CRC Engineering, P.C. joined WSP | Parsons Brinckerhoff, a global professional services company and a leader in the power industry. Read the press release here. WSP | Parsons Brinckerhoff is now WSP worldwide. In the United States, the firm will operate as WSP USA. WSP USA develops optimized infrastructure solutions for public and private clients.
The firm's expertise spans five sectors: advisory services, buildings, environment, industrial and energy, and transportation and infrastructure. CRC's expertise in central utility plants and cogeneration systems will reinforce the capabilities of the power group within the industrial and energy sector, which is active in key markets that include power generation and delivery, energy systems for buildings and facilities, underground storage of hydrocarbons, and storage and disposal wells.
The power group's projects involve conventional technologies as well as cogeneration, combined-cycle generation, hydropower and the use of renewable energy sources.
The firm's expertise spans five sectors: advisory services, buildings, environment, industrial and energy, and transportation and infrastructure. CRC's expertise in central utility plants and cogeneration systems will reinforce the capabilities of the power group within the industrial and energy sector, which is active in key markets that include power generation and delivery, energy systems for buildings and facilities, underground storage of hydrocarbons, and storage and disposal wells.
The power group's projects involve conventional technologies as well as cogeneration, combined-cycle generation, hydropower and the use of renewable energy sources.
Services
CRC Engineering, P.C. was founded by engineers with a combined experience of over 40 years in the central utility industry.
Each partner brings a wealth of experience to the firm.
Mr. Tso draws upon his considerable experience with central utility system design, analysis, optimization and master planning to lead the energy services efforts at CRC Engineering.
He specializes in chilled water system design and has experience with large projects; he has served as the project manager / lead mechanical engineer for the $200 million World Trade Center Central Chiller Plant project.
Each partner brings a wealth of experience to the firm.
Mr. Tso draws upon his considerable experience with central utility system design, analysis, optimization and master planning to lead the energy services efforts at CRC Engineering.
He specializes in chilled water system design and has experience with large projects; he has served as the project manager / lead mechanical engineer for the $200 million World Trade Center Central Chiller Plant project.
CRC Engineering specializes in the design of central utility systems.
The Partners of CRC Engineering have experience leading large and complex central utility plant projects.
The Partners of CRC Engineering are working with the design team for the Port Authority of NY & NJ serving as the lead mechanical engineer and project manager for the $200 million design of the central chiller plant, chilled water site distribution systems and river water systems serving the World Trade Center site.
CRC Engineering is providing design services for the site-wide high temperature hot water systems infrastructure renewal project at Brown University.
The Partners of CRC Engineering have experience leading large and complex central utility plant projects.
The Partners of CRC Engineering are working with the design team for the Port Authority of NY & NJ serving as the lead mechanical engineer and project manager for the $200 million design of the central chiller plant, chilled water site distribution systems and river water systems serving the World Trade Center site.
CRC Engineering is providing design services for the site-wide high temperature hot water systems infrastructure renewal project at Brown University.
Central utility systems operations account for a large portion of any facility's operating cost.
Optimization of central utility systems to maximize energy efficiency is becoming more and more critical in today's environment of high energy and fuel costs.
CRC Engineering provides system optimization studies which provide their clients with a review of the existing systems and identification of measures to optimize operations of the existing systems to realize energy cost savings opportunities.
Oftentimes, a small modification to an existing system can pay dividends in energy savings.
Optimization of central utility systems to maximize energy efficiency is becoming more and more critical in today's environment of high energy and fuel costs.
CRC Engineering provides system optimization studies which provide their clients with a review of the existing systems and identification of measures to optimize operations of the existing systems to realize energy cost savings opportunities.
Oftentimes, a small modification to an existing system can pay dividends in energy savings.
One aspect of CRC Engineering's services that separates CRC from other engineering firms is our ability to provide field services in support of our design work.
We provide field services specific to central plant construction, operation and maintenance; we specialize in startup and commissioning of central plant equipment.
Due to the large and sophisticated central plant equipment and systems, field services for central utility plant projects require much more knowledge and understanding of system operation and control than a standard MEP commissioning department can provide.
We provide field services specific to central plant construction, operation and maintenance; we specialize in startup and commissioning of central plant equipment.
Due to the large and sophisticated central plant equipment and systems, field services for central utility plant projects require much more knowledge and understanding of system operation and control than a standard MEP commissioning department can provide.
The Partners of CRC Engineering worked with the design team to provide the Port Authority of NY & NJ with the detailed design and construction documents for this high profile $200 million dollar project including a 12,500 ton central chiller plant, site chilled water distribution sytsems and river water systems serving the World Trade Center (WTC) site.
The chiller plant will serve multiple users across the WTC Site including: the Memorial & Museum, the Freedom tower retail spaces, the PATH Hub station, the Performing Arts Center, the East Bathtub retail spaces, the Vehicular Security Center and the MTA Cortland street '1-train' station.
The chiller plant will serve multiple users across the WTC Site including: the Memorial & Museum, the Freedom tower retail spaces, the PATH Hub station, the Performing Arts Center, the East Bathtub retail spaces, the Vehicular Security Center and the MTA Cortland street '1-train' station.
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