Waterloo Filtration Institute inducts Dr. Iyad Al-Attar to its Advisory Board
TORONTO, Canada, 18 July 2022: Waterloo Filtration Institute (WFI) inducted Kuwait-based independent air filtration consultant, Dr Iyad Al-Attar, to its Advisory Board.
WFI said Dr Al-Attar received his engineering degrees (BSc, MSc, Ph.D.) from the University of Toronto, Canada; Kuwait University, Kuwait; and Loughborough University, United Kingdom, respectively. His area of expertise focuses on the design and performance of high-efficiency filters for HVAC and land-based gas turbine applications, particularly on the chemical and physical characterisation of airborne particles, WFI said. As a climate advocate and environmental enthusiast, he is currently active in researching sustainable urban development and climate change with several academic institutions, such as the Massachusetts Institute of Technology and Harvard Business School, WFI added.
WFI said Dr Al-Attar is a columnist in the EUROVENT Middle East newsletter, Climate Control Middle East magazine and ES Engineering, USA. He has authored many articles on air filter design, performance, particle characterisation and climate change, WFI said. His extensive lectures, consultation for international firms in HVAC and land-based gas turbine fields, and broad publications have proved invaluable to air filtration, aerosol monitoring, and outdoor and indoor air quality fields, WFI said. Kyung Hee University has recognised Dr Al-Attar in South Korea for his keynote lecture on the fundamentals of air filtration technologies, WFI said, adding that Dr Al-Attar is an editorial reviewer/referee in the Filtration Society (UK) and the Journal of Cleaner Production.
WFI said its mission is to support the growth of the global filtration industry and advance the sciences and technologies of filtration and separation processes for a clean, healthy and sustainable world. It said it was thrilled to have Dr Al-Attar on the WFI Advisory Board, adding that it expected him to be an asset as it continues to work towards promoting a cleaner environment for a healthier and better world.
Camfil expands production in Taiwan
STOCKHOLM, Sweden, 29 March 2021: Camfil has commenced operation at its new plant in Tainan, Taiwan, which it said will contribute in a circular systematic way to benefit the business and the environment. Making the announcement through a Press release, Camfil said the new facility, with over 4,000 square metres in area, has started production and will create new employment opportunities and contribute directly towards Camfil’s mission for a sustainable future.
According to Camfil, the factory will act as a hub for molecular and particle filtration, focusing on supporting the growing semiconductor, life science and turbomachinery industry; and by producing locally, it will help reduce shipping time from other facilities located in Asia. The plant is well equipped with the latest technology and operational capability to adapt the green process to elaborate the Camfil sustainability promises to the customers and the environment, the company said. By using its technology, it said, it expects to reduce shipping costs, promote local manufacturing and reduce waste handling. It added that its manufacturing process will have a reduced environmental impact, as the facility will contribute to reducing waste generation for customers by adopting a reuse/recycle approach for many filter components.
During the opening ceremony, Bengt G Carlsson, representative of The Swedish Trade and Invest Council, was present and took the stage to highlight the benefits of this sustainable initiative and how it will shape the future of the air filtration market and leading towards reduced waste generation.
James Lin, Managing Director, Camfil Taiwan, said: “Camfil is thrilled to announce the start of our air filtration facility that will directly contribute to our commitment to sustainability and promote reduced waste generation through recycling and reusing. We believe that this kind of initiative in manufacturing and operations can be important drivers in the sustainable development of our process and the environment.”