Consulting Engineering Services - Projects

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Research & Development Projects

Proctor & Gamble Pharmaceuticals Norwich, NY CES provided HVAC design for newly expanded areas including Class I/ Division I production spaces, research laboratories and clean rooms. Segregation of air flow, temperature and humidity control were paramount to this project for research viability and product quality assurance purposes. Special attention was given to maintaining air quality and climate conditions suitable for uninterrupted research activities during construction	Mitsubishi Chemical America Chesapeake, VA CES provided document review services for this facility during renovations to ensure that HVAC systems would meet air quality standards despite the changes in research technology and methods.
Goodrich Optical and Space Systems Division Danbury, CT Since 2001, CES has completed 19 projects of varying size and scope at this high-security, technology-intensive campus. These projects have included evaluation and design upgrades for process cooling systems, power distribution, air handling unit volume and controls and special environments such as clean rooms.	Connecticut Mental Health Center New Haven, CT The mechanical and electrical infrastructure for the additions include state of the art variable volume supply and dedicated exhaust systems serving lab spaces; rooftop chilled water plant; laboratory gas and waste; conditioned electrical power; energy efficient lighting and controls; integrated information technology system and cable plant and direct digital control system for HVAC and lighting control functions.
ABB Leno Addition Windsor, CT The design included a full air conditioned building, deionized water system, power distribution, lighting and controls. The loading dock utilized electrical driven dock levelers and hazardous material storage.	UCONN Health Center Multi Discipline Laboratory Farmington, CT Aesthetics and comfort were high priorities, but even more attention was paid to maintaining a safe learning environment. A unique HVAC system was installed to ensure that exposure limits for formaldehyde were maintained below .3 ppm at all times.
Yale University Osborne Memorial Laboratory and Kline Biology Tower New Haven, CT The fast-paced changes in science education facilitated the need for state-of-the-art biology labs and experiment stations. As part of this project, CES, Inc. redesigned the mechanical systems in these labs to include new process piping, heating, ventilation, air-conditioning and improved fire protection.	Science Park at Yale Biotechnology Center New Haven, CT The new MEP systems were designed for existing and future tenants in the bio-tech research industry. Electrical systems include new security system, double ended electrical service and addressable fire alarm system. Mechanical systems installed in the seventh floor “penthouse” include three 800 ton chillers served by six 400 ton cooling towers on the roof, two 500 HP boilers, one 200 HP “summer” boiler and two outside air units; each with a nominal capacity of 140,000 cfm.
Wesleyan University Shanklin Science Laboratory Middletown, CT This project included the renovation of two laboratories within the lower level of the building. New HVAC, make-up air and laboratory exhaust systems were designed to allow for a safe, yet fully functional laboratory environment. Exhaust systems included redundant fans and stainless steel ductwork. A small deionized water system was designed for the lab hood sinks.	University of Connecticut Connecticut Global Fuel Cell Engineering Research Building Storrs, CT The new state-of-the-art Fuel Cell Center is quickly emerging as a world leader in the research, development and utilization of fuel cell engineering and technology. This new source of renewable, environmentally-friendly energy was first employed by NASA. Today, the applications for fuel cell technology include automobiles, military apparatus and new computer and appliance technology. CES worked with a multi-disciplined team to design this new fuel cell research and development facility. Mechanical systems include constant volume rooftop heating/cooling units, laboratory fume hood systems and specialized exhaust systems in high bay areas. High bay labs are provided with compressed air, natural gas and an oil interceptor/drain system. High-end security systems and full sprinkler protection are found throughout the entire facility.