ASHRAE announces call for abstracts for 2022 Annual Conference
ATLANTA, Georgia, 16 August 2021: ASHRAE announced it is accepting abstracts for the 2022 ASHRAE Annual Conference, from June 25 to 29, in Toronto, Ontario, Canada.
According to ASHRAE, the conference will address the changes to buildings created by the pandemic and will present papers and programs that are pertinent to the future of the built-environment.
“As we move into 2022 and face climate extremes and natural disasters along with the pandemic, buildings continue to be critical to our everyday lives,” said Kristen Cetin, Conference Chair. “These commercial, industrial and residential buildings, in particular, face an increasingly complex set of competing priorities to balance, as well as an increasing number of technologies and solutions to use and implement. The 2022 ASHRAE Annual Conference focuses on such diverse priorities and methods to address them, while considering the dynamic nature of such priorities over time.”
According to ASHRAE, the conference’s technical program comprises eight tracks:
The “Buildings in the Aftermath of COVID-19” track highlights the significant impacts on how buildings are used, the priorities associated with building operations to ensure healthy environments for occupants, and the transition to design and operation in the aftermath of the pandemic.
The “Connected Buildings, Connected Communities” track focuses on advanced smart building technologies and renewable energy resources, and the coordinated efforts in accomplishing improved building performance and demand flexibility.
The “IAQ, Energy Use, Comfort and Health of Sustainable Buildings” track features the following topics, and how they interact and impact one another: Indoor Environmental Quality (IEQ), energy use and efficiency, occupant comfort and health, sustainability goals and owner/operator priorities.
The “Cold Climate Building System Design, Operation and Resilience” track covers efforts and topics specifically focused on buildings, building systems and equipment in cold, arctic and sub-arctic climates. The track will also cover specific considerations for the building envelope and HVAC&R systems, and the resulting thermal and hygrothermal performance.
The “Professional Development” track will cover all aspects of business outside of engineering/technical applications and lends itself to interactive session types, such as workshops and forums.
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.
Finally, the “Research Summit” features active research, and the exchange of research findings, critical to the development of the HVAC&R industry and built environment. The track includes a partnership with ASHRAE’s archival journal, Science and Technology for the Built Environment.
ASHRAE said that abstracts – 400 words or less – are due on September 20, 2021. If accepted, final conference papers (8-page maximum) are due on December 1, 2021, it added.
In addition, it said, technical papers – complete 30-page maximum papers published in ASHRAE Transactions – are also due September 20, 2021, and considered for Science and Technology for the Built Environment.
ASHRAE urged those interested in submitting to visit ashrae.org/2022Annual for more information on the call for abstracts and the 2022 ASHRAE Annual Conference.
SPX launches new MH Fluid Cooler models
WORCESTER, UK, 16 June 2021: SPX Cooling Technologies Inc. has released details of its expanded MH Fluid Cooler line, which it said is designed to meet an even more diverse range of applications. The MH Fluid Cooler, the company said, is now available with three coil materials, each delivering its own advantages.
The most recent innovation, the MH Element Fluid Cooler, is equipped with copper coils, the company said, adding that copper offers superior corrosion resistance and improved heat transfer. Compared with traditional HDG coil fluid coolers, copper coil requires 35% less fluid volume, and the cooler operating weight is reduced by 20%, the company said. Copper is also sustainable, with a high recycle value at the end of its operational life, it added.
Other MH Fluid Coolers are available with coils of either HDG (hot dip galvanised) steel or stainless steel, the company said. HDG steel offers good thermal performance in a closed and pressurised system, it claimed. Models with stainless steel coils use larger coil surface area to achieve results and are often utilised in coastal regions and applications prone to corrosion, it said.
According to SPX, one of the most efficient closed-circuit cooling towers in its class, the MH Fluid Cooler, is a hybrid system that combines the functionality of a cooling tower and a heat exchanger. Utilising a combination of evaporative fill media and prime surface coils, the MH Fluid Cooler offers significantly improved performance over conventional non-hybrid systems, the company claimed. Compared to forced-draft products with comparable footprint, its proprietary CoolBoost technology uses up to 75% less fan energy, requires up to 35% less process fluid and reduces operating weight by 15% or more, it further claimed.
HVAC applications, SPX said, include water-source heat pumps, water-cooled VRF (variable refrigerant flow) systems, geothermal heat pumps and chillers. Industrial process cooling uses include water-cooled air compressors, injection moulding machines, induction furnaces and other machines or jacket cooling, it said.
Thermal capacities of all standard MH Fluid Coolers are independently certified by Eurovent and the Cooling Technology Institute (CTI) for performance with water, ethylene glycol solutions and propylene glycol solutions, it said, adding that the MH Fluid Cooler is backed by SPX’s five-year mechanical warranty and energy efficiencies that exceed ASHRAE Standard 90.1 requirements.