the project.
Danfoss said it is establishing a showroom in a part of the supermarket building, where all installations are visible to visitors and customers. It said visitors will be able to experience its solutions for heating and cooling, such as CO2 as a refrigerant, heat recovery and the interaction between installations, once the building is in operation.
ASHRAE announces call for abstracts for 2023 Winter Conference
ATLANTA, Georgia, 10 March 2022: ASHRAE said it has begun accepting abstracts for the 2023 ASHRAE Winter Conference, to be held from February 4 to 8, 2023, in Atlanta, Georgia.
Making the announcement through a Press release, ASHRAE said the conference will address improving energy efficiency and decarbonization in the built environment.
According to ASHRAE, the technical program comprises the following eight tracks and a mini track:
The “Fundamentals and Applications” track will provide opportunities for papers of varying levels across a large topic base. Concepts, design elements and shared experiences for theoretical and applied concepts of HVAC&R design are included.
The “HVAC&R Systems and Equipment” track will focus on the development of new systems and equipment, improvements to existing systems and equipment and the proper application and operation of systems and equipment.
The “Refrigerants and Refrigeration” track will explore refrigeration systems, which generate and use cold for a range of processes, from food preparation and conservation to vaccine preservation, and to long-term protection of fragile ancient inks of historical documents and others.
The “Grid Resilience and Thermal Storage” track will highlight the advancements in grid resilience and thermal storage systems and how they are tied to resilience and energy conservation efforts.
The “Pathways to Zero Energy Emissions and Decarbonization” track will highlight methods being developed to reduce carbon impact on the global environment and the efforts ASHRAE and its members are taking to advance these efforts.
The “Multifamily and Residential Buildings” track will cover programs and papers on best practices, utility and above-code incentive programs, field studies, and codes and standards requirements. The track also welcomes programs and papers for single-family housing and other residential buildings.
The “Operations and Maintenance” will address an array of topics, including lessons learned, improvement of process and team communications and effort to improve the installation, startup, O&M and commissioning of HVAC systems.
The “Building Simulation and Virtual Design in Construction” track will focus on the practices of energy modeling and building performance simulation using existing simulation tools, software development, and future simulation research and applications for building simulation & virtual design in construction.
The mini track, “Innovative Responses to Supply Chain Challenge” is intended to help members plan for the future disruptions and develop resiliency plans around supply chain by highlighting effective and innovative strategies to mitigate supply chain challenges.
According to ASHRAE, abstracts, 400 words or less, are due April 5, 2022. If accepted, final conference papers (eight pages, maximum) are due July 25, 2022, it said.
In addition, technical papers (complete 30-page maximum papers published in “ASHRAE Transactions”) are also due April 5, 2022 and considered for Science and Technology for the Built Environment, ASHRAE’s research journal.
For more information on the call for abstracts and the 2023 ASHRAE Winter Conference, ASHRAE suggested visiting ashrae.org/2023Winter.
Cooling to the Green Deal with natural CO2 refrigerant systems
WELSHPOOL, United Kingdom, 17 August 2021: Invertek Drives showcased its dedicated VFD, Optidrive Coolvert, for use on CO2 refrigeration display cases used in the retail sector. The company added that its Optidrive Eco operates on larger current refrigeration compressor racks and cold rooms.
Invertek make the announcement against the backdrop of the European Commission’s Green Deal, also referred to as Fit for 55, which sets out proposals to cut EU net greenhouse emissions by at least 55% by 2030, compared to 1990 levels. This could mean the current target of reducing fluorinated greenhouse gas (F-Gas) emissions by two-thirds by 2030, compared with 2014 levels, will be adjusted and tightened further.
The EU F-Gas Regulation brought a 44% reduction in the amount of available HFCs in the EU, compared to 2015. By 2030, the current regulation allows only 20% of HFCs being available, with stepped drops between then and now. This could change in the recast.
According to Invertek, the impact of both means there is a need to ramp up the use of natural refrigerants, such as CO2, in cooling and refrigeration systems. And this isn’t just in the EU but throughout the world as part of the existing Kigali Amendment to the Montreal Protocol, it said.
Variable frequency drives (VFDs), the company said, are playing an important role in reducing emissions and energy use in HVAC&R systems. Optidrive Coolvert, it said, is one of the smallest VFDs in its class providing OEMs with opportunities to reduce panel space and lower machine costs. It fits directly into refrigeration display cases alongside a CO2 compressor, it added.
This is in addition to end-user savings of up to 25% using CO2 refrigerant condensing systems, which it is specifically designed to work with, the company claimed. A combination of meeting EU F-Gas Regulations and cutting energy use is a significant benefit for the end-user as well as for the environment, it said.
Mike Carman, Head of Sales, Invertek Drives, said: “The recast of the F-Gas Regulation comes as the EU sets out its new and wider environmental ambitions through the Green Deal. It’s widely believed this is the precursor to a significant adjustment in the F-Gas Regulation timeframe.
“With either more cuts in the amount of HFCs available in the EU or increased limits on emissions, it’ll impact on the manufacturers and end-users of refrigeration and wider HVAC/R systems”
According to Invertek, the Optidrive Coolvert also has the widest ambient operating range of between -20 degrees C and +60 degrees C, making it ideal for use in a wide range of environments. It can be used for the control of CO2 rotary or scroll, BLDC compressors used in supermarkets and convenience store display cases; heat pumps, and condensing units, the company said. This is in comparison to the Optidrive Eco VFD, which operates on larger-capacity semi-hermetic and screw compressors used in industrial and food retail refrigeration racks, and chillers, the company added.
According to Invertek, Coolvert is compatible with all motor types, including induction motors, permanent magnet motors, brushless DC motors, synchronous reluctance motors and Line Start PM motors ranging between Single Phase (Active PSE) 7A and 20A, and Three-Phase 14A to 24A (input of 200V to 480V).
Its open Modbus RS485 communication, the company said, ensures seamless connection to any external application controller, allowing the OEM freedom to select which components to use, which again helps lower manufacturing costs.
With an IP20-rated front and an IP55-rated rear, its panel mounting allows the drive’s power electronics to be cooled by the chilled air of the condenser, the company said, adding that this allows OEMs to select the smallest panel size for the control of the electronics, while removing heat generated by the drive and maintaining the IP rating.
Frascold upgrades its test laboratory for R290 and CO2 compressors
MILAN, Italy, 15 July 2021: Frascold said it has upgraded its test laboratory for R290 and CO2 compressors. Making the announcement through a Press release, the company described the laboratory – situated at its production site, in Milan – as one of the most advanced of its kind. The strategic investment plan in the laboratory, it said, includes new testing benches for propane, with an upgraded calorimeter and CO2 endurance system. The systems, added to the existing test benches, make the testing room an authentic centre of excellence, the company said.
The main innovation in the testing room, Frascold said, is the endurance/calorimeter for propane compressors, which allows different performance parameters to be tested and new prototype components to be checked for efficiency. The company described the set up as a system dedicated to personnel safety, thanks to the numerous measures adopted, such as installation outside the building and the use of only ATEX components. Another advantage of the laboratory, the company claimed, is the possibility of using a single system to test a broad range of sizes of semi-hermetic compressors – from 30 to 300 m3/h, which correspond to cooling capacities up to 300kW, as well as other elements, such as the regulator and the flow switch intended for ATEX compressors.
Frascold also pointed out to the calorimeter for carrying out performance tests of CO2 compressors, in compliance with the two reference standards: UNI EN 12900: 2013, which specifies the rating conditions, tolerances and method of performance data presentation, and UNI EN 13771-1:2017, which covers in detail the performance test methods for compressors, which must be conducted in terms of refrigerating capacity, power absorbed, refrigerant mass flow, isentropic efficiency and the coefficient of performance.
Frascold said it has upgraded its Endurance system for CO2 with the aim of carrying out life and durability tests on compressors under stress, to replicate real-field operating conditions and, thus, ensure maximum reliability of the entire range of transcritical compressors.
“With the aim of reducing the carbon footprint of the entire sector and meeting the stringent European and worldwide, which impose a drastic reduction of HFC, the industry-based actors are strengthening the development of systems which use refrigerants with low GWP,” said Marco Perri, R&D and Technical Support Manager, Frascold. “Frascold is one of the promoters behind this change and is investing accordingly in R&D and in its laboratory, with the aim of launching new generations of compressors and testing the existing ones, with alternative refrigerants, whether natural or HFO, capable of meeting the demand for sustainable, safe and high-performance solutions.”
AHRI Board approves decarbonization general position statement
ARLINGTON, Virginia, 18 May 2021: The Air-Conditioning, Heating, and Refrigeration Institute (AHRI) on May 14 released a General Position Statement on Decarbonization, advancing the association as a resource for states and localities grappling with how to successfully, sustainably and affordably reduce emissions related to the built-environment.
AHRI revealed the paper as noting, “The air conditioning, heating, ventilation, refrigeration, and water heating industry has a long history of providing innovative, high-quality, energy-saving, affordable products that enhance the comfort, safety, health, and productivity of businesses and people around the world”. It expresses AHRI’s support for “the ongoing, science-based transition to a lower carbon society, in which consumer choices for heating, cooling, water heating, and commercial refrigeration are the most energy efficient, environmentally beneficial available anywhere in the world, while maintaining appropriate and adequate levels of safety, health, comfort, and affordability”.
Stephen Yurek, President & CEO, AHRI, said: “Our member companies – which have more than 100 years of experience and expertise in product solutions, technology, and innovation – can serve as a valuable resource in helping the nation achieve a lower carbon society.”
The statement, AHRI said, comes on the heels of the success of the American Innovation and Manufacturing (AIM) Act, passed by Congress in 2020, which provides authority to the Environmental Protection Agency to regulate the production of high-global warming potential hydrofluorocarbons and establishes a national phase down structure for the refrigerants that are widely used in air conditioning and refrigeration equipment. That effort, AHRI said, more than 10 years in the making for the industry, is forecast to ultimately result in a 0.5 degree reduction in global temperatures over the next 30 years, even as it creates jobs and helps the industry’s global trade posture.
Eurovent Middle East joins Cool Coalition
DUBAI, UAE, 20 April 2021: Eurovent Middle East has become a member of the Cool Coalition, a global initiative led by UN Environment and the Kigali Cooling Efficiency Programme, the HVACR industry association said through a Press release. The initiative promotes a holistic and cross-sectoral approach to meet the cooling needs of industrialised and developing countries through better building design, energy efficiency, renewables, and thermal storage as well as phasing down refrigerants with a high global warming potential, Eurovent said.
The Cool Coalition is a global multi-stakeholder network that connects a wide range of key actors from governments, cities, international organisations, businesses, finance, academia and civil society groups to facilitate knowledge exchange, advocacy and joint action towards a rapid global transition to efficient and climate-friendly cooling. The Cool Coalition is currently working with over 100 partners, including 23 countries.
Markus Lattner, Managing Director, Eurovent Middle East, said: “The Middle East stands like no other region for the essential role of cooling and refrigeration for a successful socio-economic development. Eurovent Middle East has been established to provide crucial coordination between governments, industry and service providers and to build up competence in cooling and refrigeration within the region. We have joined the Cool Coalition, as we fully believe that it will be by cooperation and collaboration that we are able to transform societies towards a responsible and sustainable use of resources. We are proud to join other organisations from our region and strengthen the role of the Middle East in this global initiative.“
Lily Riahi, Cool Coalition Coordinator at UNEP, said: “To put the cooling sector on a path to net-zero emissions, we need everyone on board. The Cool Coalition is thrilled to welcome Eurovent Middle East among its members. Together, we can transform the sector and put it on a path to decarbonisation, in line to global climate targets and sustainable development goals.”
AHRI, others petition EPA on HFC phase-down rule
ARLINGTON, Virginia, 13 April 2021: The Air Conditioning, Heating, and Refrigeration institute (AHRI) today joined more than 35 other industry and environmental organizations in petitioning the U.S. Environmental Protection Agency (EPA) seeking uniform national standards for stationary air conditioning and commercial refrigeration equipment in the transition to climate-friendly refrigerants under the American Innovation and Manufacturing (AIM) Act. If promulgated, these standards will result in an additional half billion tons of CO2 reduction, over and above what already is projected to be achieved by implementation of the AIM Act, AHRI said through a Press release.
The federal standards sought by the AHRI petition align with similar standards already in place in nine states. The Natural Resources Defense Council (NRDC), the Association of Home Appliance Manufacturers (AHAM), and the Environmental Investigation Agency (EIA) submitted similar petitions under the AIM Act, AHRI pointed out.
For new residential and light-commercial central air conditioning equipment, the petition, AHRI said, seeks a regulation requiring that equipment manufacturers use refrigerants with a global warming potential (GWP) of 750 or less in equipment made after January 1, 2025, with the exception of variable refrigerant flow (VRF) equipment, whose deadline would be January 1, 2026. These transition dates would align the country with the dates adopted in December 2020 by the California Air Resources Board (CARB) and nine additional Climate Alliance states, AHRI said.
For commercial refrigeration and chiller equipment, the petition seeks the GWP limits and transition dates according to the table below:
Through these petitions, AHRI said, a broad variety of stakeholders, including itself, hope to demonstrate that sufficient consensus already exists and that a regular notice and comment rulemaking would adequately represent all material interests, thereby allowing the agency to forego the negotiated rulemaking process it must consider – but is not required to undertake – for such petitions, pursuant to the AIM Act.
AHRI said its petition emphasizes that as a general matter, “the U.S. HVACR industry already is proceeding with the requested transition date as its goal; granting this petition provides order and structure to the market and streamlines industry preparation”.
The transition dates contained in its petition, AHRI said, allow “sufficient time for careful planning and preparation, both to avoid excessive costs that can unduly burden consumers, and to ensure all safety and other associated standards can be met”, according to the petition. “For example, contractors and technicians must receive appropriate training, state and local building codes must be updated and changed, and supply chains and distribution networks must be modified,” AHRI said.
“While AHRI has long believed that an earlier transition would not allow enough time for manufacturers to prepare, we have been equally clear that a later transition date would put long-term compliance with the AIM Act at risk,” said Stephen Yurek, AHRI President & CEO. “Aligning these dates also reduces costs for consumers and ensures long-term availability of energy-, environment-, and life-saving refrigerants for climate control and for the cold chain for food, vaccines, and other medicines.”
AHRI, the U.S. Department of Energy, CARB and other stakeholders have invested more than USD 7 million in research into alternative refrigerants in preparation for this transition, AHRI said, These more climate-friendly alternatives, it added, are in use today in Europe, Australia, Japan, Thailand and in more than 90% of new passenger vehicles currently sold in the United States.
ASHRAE announces call for abstracts for Winter Conference
ATLANTA, Georgia, 26 March 2021: Abstracts are now being accepted for the 2022 ASHRAE Winter Conference, to be held from January 29 to February 2, 2022 at Caesar’s Palace in Las Vegas, Nevada, ASHRAE said through a Press release.
With an eye on future resources, the conference seeks to present papers and programs that cover sustainable use of energy and water, reduction of waste and improved Indoor Environmental Quality (IEQ), while addressing other challenges and opportunities in facilities, applications and processes, ASHRAE said.
“It is estimated that the world population will grow from eight billion now to around nine billion in 2050; global GDP is expected to stabilize at +2%/year,” said Raul Simonetti, Chair, 2022 Conference. “This will increase the need for food, energy and other resources to support a growing population in the coming future. The 2022 Virtual Winter Conference will provide an opportunity to examine holistically – that is, at 360° – what we do and the way we do it in order to minimize the impact on our planet.”
According to ASHRAE, the following tracks are developed to support the conference theme, ‘Holism and Perspectives towards Decarbonization’…
- Buildings use a large share of a country’s final energy, particularly for heating, cooling and various services. Papers in the “Buildings at 360°” track will focus on explaining methods, equipment, systems and solutions to satisfy occupants’ needs, to guarantee buildings’ performances and resilience, and to save resources like energy and water.
- Energy is omnipresent in our daily lives in ways like electricity for appliances or heat and cooling for industrial processes. The integration of various energy sources, processes and transportation allows us to better exploit the available energy and reduce waste. The “Energy System Integration” track will explore renewables, fossil fuels, grid integration, aggregation, demand-side flexibility, smart devices, IoT, synthetic hydrogen and synthetic fuels, CCUS and electrification.
- Indoor environment is essential for our well-being and productivity, but is often regulated differently in various parts of the world due to local conditions, circumstances, history and traditions. Papers that explain local norms and trends with an eye on energy usage would fit in the “Environmental Health and IEQ in the International Arena” track.
- The “HVAC for Industrial and Commercial Purposes” track will focus on papers that examine the challenges and opportunities in improving energy efficiency of commercial and industrial facilities and transferring lessons learned to other types of facilities.
- Refrigerants play an important role in maximizing performances and minimizing direct and indirect GHG emissions. The “Refrigerants, Safety and Performance” track will focus on papers that present advancements and developments about flammability of refrigerants that can reduce the direct emissions, but that may have safety, regulatory and performance issues when deployed on the field.
- The “Refrigerants and Refrigeration” track will explore refrigeration systems, which generate and use cold for a range of processes, from food preparation and conservation to vaccine preservation, and from long-term protection of fragile ancient inks of historical documents to others.
- The “HVAC&R Systems and Equipment” track will focus on the development of new systems and equipment, improvements to existing systems and equipment and the proper application and operation of systems and equipment.
- The “Fundamentals and Applications” track will provide opportunities for papers of varying levels across a large topic base. Concepts, design elements and shared experiences for theoretical and applied concepts of HVAC&R design are included.
According to ASHRAE, Abstracts (400 words or less) are due April 5, 2021. If accepted, final conference papers (eight pages, maximum) are due July 12, 2021.
In addition, technical papers (complete 30-page maximum papers) are also due March 29, 2021, ASHRAE said, adding that accepted conference papers and technical papers are published in ASHRAE Transactions, cited in abstracting indexes and considered for Science and Technology for the Built Environment, ASHRAE’s research journal.
For more information on the call for papers and the 2022 ASHRAE Winter Conference, ASHRAE urged those interested to visit https://ashrae.org/2022Winter.
In conjunction with the ASHRAE Winter Conference is the 2022 AHR Expo, to be held from January 31 to February 2, 2022, at the Las Vegas Convention Center. For more information on the 2022 AHR Expo, ASHRAE urged those interested to visit https://www.ahrexpo.com/.
ASHRAE recognizes members for “outstanding industry accomplishments”
ATLANTA, Georgia, 14 February 2021: ASHRAE recognized what it evaluated as the outstanding achievements and contributions of members to the Society and to the heating, ventilation, air conditioning and refrigeration (HVACR) industry, during the 2021 ASHRAE Virtual Winter Conference, which took place from February 9 to 11.
ASHRAE released the following list of awards and their recipients:
Fellow ASHRAE is a membership grade that recognizes members who have attained distinction and made substantial contributions in HVACR and the built-environment, such as education, research, engineering design and consultation, publications, presentations and mentoring. The Society elevated 14 members to the grade of Fellow:
- Cynthia Cogil, P.E., principal, SmithGroup, Chicago, Illinois, United States
- Donald C. Herrmann, BEAP, HBDP, vice president, D.C. Herrmann and Associates, Tampa, Florida, United States
- David Michael Platt, retired, Corning, New York, United States
- Martin Dieryckx, general manager, Daikin Europe, Oostende, Belgium
- Tianzhen Hong, Ph.D., P.E., senior scientist, Lawrence Berkeley National Laboratory, Berkeley, California, United States
- Rajan Rawal, professor, CEPT University, Ahmedabad, Gujarat, India
- E. Curtis Eichelberger, Jr., P.E., principal consultant, Eichelberger Acoustics LLC, Harrisburg, Pennsylvania, United States
- John M. House, Ph.D., principal, John House Consulting Services, Montreal, Quebec, Canada
- Steven Tredinnick, P.E., CEM, associate senior project manager, Burns & McDonnell Engineering Company, Inc., Lisle, Illinois, United States
- Blake E. Ellis, P.E., principal, Burns & McDonnell, Overland Park, Kansas, United States
- Ronald Judkoff, chief architectural engineer emeritus, Center for Building Technologies and Science, National Renewable Energy Laboratory, Lakewood, Colorado, United States
- John O. Varley, P.E., HBDP, mechanical discipline manager, AAA Engineering Ltd., Chicago, Illinois, United States
- Donald L. Fenton P.E., Ph.D., professor of mechanical engineering, Kansas State University, Manhattan, Kansas, United States
- R. Christopher Mathis, president, MC2 Mathis Consulting Company, Asheville, North Carolina, United States
- Ibrahim Galal Hassan, P.Eng, Ph.D., professor, Texas A&M University at Qatar, Doha, Qatar
- James L. Newman, BEAP, OPMP, founding member and managing partner, Newman Consulting Group, LLC, Farmington, Michigan, United States.
ASHRAE Hall of Fame
William M. Mackay and Hugh J. Barron, founders of the American Society of Heating and Ventilating Engineers (ASHVE). The ASHRAE Hall of Fame honors deceased members of the Society who have made milestone contributions to the growth of ASHRAE-related technology or the development of ASHRAE as a society.
- Paul Anderson Award
Samir R. Traboulsi, Ph.D., P.Eng., Fellow Life Member ASHRAE received the F. Paul Anderson Award. The award, ASHRAE’s highest honor, for technical achievement, is named in memory of Presidential Member F. Paul Anderson, who was a pioneer in the study of environmental conditions for comfort. Traboulsi is an engineer with Thermotrade SAL, Beirut, Lebanon.
Louise & Bill Holladay Distinguished Fellow Award
Charles C. Copeland, P.E., Fellow Life Member ASHRAE received the Louise and Bill Holladay Distinguished Fellow Award. This annual award is given to an ASHRAE Fellow for continuous preeminence in engineering or research work. The honor was initiated in 1979 by Presidential Member Bill Holladay. Copeland is president and CEO, Goldman Copeland Associates, P.C., New York, NY, United States.
Andrew T. Boggs Service Award
Bjarne W. Olesen, Ph.D., Presidential Fellow Life Member ASHRAE, received the Andrew T. Boggs Service Award. The award, named after ASHRAE’s executive vice president emeritus, recognizes an Exceptional Service Award recipient for continuing unselfish, dedicated and distinguished service. Olesen is director, International Center for Indoor Environment and Energy, and professor, Danish Technical University, Kongens Lyngby, Denmark.
YEA Inspirational Leader Award
Vanessa J. Freidberg, P.E. received the YEA Inspirational Leader Award. The award recognizes a Young Engineer in ASHRAE member who has gone above and beyond to make considerable contributions to the industry and community. Freidberg is in business development, Siemens, Austin, Texas, United States.
E.K. Campbell Award of Merit
Chandra Sekhar, Ph.D., Fellow Member ASHRAE, received the E.K. Campbell Award of Merit. The award honors an individual for outstanding service and achievement in teaching and is presented by the Life Members Club. Sekhar is a professor, National University, Singapore.
Lincoln Bouillon Award
Ryan Pinckard, of the Oregon Chapter, received the Lincoln Bouillon Award, which recognizes a member who performs the most outstanding work in increasing membership. The award commemorates Presidential Member Bouillon’s efforts in recruiting new members. Pinckard is business development engineer, CHC Hydro, Vancouver, WA.
William J. Collins, Jr. RP Award
Reed Coggins, P.E., of the Atlanta Chapter, received the William J. Collins Jr. RP Award. The award, named in honor of Presidential Member Collins, recognizes a chapter RP chair who excels in raising funds for ASHRAE’s RP campaign. Coggins is application engineer, Lincoln Associates, Marietta, Georgia, United States.
Homer Addams Award
Gabrielle McMorrow, of the National Capital Chapter, received the Homer Addams Award, which recognizes a graduate student who has been engaged in an ASHRAE research project at a university that has graduate programs in the areas of heating, ventilation and air conditioning, and has achieved a high standard of performance in this work. McMorrow is a mechanical engineer (Energy), Architect of the Capitol, Washington, DC, United States.
Ralph G. Nevins Physiology & Human Environment Award
Shichao Liu, Ph.D., of the Boston Chapter, received the Ralph G. Nevins Physiology and Human Environment Award, which is given to a researcher under the age of 40 for significant accomplishments in the study of bioenvironmental engineering and its effect on human comfort and health. Liu is assistant professor, Worcester Polytechnic Institute, Worcester, Massachusetts, United States.
John F. James International Award
Peter Simmonds, Ph.D., received the John F. James International Award. The award recognizes a member who has done the most to enhance the Society’s international presence. Simmonds works for Building and Systems Analytics, Los Angeles, California, United States, and Hong Kong, China.
Standards Achievement Award
Paul A Lindahl, Jr., Life Member ASHRAE, of the Kansas City Chapter, received the Standards Achievement Award, which recognizes exceptional service in the area of standards leadership and technical contribution. Lindahl is a consultant, SPX Cooling Technologies, Overland Park, Kansas, United States.
Dan Mills Chapter Programs Award
Beatriz Salazar, of the Toronto Chapter, received the Dan Mills Chapter Programs Award, which recognizes excellence in chapter program endeavors. Salazar is designer – electrical, Smith and Andersen, Toronto, Ontario.
Student Activities Achievement Award
- Kapilan, Ph.D., of the ASHRAE Bangalore Chapter, received the Student Activities Achievement Award, which recognizes a chapter student activities chair for growth of student activities. Kapilan is professor and head, Department of Mechanical Engineering, Nagarjuna College of Engineering and Technology, Bangalore, Karnataka, India.
Lou Flagg Historical Award
Bruce Flaniken, Fellow Life Member ASHRAE, of the Houston Chapter, received the Lou Flagg Historical Award, which recognizes an individual for preparing the most outstanding historical presentation related to HVAC&R. The award is named in recognition of Presidential Member Lou Flagg, who promoted an interest in history. Flaniken is manager of facility system design & construction engineering, Houston Methodist Hospital, Houston, Texas, United States.
Donald Bahnfleth Environmental Health Award
Paul W. Francisco, Fellow Member ASHRAE, of the Central Illinois Chapter, received the Donald Bahnfleth Environmental Health Award, which recognizes excellence in volunteer service focused on environmental health issues. Francisco is associate director for building science, Applied Research Institute, University of Illinois at Urbana-Champaign, Champaign, Illinois, United States.
Youth Outreach Award
Elise Kiland, P.E., of the San Jose Chapter, received the Youth Outreach Award, which recognizes the outstanding effort of a member who actively engages a youth audience in their country, region, or local community through science, technology, engineering and mathematics (STEM) activities. Kiland is a project manager, Critchfield Mechanical, Inc., San Jose, California, United States.
Government Affairs Award
Elizabeth Tomlinson, P.E., of the Minnesota Chapter, received the Government Affairs Award. The award recognizes individuals for outstanding effort and achievement in state, provincial and local government activities in connection with technical issues related to the Society. Tomlinson is senior mechanical engineer, Facilities Sustainability and Resilience Leader, TKDA, St. Paul, Minnesota, United States.
Exceptional Service Award
The Exceptional Service Award recognizes Distinguished Service Award recipients who have continued to serve faithfully and with exemplary effort. Ten members were recognized:
- George W. (Billy) Austin, BCxP, BEAP, BEMP, CHD, HBDP, HFDP, OPMP, principal, Shultz Engineering Group, PC, Charlotte, North Carolina, United States
- Wade H. Conlan, P.E., BCxP, commissioning discipline manager, Hanson Professional Services, Inc., Maitland, Florida, United States
- Mark W. Fly, P.E., Fellow Member ASHRAE, executive director, Norman Asbjornson Innovation Center, Tulsa, Oklahoma, United States
- Jeff Gatlin, P.E., central energy plant manager, Aramark Healthcare/St. Jude Children’s Research Hospital, Memphis, Tennessee, United States
- Carl C. Hiller, Ph.D., P.E., Fellow Life Member ASHRAE, is president, Applied Energy Technology, Davis, California, United States
- M. Dennis Knight, P.E., Fellow Member ASHRAE, owner, Whole Building Systems, LLC, Charleston, South Carolina, United States
- Nicolas Lemire, P.Eng., HFDP, Fellow Member ASHRAE, president and CEO, Pageau Morel & Associates, Montreal, Quebec, Canada
- Kevin L. Marple, president, Benz Air Engineering Co., Inc., Beaverton, Oregon, United States
- Tim McGinn, P.Eng., HBDP, retired, Calgary, Alberta, Canada
- R. Lee Millies, Jr., P.E., Fellow Member ASHRAE, president, Millies Engineering Group, Munster, Indiana, United States.
Distinguished Service Award
The Distinguished Service Award salutes members of any grade who have served the Society faithfully and with distinction and who have given freely of their time and talent in chapter, regional and Society activities. The following 43 members were recognized:
- Jason Alphonso, BEAP, OPMP, branch manager, Wood plc, Orlando, Florida, United States
- Kevin Amende, P.E., associate professor, Mechanical & Industrial Engineering, Montana State University, Bozeman, Montana, United States.
- John S. Andrepont, Life Member ASHRAE, president, The Cool Solutions Company, Lisle, Illinois, United States
- Nathaniel Boyd, associate director, Utilities and Energy Services, University of Central Florida, Orlando, Florida, United States
- Robin Bryant, project manager, B&I Contractors, Inc., Fort Myers, Florida, United States
- Andrew Cochrane, P.E., vice president, Industrial Air, Inc., Greensboro, North Carolina, United States
- Michael Collarin, BEMP, senior engineer – Mechanical, Gresham Smith, Charlotte, North Carolina, United States
- Wade H. Conlan, P.E., BCxP, commissioning discipline manager, Hanson Professional Services, Inc., Maitland, Florida, United States
- John M. Constantinide, P.E., energy manager, U.S. Air Force, Cape Canaveral AFS, Florida, United States
- Michael P. Cooper, P.E., executive vice president, Bernhard, Metairie, Louisiana, United States
- Derek A. Crowe, P.E., senior associate/mechanical team leader, Stantec, Berkley, Michigan, United States
- Keith I. Emerson, Life Member ASHRAE, retired, Denver, Colorado, United States
- Vanessa J. Freidberg, P.E., business development manager, Siemens, Austin, Texas, United States
- Joseph L. Furman, senior sales engineer, Automated Logic, Wallingford, Connecticut, United States
- James T. Hanley, retired, Cary, North Carolina, United States
- Nathan P. Hart, P.E., managing principal, RWB Consulting Engineers, Dallas, Texas, United States
- Kristin Heinemeier, Ph.D., P.E., Fellow Member ASHRAE, principal development engineer, Frontier Energy, Inc., Davis, California, United States
- Carl C. Hiller, Ph.D., P.E., Fellow Life Member ASHRAE, president, Applied Energy Technology, Davis, California, United States
- Trenton S. Hunt, vice president, Mechanical Products NSW, Salt Lake City, Utah, United States
- Mark Jackson, Ph.D., sr. product manager, Indoor Environmental Quality, Daikin North America LLC, Waller, Texas, United States
- Thomas Allen Justice, Life Member ASHRAE, principal, Zene, LLC, Williamsburg, Virginia, United States
- Ganeson Kandasamy, product engineer, Trane Technologies, Lexington, Kentucky, United States
- Firouz Keikavousi, Life Member ASHRAE, retired, Orlando, Florida, United States
- Hyojin Kim, Ph.D., associate professor, New Jersey Institute of Technology (NJIT), Newark, New Jersey, United States
- Lindsey King, energy model analyst, Oglethorpe Power Co, Tucker, Georgia, United States
- M. Dennis Knight, P.E., Fellow Member ASHRAE, owner, Whole Building Systems, LLC, Charleston, South Carolina, United States
- Stephanie Kunkel, P.E., associate, Johnson, Mirmiran & Thompson, Inc. (JMT), Hunt Valley, Maryland, United States
- Wichai Laksanakorn, P.E., Fellow Life Member, founder and chairman, W. and Associates Consultants, Co. Ltd., Bangkok, Thailand
- Nicolas Lemire, P.Eng., HFDP, Fellow Member ASHRAE, president and CEO, Pageau Morel & Associates, Montreal, Quebec, Canada
- Xiaobing Liu, Ph.D., R&D staff, Oak Ridge National Laboratory, Oak Ridge, Tennessee, United States
- Brian Lynch, HBDP, owner, Western Mechanical Solutions, Denver, Colorado, United States
- Steven A. Marek, P.E., mechanical engineer, self-employed, Hanahan, South Carolina, United States
- Farhan Mehboob, consultant/director, S. Mehboob & Company, Karachi, Pakistan
- Tim Merrigan, Life Member ASHRAE, consultant, Energy Information Services, Parker, Colorado, United States
- Corey B. Metzger, P.E., principal, Resource Consulting Engineers, LLC, Ames, Iowa, United States
- Ahmed Alaa Eldin Mohamed, Ph.D., chairman, Middle East Gate Holding Group, Abu Dhabi, United Arab Emirates
- Carrie Anne Monplaisir, mechanical EIT, Clark Nexsen, Virginia Beach, Virginia, United States
- Michael P. Sheerin, P.E., chairman and CEO, TLC Engineering Solutions, Inc., Orlando, Florida, United States
- Michelle Swanson, mechanical project manager, The RMH Group, Lakewood/Denver, Colorado, United States
- Michael L. Watz, Jr., P.E., engineering manager – Commercial Dampers, Greenheck Fan Corporation, Schofield, Wisconsin, United States
- Ronald L. Westbrook, P.E., Life Member ASHRAE, retired associate director of Physical Plant Utilities, State University of New York, Upstate Medical University, Syracuse, New York, United States
- Robert W. Yost, technical director, National Refrigerants, Inc., Philadelphia, Pennsylvania, United States
- Chariti Young, software product manager, Automated Logic, Kennesaw, Georgia, United States
Distinguished 50-Year Member Award
The Distinguished 50-Year Member Award is given to individuals who have been a member for a minimum of 50 years, and are a past Society president, Fellow ASHRAE or Distinguished Service Award recipient or who have performed outstanding service to ASHRAE or its predecessor societies – the American Society of Heating and Ventilating Engineers (ASHVE), the American Society of Refrigerating Engineers (ASRE), and the American Society of Heating and Air-Conditioning Engineers (ASHAE). Twenty-three members were recognized:
- Stephen A. Becker, P.E., Fellow Life Member ASHRAE, senior mechanical engineer, Fellow, Lawrence Engineering Group, Fresno, California, United States
- John B. Bisset, P.Eng., Fellow Life Member ASHRAE, founder, Chorley + Bisset Ltd., London, Ontario, Canada
- Richard Burr, Fellow Life Member ASHRAE, Spring, Texas, United States
- Charles D. Callahan, Life Member ASHRAE, retired general manager of commercial market, Oklahoma Natural Gas Co., Placitas, New Mexico, United States
- Richard E. Cawley, P.E., Fellow Life Member ASHRAE, retired, Tyler, Texas, United States
- Douglas Dewerth, Life Member ASHRAE, Cleveland, Ohio, United States
- Francis Ferreira, Fellow Life Member ASHRAE, New Bedford, Massachusetts, United States
- Robert H. Fuller, P.E., Life Member ASHRAE, mechanical engineer, Gutridge Mechanical, Dublin, Ohio, United States
- David F. Geary, Life Member ASHRAE, retired, Annapolis, Maryland, United States
- Ralph Goldman, Fellow Life Member ASHRAE, Dedham, Massachusetts, United States
- Mark P. Hershman, P.E., Life Member ASHRAE, consulting engineer, Mark P. Hershman, PE, Richboro, Pennsylvania, United States
- Ronald H. Howell, Ph.D., P.E., Fellow Life Member ASHRAE, retired, Meridian, Idaho, United States
- H. Gerhard Kerschbaumer, Ph.D., Fellow Life Member ASHRAE, retired, Ludwigshafen, Germany
- John H. Klote, Ph.D., P.E., Fellow Life Member ASHRAE, owner, SmokeControlExpert.com, Leesburg, Virginia, United States
- Wichai Laksanakorn, P.E., Fellow Life Member ASHRAE, founder and chairman, W. and Associates Consultants, Co. Ltd., Bangkok, Thailand
- Valentine Lehr, Fellow Life Member ASHRAE, Kings Park, New York, United States
- Franklin Y.S. Lum, Fellow Life Member ASHRAE, San Antonio, Texas, United States
- Stanley A. Mumma, Ph.D., P.E., Fellow Life Member ASHRAE, professor emeritus, Pennsylvania State University, University Park, Pennsylvania, United States
- Ramesh Paranjpey, Fellow Life Member ASHRAE, Kothrud, Pune, India
- Mirza Mohammed Shah, Fellow Life Member ASHRAE, director, Engineering Research Associates, Redding, Connecticut, United States
- Charles Simpson, Fellow Life Member ASHRAE, Monroe, North Carolina, United States
- Stanley Slabinski, Life Member ASHRAE, Monroe Township, New Jersey, United States
- Frantisek Vaculik, Life Member ASHRAE, Nepean, ON, Canada
Crosby Field Award
Charles S. Barnaby, Fellow Life Member ASHRAE and Peter Simmonds, Ph.D., Fellow Life Member ASHRAE, are recipients of the Crosby Field Award for “Development of a Unified Tool for Analysis of Room Loads and Conditions”, which was judged to be the best paper presented before the Society. The Crosby Field Award is named for a former Presidential Member.
Barnaby is an independent consultant, Moultonborough, New Hampshire. Simmonds is president, Building Systems and Analytics, Los Angeles, California, United States.
Willis H. Carrier Award
Emily Ann Oldham received the Willis H. Carrier Award given to a member 32 years of age or younger for presenting an outstanding paper at a Society conference. The award is presented for “Energy Performance of an Occupancy-Based Climate Control Technology in Guest Rooms.” Oldham is designer, DLR Group, Washington, DC, United States.
ASHRAE Technical Paper Award
The following papers received a Technical Paper Award, which recognizes the authors of the best papers presented at Society conferences.
- Di Lu, Dennis L. O’Neal, Ph.D., P.E., Fellow Life Member ASHRAE, and Peng Yin, Ph.D., receive an award for “A Comparison of the Annual Energy Use of Fixed and Variable Airflow Parallel Fan-Powered Terminal Units in a Small Office Building.” Lu is a graduate research assistant, Texas A&M University, College Station, Texas, United States. O’Neal is Dean, School of Engineering and Computer Science, Baylor University, Waco, Texas, United States. Yin is assistant professor of mechanical engineering, University of Louisiana at Lafayette, Lafayette, Louisiana, United States.
- Lisa Meline, P.E., and Stephen Kavanaugh, Ph.D., Fellow Life Member ASHRAE, receive an award for “Geothermal Heat Pumps: Simply Efficient.” Meline is owner and principal engineer, Meline Engineering Corporation, Sacramento, California, United States. Kavanaugh is professor emeritus, University of Alabama, Tuscaloosa, Alabama, United States.
- Douglas Reynolds, Life Member ASHRAE, and Michael A. Schwob, P.E., receive an award for “The Effect of Length on the Insertion Loss of Fiberglass Lined Sheet Metal Ducts, Part I: Rectangular Duct.” Reynolds is director, Center for Mechanical and Environmental Systems Technology, Las Vegas, Nevada, United States. Schwob is president, Schwob Acoustics, Inc., Las Vegas, Nevada, United States.
- Ngoc Dung (Rosine) Rohatgi, Ph.D., receives an award for “Effects of System Materials towards the Breakdown of Lubricants and Low GWP Refrigerants.” Rohatgi is president, Spauschus Associates, Inc., Bethlehem, Georgia, United States.
ASHRAE Journal Paper Award
Gwelen Paliaga, P.E.; Hui Zhang, Ph.D.; Tyler Hoyt; and Edward Arens, Ph.D., Life Member ASHRAE; receive the Journal Paper Award for the article, “Eliminating Overcooling Discomfort While Saving Energy,” judged to be the best article published in ASHRAE Journal. The article was published April 2019.
Paliaga is technical director, TRC, Oakland, California, United States. Zhang is professional researcher, Center for the Built Environment, University of California Berkeley, Berkeley, California, United States. Hoyt is Staff Engineer, Comfy, Oakland, California, United States. Arens is director, Center for the Built Environment, University of California Berkeley, Berkeley, California, United States.
Science and Technology for the Built Environment Best Paper Award
Mehdi Mehrabi, Ph.D., P.E. and David Yuill, Ph.D., P.E. are recipients of the Science and Technology for the Built Environment Best Paper Award for “Fouling and its Effects on Air-cooled Condensers in Split System Air Conditioners (RP-1705).” The article was published July 2019. The award is for the best paper published in the volume year of the Science and Technology for the Built Environment, the ASHRAE research journal.
Mehrabi is mechanical engineer, Paradigm Consulting Engineers, West Chester, Pennsylvania, United States. Yuill is Assistant Professor, Architectural Engineering, University of Nebraska-Lincoln, Omaha, Nebraska, United States.
Student Design Competition
The 2020 Student Design Project Competition focused on building a new 17,500-square-foot document storage and archive center in Mumbai, Maharashtra, India. The new facility’s purpose was to store rare documents, books, manuscripts, photos, and audio recordings in a manner that will ensure the preservation of historical items for future generations.
First place in the HVAC System Selection category was awarded to the University of Nebraska, Lincoln, Nebraska, United States. Team members are Ashley Everitt, John Kramer, Jessica Lee and Mitchael Sieh.
First place in the HVAC Design Calculations category was awarded to Cairo University, Cairo, Egypt. Team members are Eslam Mohamed Ali, Ahmed Mohamed Soltan, Amr Gamal Fawzy, Moustafa Ahmed El-Saeid and Mark Magdy Fouad.
First place in the Integrated Sustainable Building Design category was awarded to Loughborough University, Loughborough, United Kingdom. Team members are Alekhya Yalamanchili, Amr Suliman, Jacob George and Mohamad Abdul Gaffoor Seyad.
Setty Family Foundation Applied Engineering Challenge
The 2020 Setty Family Foundation Applied Engineering Challenge required students to design a system to be used by building occupants to report operational issues to building operators.
First place was awarded to Bandung Institute of Technology – Wetonia, Bandung, Indonesia. Team members are R Muhammad Nadhir Nasrudin Tanujiwa, Alpinus Raditya Dewangga, Kamilita Hening Musono, Reza Dzikri Khusaini, Hilman Prakoso and Selvia Diwanty.
The ASHRAE Technology Awards
The ASHRAE Technology Awards recognize outstanding achievements by ASHRAE members who have successfully applied innovative building designs. Their designs incorporate ASHRAE standards for effective energy management and indoor air quality and serve to communicate innovative systems design. Winning projects are selected from entries earning regional awards.
First place recipients for the ASHRAE Technology Awards are:
- Kwai Ping Lau and Raymond M. H. Yau, Ph.D., commercial buildings – existing buildings commissioning, Two Pacific Place, Hong Kong, China. The building is owned by Swire Properties Limited.
- Tomoaki Ushio, PE, P.Eng, Harunori Yoshida, Ph.D., and Shigemi Mori, existing commercial buildings category, Kyoto Station in Kyoto, Japan. The building is owned by Kyoto Station Building Development Company Limited.
- Shana Scheiber, PE and Roger W. Lautz, PE new commercial buildings category, American Family Insurance “The Spark,’ Madison, Wisconsin, United States. The building is owned by American Family Insurance.
- Brian K. Rose, PE, existing educational facilities category, Historic Mercy High School Renovation/Cincinnati Public Schools Gamble Montessori project, Cincinnati, Ohio, United States. The building is owned by Cincinnati Public Schools.
- Aaron Smith, P.Eng, BEAP, BEMP, Denis A. Morris and Andrew Bartlett, new educational facilities, the Dalhousie IDEA and Design Buildings project, Halifax, Nova Scotia, Canada. The building is owned by Dalhousie University.
- Reece Kiriu, PE and Jeff Stein, existing healthcare facilities category, Kaiser Vallejo Medical Offices, Vallejo, California, United States. The building is owned by Kaiser Permanente.
First Place and Award of Engineering Excellence
The Award of Engineering Excellence was created in 1989 to recognize a first-place winner of the Society-level Technology Award competition for an outstanding application of innovative design and effective energy utilization. The recipient of the Award of Engineering Excellence will have demonstrated the best overall compliance with the judging criteria.
First place and recipient of the Award of Engineering Excellence is:
- Ned Greene, P.E., new health care facilities category, OHSU Knight Cancer Research Building, Portland, Oregon, United States. The building is owned by OHSU.
‘A gas leak becomes evident only after the system runs out of it’
CORNAREDO, Milan, Italy, 12 February 2021: One of the weak points in a gas detection system, especially in refrigeration applications, is that it is almost impossible to detect a small leakage in the plantroom. Dr Giacomo Frigo, Founder & Managing Director, Sensitron, said this, adding that the management realises the leakage only when there is no more gas in the system.
Dr Frigo pointed out to how hotel chains have started installing fire detectors to be able to assure guests that no accidents will occur in their hotel room. Much in the same way, he said, the right step forward would be to install gas detectors that give out a warning much before an alarm does, to improve the management of a gas detection system.
Hand in hand with installation is the maintenance of the detectors, he said. In Sensitron, for instance, we have adopted the NDIR technology in all our detectors, which he said is a bit more costly than the MOS technology. The additional cost, he added, is worth it, because the alarm value from the detector is much more stable and accurate. As a result, he further added, the period of checking and recalibration of the detector practically is three time longer than that of other systems.
Shecco to host annual trade show on natural refrigerants
BRUSSELS, Belgium, 05 February 2021: Clean Cooling market accelerator, shecco has opened free registration for its second Virtual Trade Show (ATMO VTS 2021) for natural refrigerant and sustainable cooling technologies, the body said through a Press release. The registration page can be found here, it added.
According to shecco, the event, designed for the global refrigeration, air conditioning and heat pump industry, will take place over a 24-hour period, from 10 am CET (Central European Time) March 30 to 10 am CET March 31. The show is designed to fill the physical trade show void, as the world continues to grapple with the COVID-19 pandemic, shecco added.
shecco said it is expecting 5,000-10,000 registrations and more than 100 exhibitors of natural refrigerant products for ATMO VTS 2021. Premium exhibitors so far include Teko, Zudek, ebmpapst, Carel, Alfa Laval and Dorin, it added.
The inaugural ATMO VTS took place from September 1 to 2, 2020, shecco said, adding that it attracted 77 natural refrigerant companies as exhibitors and more than 4,200 attendees from 1,500+ organisations from around the world.
“ATMO VTS 2021 will give that ‘real’ trade show feeling, which is much needed these days,” said Marc Chasserot, CEO, shecco. “The platform allows us to explore different halls, listen to live presentations, and make valuable connections with customers and suppliers from all over the world.
“In addition to some great exhibitors, with more signing-up each week, we’ve made some big changes, including new Product Innovation Awards and 24 hours of live webinars, including panel discussions, so that everyone, no matter where you are in the world, can listen live to some key discussions from cooling thought leaders.”
The live webinars will include presentations on shecco’s first Annual Report on the natural refrigerants industry, global training, the new EU F-Gas Regulation update and food retail experiences from around the world.
Climate change and the larger picture of finances
Q&A: James Brainard, Mayor of Carmel, Indiana, United States
We have succeeded admirably in our fight against the depletion of the ozone layer through collective effort, through a cohesive, consensus-based approach of finding economically and technically sound alternatives to ozone-depleting refrigerants. How much confidence do you take from what has been a marvellous example of social cooperation?
We did the summit in the form of the Montreal Protocol over concerns of huge spike in cancer deaths, so it was a great example of world leaders coming together to study a problem, devise a solution and then go back to their countries to fix the problem. It shows diplomacy and recognition of common challenges can be good.
In the same way, could we not find a financially feasible, well-structured long-term plan to curb the widespread misuse of energy and general profligacy through steady and substantial investment in the infrastructure needed to achieve the goal?
You have identified the problem in the question, and we have to find the means of accomplishing this. We have to look at the larger picture of finances – the health impact of pollution; the cost of famines; the cost of relocation, if we have a rise in sea level, leading to the displacement of people from major cities; and the cost of possible conflicts arising out of this. But more specifically, we need to recognize many jobs are dependent on the fossil fuel industry. So, we can make those changes, but we have to recognize that we need to look out for investment of industry, we still need to fly airplanes. But, we have a saying in the US, ‘low- hanging fruit’. So, there are many easy things we can do to clean the environment and reduce fossil fuel use, and those are what we can focus on with recognising that we have to protect people’s jobs in the fossil fuel industry and that many are invested in the fossil fuel industry.
Would an approach of self-financing the fight against global warming by developing an energy budget in every city, town, state and country across the world be a possible way out, as propounded by George Berbari, the CEO of DC Pro Engineering? I am referring to a structured, long-term carrot-and-stick approach, where individuals and organisations occupying residential and commercial buildings could be rewarded for being energy efficient and penalised for being inefficient, with the penalty being slightly higher than the reward to create a positive budget, a surplus, which could be used for giving rebates to homeowners for improving insulation, glazing, etc., for developing infrastructure to lower primary energy use, for building thermal energy networks, even District Energy schemes… anything that would effectively fight climate change.
I think it would help. The colloquial shotgun approach, where we undertake to do a lot of small things. I think your idea of financial incentives and disincentives is good; and tied to that what needs to happen is disincentives need to increase over time and incentives need to go up and come down. It is certainly a system we need today. You could still pass laws, where each year, the incentives and disincentives change, to encourage disincentives to go up and incentives to go away. The tax system is also there. Or, it could be a separate tax, a carbon tax, and it has been discussed here since the late 1980s.
Economists believe such an approach to conserving primary energy is feasible, but democratically elected local and federal government leaders and local mayors have limited terms and, generally speaking, give priority to short-term problems, the solving of which gives them immediate political benefits, as opposed to decades-long and daunting task of curbing energy use through a financial mechanism and other initiatives, which might also be viewed by the city’s inhabitants that make the electorate, as adding to existing costs and impairing their personal and corporate competitiveness. In your case, you are one of the longest-serving mayors in the state, having been in office since 1996 over seven consecutive terms. Did that give you a canvas to paint a long-term vision? How effective was the approach? Did it help you shape regulation and enforcement at a city level? Were you able to raise greater awareness on the human impact on climate change and bring about a consensus-based change in energy use behaviour in Carmel?
We are a suburb of Indianapolis, which has a population of two million people. We are 100,000 people in Carmel. Now, places like Dubai and Doha require automobiles, owing to the urban sprawl. Generally, we need the automobile to go anywhere. We have looked at the problem and have a series of PPPs, where one can live, work, go to restaurant and engage in recreational activities without having to get into an automobile and, as a result, lower the consumption of fuel.
The average American spends two hours a day in automobiles, but in Carmel, businesses, houses, schools are all here. We have adopted land use development differently, so people can live, work and go to a restaurant all in the same area, and we tried to design our downtown not for automobiles, and it has cut down fuel use. In Carmel, it is 15 minutes to half an hour of automobile use per person, so it is much, much less [than the national average].
We have a legal structure in the state of Indiana that makes decisions on building codes, and they have done less than what I would like to see, but we have contract to have a much more efficient build. We have the example of the Energy Center in Carmel. We have cold winters and hot summers in Carmel, and we are using energy all year long to either heat or cool our buildings. And if you have an individual heating or cooling system, it starts and stops and is energy inefficient. And so, we have developed the Energy Center in the city, and it uses 50% less energy. And we would like to see this being applied across the city.
If energy is scarce and its excessive use damaging to the environment, should people be allowed to consume as much as they want to, as long as they are paying for it? Should affordability be a sole factor? Could we change that mindset and, at the same time, take care not to infringe on personal freedom and quality of life?
I have thought about it, and I believe in a capitalistic and free market approach. And there is a way to fix it, which is you pay USD 10, say, for 100 units of use, USD 15 for the next 100 units, and USD 20 for the next 100 units. And so the more you use, the higher the price. And it is a good system, because it penalizes the people to use it, and at the same time, they have the freedom to use it. In the case of steel production, maybe that may be very important for the economy and jobs, and so there should be a different model. You have to look at the situation where we can improve the environment, decrease carbon and increase quality of life.
Have you established a carbon neutrality goal for Carmel, like Copenhagen, for instance, where we are seeing a consensus-based approach involving all political parties, underpinned by the thought process that environmental action needs to be bipartisan in nature? Or are the political dynamics different in the United States?
It’s a good question. Our city is mainly Republican, and is fiscally and economically conservative. Some years ago, a seven-member council introduced a carbon neutrality goal, which is not mandated, however. We know we will get there, because the technology is there. It is not time bound. It is a legislative body that passed a law that laid out a carbon neutrality goal.
We have been measuring progress in reducing carbon. Every year, we are measuring how much energy the city is using on a per capita basis, because the city is growing. I don’t know if we have done enough yet, but we are making progress. I firmly believe technology will save us.
The fight against climate change needs to be a non-partisan effort within cities, states and nations. What we have seen is a vastly polarising view within the United States. With Joe Biden set to take the reins, how soon can we expect to see the United States aligning itself in a more profound manner to the Paris Agreement?
I am a Republican, and my undergraduate degree was in history, so I tend to think not today but historically. At the turn of the century, Ted Roosevelt, a Republican, set aside millions of acres in the US for the National Parks system. And President Eisenhower in 1952 established the Arctic Reserve in Alaska, and he was Republican, as well. And President Nixon was the one who set up the federal EPA. Republicans signed a law that amended our Clean Water Act. They passed a whole series of environmental laws. President Reagan led on the Montreal Protocol for the ozone protection initiative. George HW Bush and George Bush came from a state that produces a lot of oil, and yet they established a system of hundreds of windmills. Over 120 years, Republicans and Democrats have come together in a non-partisan manner. And they will come back; this anomaly has been only for a sort period of time. Clean air and water are non-partisan issues. Disagreement will come only in terms of jobs.
On December 11, 2020, the United States observed a new daily death record of 3,055 individuals, more than the number of people who died in Pearl Harbour or the September 11 attacks on the twin towers in New York City. The coronavirus cases have risen sharply in Carmel, as they have elsewhere in Indiana and across the country. What measures have you taken in Carmel to safeguard residents through better indoor air quality (IAQ), with science advocating more fresh air changes and maintaining Relative Humidity between 40% and 60% in buildings?
I think one good thing that has come from the pandemic is recognition of IAQ being important, and there are great many entrepreneurs in the US selling systems that clean the air. Our City Hall operates a new system that every few minutes recycles the air and filters and cleans the air in the building; and it is energy efficient. And building owners throughout the US are adopting this. I see this as a positive thing that has emerged.
I have put a taskforce in Carmel. We also have generated messages through emails and print newsletters and social media. We have used an entire gamut of ways to talk to people, not just about IAQ but also about things to do to handle the pandemic in a better way. Our city had done a good job till the first week of October, testing and quarantining people. It worked through summer, but when people came indoors when the temperatures fell, it went bad. We had our first set of vaccinations, yesterday (the interview with Mayor Brainard took place on December 15), so we hope to be in good shape by March or April 2021.
There are those that are saying building industry stakeholders simply need to reverse the polarity on their thinking when it comes to budgeting for indoor air quality and that we need to raise buildings fit for purpose.
Yes, it’s a good point. Energy for buildings is important, but I think IAQ is something that would work very well. We have tax incentive to make buildings more energy efficient, and over time if building owners do not take action, a penalty would start; and simultaneously, there will be a reduction in taxes for people who make more energy-efficient buildings. And that puts the burden away from the average taxpayer. Yes, I do believe in an incentive and disincentive system for establishing good IAQ.
AHRI applauds inclusion of HFC reduction language in Omnibus Bill
ARLINGTON, Virginia, 27 December 2020: The Air-Conditioning, Heating, and Refrigeration Institute (AHRI) on December 22 expressed its gratitude to House and Senate negotiators who included language in the just-passed Omnibus bill to bring about a national phasedown of HFC refrigerants. Particular appreciation also is due to Senators John Kennedy (R-La.), Tom Carper (D-Del.) and John Barrasso (R-Wyo.) as well as to Representatives Frank Pallone (D-NJ), Pete Olson (R-Tex.), and Paul Tonko (D-N.Y.) for their tireless efforts to see this bipartisan initiative through to completion, AHRI said.
The language included in the bill would bring about a national phase down of HFCs and allow for a market- and consumer-friendly transition to new and better performing refrigerants and related products and equipment, AHRI said.
“We are gratified that negotiators included this bipartisan, jobs-promoting language in the Omnibus bill, and we are grateful to the Senate and House champions who worked so hard to see it accomplished, and to the House and Senate for passing the bill,” said Stephen Yurek, AHRI President & CEO. “Our industry has been working toward this goal for more than 10 years, and it is very exciting to see our vision of an HFC phasedown reach the home stretch. We are hopeful that President Trump will quickly sign the bill, so we can pivot toward implementation.”
Quoting a 2018 study by Interindustry Forecasting at the University of Maryland (INFORUM), AHRI said an HFC phasedown will create 33,000 new manufacturing jobs, increase direct manufacturing output by USD 12.5 billion, and increase the US share of the global HVACR export market by 25%.
Bacharach expands refrigerant gases on MGS-400 Gas Detectors
New Kensington, Pennsylvania, United States, 13 May 2019: Bacharach, which provides HVACR gas instrumentation, has added 22 halogen refrigerants for its MGS-400 gas detectors in commercial and industrial gas leak monitoring applications, the company said through a Press communiqué.
The newly added halogen refrigerants include R-1234yf, R-1234ze, R-134a, R-22, R-32, R-404a, R-407a, R-407C, R-407f, R-410a, R-422, R-422d, R-427a, R-434a, R-448a, R-449a, R-450a, R-452a, R-454a, R-454c, R-507a and R-513A. Support for additional gases are in development and will be released over the next few months, the company said through the communiqué.
The MGS-400 series product family uses three different sensor types, depending on the measurement range, temperature and gas types when detecting for hazardous refrigerant leaks, the communiqué said. The variety of sensor types within the product line offers significant user benefits, including flexibility with refrigerant leak detection and providing peace of mind when helping to protect personnel and achieve compliance with safety standards like ASHRAE 15, CSA-B52 and EN 378 inside of machinery rooms, mechanical equipment rooms, chiller plants, cold storage facilities and walk-in freezers, the communiqué said.
Other user benefits, the communiqué said, include a mobile app interface for easy commissioning and maintenance without special tools and an added sensor life of 5-7 years with plug-and-play pre-calibrated sensor modules for quick, simple sensor replacement. According to the communiqué, generating calibration certificates from the mobile app makes calibration documentation easy to create and send by email or store in the cloud. A Modbus RTU interface, the communiqué said, and analogue and relay outputs enable easy safety alarming and automation control.
Criminal trade in climate-harming HFC refrigerants flourishes in EU
LONDON, UK, 14 April 2019: A key initiative in Europe’s strategy to fight climate change is being undermined by an escalating criminal trade in climate-harming refrigerant gases.
The European Union revised its F-gas Regulation in 2014 to phase down hydrofluorocarbons (HFCs), a family of synthetic chemicals hundreds to thousands of times more potent than carbon dioxide and commonly used in refrigeration, air-conditioning, fire protection, aerosols and foams.
But as supplies shrink and prices rise under the EU’s HFC quotas, illegal trade has flourished to meet demand, with non-quota HFCs entering the EU directly from China or via Russia, Ukraine, Turkey and Albania.
Key EU entry points and hotspots for illegal trade are thought to be Bulgaria, Croatia, Denmark, Greece, Italy, Latvia, Poland and Malta.
Releasing the new Environmental Investigation Agency (EIA) report, titled Doors Wide Open: Europe’s flourishing illegal trade in hydrofluorocarbons (HFCs) today, Climate Campaigns Leader, Clare Perry, warned: “Cutting HFC use is one of the most effective tools to help prevent runaway climate change – but its impact could be significantly undermined by illegal trade.”
The report is the most comprehensive research of its kind into the criminal HFC trade and documents how, as early as 2016 and despite huge stockpiling of HFCs in 2014, reports of illegal HFCs in European markets began to emerge.
EIA campaigners have since seen an escalation in reported illegal HFC trade, with 2018 witnessing a deluge of illegal HFC use and trade throughout the EU.
A detailed analysis of customs data for 2018 suggests as much as 16.3 million tonnes of CO2-equivalent (16.3 MtCO2e) bulk HFCs were illegally placed on the market, equivalent to more than 16% of the quota. A large number of EU countries recorded significantly increased HFC imports in 2018, despite the major HFC supply cut of 37%.
EIA also compared 2017 customs data to figures reported under the F-gas Regulation. The customs data indicates an additional 14.8 MtCO2e of HFCs placed on the European market compared to reported data, equivalent to 8.7% of the 2017 quota. Significant discrepancies also exist between Chinese export figures and Europe’s import data, which could indicate fraudulent import declarations.
Sophie Geoghegan, EIA Climate Campaigner, said: “There are multiple and large discrepancies between reported and customs data. The 2018 customs data suggests HFC use exceeded the quota by more than 16% – that’s greenhouse gases equivalent to the annual CO2 emissions from more than four coal-fired power plants – and we call on the European Commission and Member States to examine this as a matter of urgency.”
In late 2018, EIA conducted two surveys, one to gauge efforts by EU Member States to comply with the F-gas Regulation and the second to get information on the illegal trade directly from key industry stakeholders.
More than 80% of the companies surveyed were aware of or suspected illegal HFC trade, and 72% had seen or been offered refrigerants in illegal disposable cylinders.
Perry added: “The EU’s doors are wide open to large-scale illegal HFC trade, driven by quick profits and low risk of punitive measures and the absence of a system allowing customs officials to determine if an HFC import is actually legal or not. A functioning licensing system is urgently needed, and Member States need to significantly and demonstrably strengthen enforcement.”
Doors Wide Open’s recommendations include:
- Implementing a fully functional licencing system, which allows customs officials to determine the legality of HFC shipments,
- Improving reporting and monitoring of HFC trade with exporting countries,
- Revising the ban on non-refillable cylinders to prohibit the use of all disposable cylinders,
- Improving transparency of the quota system by publishing names of new entrants and quota values, and
- Setting up a system to compare reported data under the F-gas Regulation with customs data and looking into discrepancies.
ENGIE announces new version of the Quantum Air
Lindau, Germany, 14 April 2019: ENGIE Refrigeration is redesigning its entire air-cooled Quantum series, the company said through a Press communiqué. The new Quantum air models will be available worldwide from June 24, the company added through the communiqué.
“The requirements for the refrigeration industry have changed in recent years,” said Jochen Hornung, CEO, ENGIE Refrigeration. “Our customers are placing increasing value on greater efficiency and performance in their chillers, for example. We are accommodating these changing conditions by redesigning our air-cooled QUANTUM series.”
On the launch date, ENGIE Refrigeration will offer 28 basic models of the Quantum Air. Fourteen of these models use the refrigerant R-1234ze, and 14 models use the refrigerants R-134a and R-513A; all of them require lower quantities of refrigerant, the communiqué said. Like its predecessor model, the revised chiller is ideal for use in a variety of industries – from automotive manufacturers and suppliers to the chemicals and pharmaceuticals industry, industrial production and data centres, the communiqué said.
According to the communiqué, customers will benefit from additional important advantages in the future – ENGIE Refrigeration has combined the individual machine components in a new way, so that the Quantum Air surpasses even the exceedingly high efficiency of the current series. The chiller is also suitable for applications from 250 kilowatts to two megawatts, the communiqué quoted the company as saying, adding that with this refrigeration capacity, the Quantum Air outperforms not only its predecessor but also all air-cooled chillers from other manufacturers that are currently on the market.
An Inadequate Reaction
“It’s still mainly business as usual,” says Daniel de Graaf, Scientific Assistant at the German Environment Agency, who believes that the air conditioning and refrigeration sector’s adoption of low-GWP refrigerants in the country remains inadequate. This, he says, is the case despite stakeholders encountering problems with procuring refrigerants owing to the European F-Gas Regulation (Regulation (EU) No 517/2014), citing recent reports of refrigerant theft to highlight the sense of desperation in the market. “We had a wake-up call, last year, when refrigerant prices went through the ceiling,” he says. “In January 2017, in Germany, you paid EUR 100 for 12.6 kg cylinder of R 134a. Now it’s EUR 600 or even more.” Regarding R-404A, which is the standard refrigerant for commercial uses, such as supermarket refrigeration, de Graaf says, the price hike was even more dramatic at approximately 1,000% in one year and a half.
De Graaf says that due to the CO2 equivalent based HFC phase down approach of the F-Gas Regulation, there is lack of clarity about the question, ‘Which refrigerant is future-proof for the European market and which is not?’ This becomes more obvious with prohibitions, which have been put down for some applications in Annex III of the F-gas Regulation, for example, for household or air conditioning appliances. “With portable air conditioners,” he explains, “you’re only allowed to sell appliances that use refrigerants with a GWP of 150 or less, from 2020 on. In this segment, you have a complete halt for HFCs, with prohibition of mini-splits containing refrigerants with a GWP of more than 750 from 2025.” But even more important, de Graaf stresses, is the prohibition to the placing on the market of stationary refrigeration plants using refrigerants with a GWP of more than 2,500, such as R-404A, starting from 2020.
While the F-Gas Regulation provides a framework to restrict the amount of HFC, de Graaf says it is up to the market to find the most economical solution. “The problem is people do not want to adopt accordingly, because sometimes it just blows away their business case,” he says. “If you sell chillers with HFCs and made a lot of money and you are told you have to use something else — propane or ammonia, for instance — that’s not what you had as a business case. This is especially true if you don’t only sell the chillers but also the HFC refrigerant for the chillers. Natural refrigerants are definitely no business case for HFC or HFO manufacturers.” Rolf Werner, Director, Application Engineering, Wieland, adds that for manufacturers, there is a lack of clarity on the type of refrigerant that will take the lead in the market. “We can see CO2 applications on the rise for supermarkets and buildings,” he says. “That’s clear, but for all of the other refrigerants, it’s quite unclear and uncertain.” Maciej Danielak, Export Sales Director, Kampann, weighs in, saying that the increasing prices of refrigerant have paved the way for water-based systems, which has seen an uptake, adding that the companies dealing with refrigerants are looking to complement and expand their portfolio.
Dr. Karin Jahn, Technical Manager, Sector department, Refrigeration and Heat Pump Technology, VDMA, believes that the current environmental policy framework in Germany is boosting the demand for climate-friendly solutions in the refrigeration sector, stressing that the European F-Gases Regulation and the Kigali Amendment to the Montreal Protocol have triggered a lively discussion in the market about the use of various refrigerants, with renewed interest in natural alternatives.
De Graaf stresses that that there is further scope for natural refrigerants to be used, saying that manufacturers and end-users are settling for interim solutions that are unable to cope with looming targets. “R-32 is becoming more and more prominent in the market, when it comes to room air conditioners,” he says, “but R-32 still has a high GWP of 675. We need to get down to an average GWP of roughly 400 by 2030 — that’s still quite a gap to close. R-32 is not a final solution, but it’s what is marketed a lot right now in Germany and throughout Europe.”
Bottlenecks in the adoption of natural refrigerants, de Graaf says, can also be partially attributed to lack of training. Dr Jahn adds that many installers and workers are interested in converting existing refrigeration systems and ensuring the viability of future systems to be installed; however, the planning, installation and operation of systems with flammable refrigerants demands special legal expertise and safety-engineering know-how.
De Graaf believes craftsmen and technicians are the stakeholders that should be addressed, as they are the ones reluctant to move away from standard HVAC refrigerants and deal with flammable or toxic alternatives, with many apprehensive towards even R-32 appliances.
Dr Jahn remains optimistic, however, saying that the fundamentally high standard of training systems in Germany puts the industry in a very good position. “In principle, the training programmes in Germany are so broad that the graduates are familiar with all established refrigerant alternatives,” she says, “whether natural refrigerants, synthetic refrigerants or blends, and are able to pursue respective developments in refrigeration and air-conditioning companies.” Even so, Dr Jahn says that there remains a high demand for special seminars and courses to keep them up to date with the latest legislation and engineering developments.
De Graaf adds that, of late, there are a number of incentives, namely support programmes where end users can get money from the German government when opting for equipment with natural refrigerants. He also believes that investment into the development of new solutions with natural refrigerants makes economic sense for manufacturers, since they are F-Gas Regulation-proof also in the long run and outperform HFC as well as HFO equipment energetically. The latter is also important for end users, who accept higher initial investment costs when, due to lower energy costs, life cycle costs are equal or lower compared to HFC equipment.
Even with existing innovations, however, de Graaf expresses his concern at manufacturers’ reluctance towards introducing products to the market, citing instances wherein a manufacturer that received the German Blue Angel ecolabel certification for his product in March 2018, still refrained from introducing it to the market. “There are some other manufacturers, as well, for single split appliances with R-290 that still refrain from bringing them to the market because of the safety issue,” he says, “but they may be a little bit too cautious in this respect. In India, one such manufacturer sold 600,000 units, which are installed with no incident because technicians had proper training.” As such, de Graaf issues a plea to manufacturers that have solutions in their portfolio, “Please be a little braver in bringing your energy-efficient and climate- friendly solutions to the German and European market.”