| Company | RMF Engineering, Inc., PC | ||
|---|---|---|---|
| Contact | Robert Smith | ||
| Address |
5520 Research Park Drive Catonsville, Maryland 21228 |
||
| Phone | 4433415347 | ||
| Bob.Smith@rmf.com | |||
| Website | www.rmf.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 | ||
|---|---|---|
|
RMF’s core business is focused on the development, rehabilitation and expansion of central utility plants (combined heat and power, chilled water, hot water, steam, electric) for colleges, universities, hospitals, institutional, industrial and government campuses. The firm has served as the prime consultant for designing many large and complex infrastructure projects. Headquartered in Baltimore, MD with offices in MA, PA, NY, NC, SC, FL, GA and OH, RMF can assist with all facets of combined heat and power system analysis, planning and design including equipment optimization site selection and preparation, permitting, building design, process piping, fuel handling and electrical transmission. RMF also offers independent peer engineering design review as well as third party commissioning of CHP systems. Our experience for power generation systems includes standby and peak shaving applications as well as continuous duty combined heat and power in new facilities, as well as renovations, repairs and expansions of existing facilities. Project designs involving stand-alone generators as well as multiple with paralleling switchgear and protective relaying have been designed for interconnection with utility company services. RMF has assisted facilities realize the economic and operational benefits of on-site CHP. Typically, a facility with significant year-round electric and heating demand is considered a good candidate. Multiple-fuels capability and the need for simultaneous process or space cooling often enhances the feasibility of a generation project for a large complex or campus. RMF validates the feasibility of cogeneration by examining electricity, heat, and chilled water usage, and weighs these utility costs and carbon impacts against alternate sources. Our services include: - Mechanical Engineering - Civil Engineering - Electrical Engineering - Structural Engineering - Assessment / Fitness Service Evaluations - Master Planning - Energy Assessments - Commissioning - Controls Engineering Our work has included the generation of 100 kW through 100 MW utilizing the following systems: - Simple-Cycle Combustion Turbines - Combined-Cycle Gas / Steam Turbines - Reciprocating Engines - Waste Heat Recovery, Steam Generation, Hot Water Generation - Condensing, Extraction and Back Pressure Turbines - Waste Heat Absorption Cooling |
||
| Coverage Territory | ||
|