Baltimore Aircoil CompanyBaltimore Aircoil CompanyBaltimore Aircoil Company posted this Technology Call
Seeking novel technologies to deliver high energy efficiency and low sound air movement to industrial heat rejection equipmentWe are seeking to identify technologies that can deliver improved energy efficiency and lower sound emissions to their industrial heat rejection equipment. The primary focus is to greatly exceed the minimum energy efficiency goals established by the second tier of the European Union’s Directive 327/2011 guideline https://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri=OJ:L:2011:090:0008:0021:en:PDF while providing industry-leading low sound performance, by ideally meeting or exceeding the 1.1.2020 efficiency levels listed in this working document: https://www.eceee.org/static/media/uploads/site-2/ecodesign/products/ventilation-fans/explnotefanreview20150430.docx For reference, the EU Directive 327/2011 guidelines establish minimum overall efficiency levels for the fan, electric motor, and driving arrangement assemblies. These technologies would support BAC’s mission of providing sustainable, high-efficiency cooling solutions while minimize the environmental impact of our highly energy and water efficient heat rejection solutions.
Baltimore Aircoil CompanyBaltimore Aircoil CompanyBaltimore Aircoil Company posted this Technology Call
Seeking novel materials and technologies to deliver new and improved sound attenuation to industrial heat rejection equipmentBaltimore Aircoil Company (BAC) seeks to identify materials and technologies that can deliver sound attenuation to their industrial heat rejection equipment. Primary focus is to attenuate/cancel noise from three main characteristics of this equipment: water movement (e.g. spraying, splashing…), air movement, and rotating mechanical components (e.g. fan, motor, belts, bearings…). These materials/technologies could greatly enhance the adoption of our products, especially in densely populated area where sound level restrictions hinder the deployment of BAC’s highly energy and water efficient heat rejection solutions.
