| Company | DSM Engineering Associates PC | ||
|---|---|---|---|
| Contact | James Armstrong | ||
| Address |
225 WIRELESS BLVD Hauppauge, New York 11788 |
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| Phone | 631-360-1208 x101 | ||
| jwa@dsmea.com | |||
| Website | www.dsmea.com | ||
| Consulting Engineers generally provide professionally licensed CHP engineering services such as technical modeling and analysis, equipment selection for design basis, plans and specification development, final design, documentation, and investment grade financial analysis. | ||||
| Company Description | ||||
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Since 1994, DSM Engineering Associates, PC (DSMEA) has provided engineering services targeted at energy efficiency and the reduction of the carbon-energy footprint of client facilities. Our engineering professionals provide diverse experience from project feasibility through engineering, implementation, and ongoing monitoring and support. The DSMEA priority is to understand and address the client’s needs and provide solutions that are technically, operationally, and economically effective. Our first packaged cogeneration systems were designed and installed in 1984 before development of interconnection processes and standards. DSMEA has over 50 CHP projects and 10,000 kW of CHP capacity in our project portfolio. DSMEA has a long record of project implementation through a variety of grant opportunities from NYSERDA, particularly for CHP feasibility assessment and implementation. Our “flagship” project – the trigeneration system on board the Intrepid Museum – was developed with funding from NYSERDA and NYCEDC for reasons the required us to look beyond project economics and define the project based on the objectives of these stakeholders. Recent high-impact changes such as LL97 in New York City, NYISO adoption of carbon costs in wholesale market power systems, and retirement of resources such as Indian Point are making CHP more essential. The long-term goal of replacing fossil fuels with renewable energy resources is an imperative – we must address the impact climate changes is having. CHP is the most effective resource in providing a bridge from current systems to the future of electrified facilities and renewable electrical power. To adapt our CHP clients and projects to sustainability requirements and reduction of carbon emissions, DSMEA is focusing on facility operations monitoring (Real Time Energy Management – RTEM) to maximize the value of investments in systems such as CHP, electrification projects, and building automation systems. By providing efficiency focused monitoring, DSMEA can support facility personnel who primarily need to deal with the hand-on elements of running a building. We are also actively assessing opportunities in our CHP facilities to electrify fossil fuel loads that are operationally feasible and economically viable, leveraging the CHP value with the reduced carbon through electrification. |
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