Commercial Buildings Committee, comprising offi cials of the Department of Climate Change and Energy Effi ciency, 6.5 Boilers 48 6.6 Pumps 50 6.7 Fans 51 6.8 Humidifi cation & De-Humidifi cation 52 6.9 Packaged HVAC Systems 54 6.10 Power 6.12
Read MoreEPA has reverted the capacity limit and clarified that only packaged commercial boilers under 2,500,000 Btu/h fall under the scope of the Version 1.0 specification. Qualification Criteria: Combustion Efficiency (CE): EPA included the performance criteria, CE
Read MoreThe ENERGY STAR Version 1.0 specification for commercial packaged boilers was finalized on December 20, 2016 and is effective immediately. Materials related to this development process are provided below. Partners and other interested parties with questions or concerns regarding these materials or the development process can contact Abigail
Read MoreENERGY STAR Product Specification for Commercial Packaged Boilers – Partner Commitments Page 3 of 3 of planned activities or milestones of which Partner would like EPA to be aware. For example, activities may include: (1) increasing the availability of
Read MoreENERGY STAR Product Specification for Commercial Packaged Boilers – Eligibility Criteria Page 1 of 5 1 ENERGY STAR® Product Specification 2 for Commercial Packaged Boilers 3 4 Eligibility Criteria 5 Final Draft Version 1.0 6 7 Following is the Final Draft Version 1.0 product specification for Commercial Packaged Boilers.
Read MoreSpecification for Commercial Packaged Boilers Version 1.0 --Thermal Efficiency: 10 CFR Part 431.86 (Electronic Code of Federal Regulations) Turndown ratio: UL 795 OR ANSI Z21.13-2014/CSA 4.9 Commercial Water Heaters ENERGY STAR Program2.0
Read MoreDid you know that boilers do not generate saturated steam (dry steam)? When a steam boiler heats up water, bubbles breaking through the water surface will pull tiny water droplets in with the steam. Unless a superheater is used, this will cause the steam
Read MoreDid you know that boilers do not generate saturated steam (dry steam)? When a steam boiler heats up water, bubbles breaking through the water surface will pull tiny water droplets in with the steam. Unless a superheater is used, this will cause the steam
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