This course will enhance participants’ knowledge and understanding of ASHRAE 62.1 standards for ventilation and indoor air quality (IAQ) in commercial buildings, with a focus on the Indoor Air Quality Procedure (IAQP) as a cost-effective, energy-efficient approach to IAQ. It includes practical guidance on applying the IAQP, referencing ASHRAE’s tools and research, and covers design details and air cleaning equipment ratings.
With recent state code updates requiring deeper understanding of ASHRAE 62.1-2019 and 62.1-2022, this course prepares participants to apply IAQP confidently. Benefits include increased alignment with LEED v5 standards, support for value engineering (V/E), improved HVAC efficiency, enhanced air quality, and insight into ASHRAE’s endorsement of IAQP as the preferred ventilation design method.
This course will enhance participants’ knowledge and understanding of ASHRAE 62.1 standards for ventilation and indoor air quality (IAQ) in commercial buildings, with a focus on the Indoor Air Quality Procedure (IAQP) as a cost-effective, energy-efficient approach to IAQ. It includes practical guidance on applying the IAQP, referencing ASHRAE’s tools and research, and covers design details and air cleaning equipment ratings.
With recent state code updates requiring deeper understanding of ASHRAE 62.1-2019 and 62.1-2022, this course prepares participants to apply IAQP confidently. Benefits include increased alignment with LEED v5 standards, support for value engineering (V/E), improved HVAC efficiency, enhanced air quality, and insight into ASHRAE’s endorsement of IAQP as the preferred ventilation design method.
Join us to discuss the transition to low Global Warming Potential (GWP) refrigerants, focusing on the latest advancements and their impact on HVACR systems. This discussion will cover emerging refrigerants, examining how the A2L safety classification influences design and operational adjustments. Additionally, we’ll explore key differences between two of the most widely used refrigerants—R-32 and R-454B—providing valuable insights to help professionals navigate these industry shifts.
This course is aimed at engineers and architects designing heating and cooling plants that eliminate the need for gas boilers, focusing on the use of heat pump units in place of gas boilers for hydronic systems. This seminar covers the operation of air source heat pumps, their differences from boilers, defrost management, thermal mass considerations, load matching, and handling A2L refrigerants. Application examples and a real-world case study will demonstrate these techniques across various climate zones.
This course is aimed at engineers and architects designing heating and cooling plants that eliminate the need for gas boilers, focusing on the use of heat pump units in place of gas boilers for hydronic systems. This seminar covers the operation of air source heat pumps, their differences from boilers, defrost management, thermal mass considerations, load matching, and handling A2L refrigerants. Application examples and a real-world case study will demonstrate these techniques across various climate zones.
This course is aimed at engineers and architects designing heating and cooling plants that eliminate the need for gas boilers, focusing on the use of heat pump units in place of gas boilers for hydronic systems. This seminar covers the operation of air source heat pumps, their differences from boilers, defrost management, thermal mass considerations, load matching, and handling A2L refrigerants. Application examples and a real-world case study will demonstrate these techniques across various climate zones.
Sustainability is a buzz word used to describe every project and product on the market today, but what does true sustainability really look like? This seminar explores the most innovative HVAC air handling technology available today and how you can expect HVAC equipment design to change in the future.
Now is the time to demand more from equipment manufacturers in mechanical design. Learn how HVAC equipment can assist in improving a building’s ESG (Environmental, Social, and Governance) impact on its surroundings.
Sustainability is a buzz word used to describe every project and product on the market today, but what does true sustainability really look like? This seminar explores the most innovative HVAC air handling technology available today and how you can expect HVAC equipment design to change in the future.
Now is the time to demand more from equipment manufacturers in mechanical design. Learn how HVAC equipment can assist in improving a building’s ESG (Environmental, Social, and Governance) impact on its surroundings.
Sustainability is a buzz word used to describe every project and product on the market today, but what does true sustainability really look like? This seminar explores the most innovative HVAC air handling technology available today and how you can expect HVAC equipment design to change in the future.
Now is the time to demand more from equipment manufacturers in mechanical design. Learn how HVAC equipment can assist in improving a building’s ESG (Environmental, Social, and Governance) impact on its surroundings.
Hot water is used everyday for various purposes. Gas boilers have been traditionally used to generate hot water. All electric heat pump hot water generation systems are garnering attention with their ability to support electrification towards decarbonization. This session will focus on the opportunities to leverage HP Hot Water generation systems, their advantages, and high level application considerations.
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