Chandra Sekhar Keywords energy air cooling system clean air disease resilient energy efficient air-conditioning system Read more about Chandra Sekhar Chandra Sekhar, Ph.D., Fellow ASHRAE & ISIAQ, is currently a Professor and Programme Director (MSc-Building Performance and Sustainability) and co-director (Centre for September 6, 2021 Integrated Building Energy and Sustainability in the Tropics) in the Department of the Built Environment at the National University of Singapore. He is also a founding director of Enhanced Air Quality Pte Ltd., a NUS spin-off company. His research interests include thermal comfort, ventilation and IAQ, airborne infection control, energy efficient HVAC systems and building energy analysis.
Overview of Energy Efficient Centralized Airconditioning Systems Read more about Overview of Energy Efficient Centralized Airconditioning Systems This presentation gives an overview on strategies for improving building energy efficiency.
Yanping Zhou Keywords energy air cooling system clean air disease resilient energy efficient air-conditioning system Read more about Yanping Zhou Dr. Zhou has been working in the field of HVAC equipment manufacturing, building energy efficiency optimization and energy simulation since 1994, and he has served as a researcher in the R&D centres of internationally renowned air conditioning equipment manufacturers, such as Carrier and Daikin. In 2009, he joined the company energydesign, founded by Prof. M.N.Fisch, and became the Managing Director in 2013.
Energy-Efficient Centralized Air-Conditioning Systems Read more about Energy-Efficient Centralized Air-Conditioning Systems
Indoor Air Quality, Health and Control Technologies – Active and Passive Read more about Indoor Air Quality, Health and Control Technologies – Active and Passive This presentation gives an overview on indoor air quality in buildings in relation to health and comfort of their occupants.
William Bahnfleth Keywords energy air cooling system clean air disease resilient energy efficient air-conditioning system Read more about William Bahnfleth William Bahnfleth is a professor of architectural engineering at the Pennsylvania State University. He held previous positions as Senior Consultant for ZBA, Inc. in Cincinnati, OH and Principal Investigator at the U.S. Army Construction Engineering Research Laboratory in Champaign, IL. He holds BS, MS, and PhD degrees in Mechanical Engineering from the University of Illinois and is a registered professional engineer. At Penn State, Dr. Bahnfleth teaches undergraduate courses in HVAC fundamentals and system design, and graduate courses in district cooling systems and indoor air quality.
Indoor Air Quality in Buildings Read more about Indoor Air Quality in Buildings This presentation gives an overview on disease resiliency and indoor air quality in buildings with centralized air conditioning systems.
Donald Weekes Keywords energy air cooling system clean air disease resilient energy efficient air-conditioning system Read more about Donald Weekes Mr. Weekes has over forty-five (45) years of comprehensive consultation expertise and project experience in the implementation and management of inspections for hazardous materials in numerous buildings throughout Canada and the United States including universities, colleges, governmental offices, and commercial and residential buildings. During the course of Mr. Weekes’ career, he has served in numerous senior management positions in both the consulting and insurance industries.
Overview of Disease Resilient and Energy Efficient Centralized Air Air-conditioning Systems Read more about Overview of Disease Resilient and Energy Efficient Centralized Air Air-conditioning Systems This presentation gives an overview on disease resilient and energy efficient centralized air-conditioning systems.
Indoor Air Quality, a Regulatory “No Man’s Land”– How to Change This? Read more about Indoor Air Quality, a Regulatory “No Man’s Land”– How to Change This? This presentation gives an overview on the current management of indoor air quality and what factors contribute to it's limited progress.