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Engineering Services


Optimization is the key element to size piping, ductwork and equipment in order to ensure the facility ownership or management has received the most efficient product without sacrificing performance. Software programs such as the EnergyPro 5 and AutoCAD Revit MEP are utilized to formulate the cooling and heating load demands; accordingly, these demands are the criteria for sizing HVAC piping and ductwork. By using the manufacturer websites (e.g., ITT), the latest product data is available which will ensure the associated vendor submittal will match the design intent. With the expertise and knowledge in the industry, the equipment and material will be accurately specified because we recognize every application and the interface with surrounding systems.

Encompassed within this service, the following documentation is drafted, pending of the scope of work and application:

  • Air Flow & Piping/Instrumentation Diagrams
  • Equipment Arrangement
  • Specifications & Product Data
  • Control Riser Diagram
  • Equipment & Points Lists
  • Instrument Data Sheets & Index
  • Software Design Description (SDD)

The following systems are apart of the design scope:

Plumbing Systems

•  Drain/Waste/Vent
•  Potable Water Supply
•  Natural Gas

Water Systems

•  Industrial Service
•  Reverse Osmosis (RO) & Deionized (DI)
•  Purified

Process Systems

•  Pure/Clean Steam
•  Water-for-Injection
•  Cooling Water
•  Plant Steam

Gas Systems

•  Nitrogen
•  Oxygen
•  Argon
•  Carbon Dioxide
•  Vacuum
•  Compressed Air
•  Bulk Storage
•  Oxygen Generators

Fuel Systems

•  Underground & Containment Vault Tanks
•  Monitoring
•  Light & Heavy Fuel Oils
•  Tank Farms

Heating, Ventilation and Air-Conditioning Systems

•  Hot Water Boiler
•  Packaged Air-Conditioning Unit (ACU)
•  Fan Coil Units (FCU)
•  Water-Cooled Chiller (e.g., absorption, centrifugal & reciprocating)
•  Air-Cooled Chiller
•  Air Handling Unit (AHU)
•  Hydronics & Variable Primary; Primary / Secondary Pumping
•  Exhaust Fan
•  Humidification Control
•  Energy Recovery Ventilation (ERV)
•  Thermal Storage
•  Geothermal Cooling / Heating
•  Heat Pump
•  Filtration
•  Terminal Unit

Combined Heat & Power (CHP) Systems

•  Diesel Engine
•  Gas Engine
•  Multi-Fuel Engine
•  Gas Turbine
•  Steam Boiler
•  Heat Recovery Steam Generators
•  Steam Turbines