The retrofit project provides continuous building-by-building monitoring energy and utility cost analysis inventorying the chilled water flow meters and Btuh energy metering to determine decarbonization results.

A new single-zone, underfloor air distribution system serving 4,000 square feet of interior renovated raised floor space will be installed.

Project Delivery Method: Design-build (D-B)

The existing HVAC systems shall be retro-commissioned to meet the original design intent, including the individual classroom occupancy schedule during the school day.

The final boiler system selection is based on methods to furnish and install heat systems to serve a new 150,000-seat arena in an existing office park.

An IAQ audit of the existing central air systems will access multiple space temperature, humidity, particle count samples, and other data.

An international commercial building institution makes a corporate decision to create a BETA test site of its corporate office complex to integrate smartwatch technology into its BAS computer system.

The finalized system selection shall consist of a replacement cooling tower and standby cooling tower to serve the financial institution’s data center.

This optimum boiler heating equipment selection and the project’s design intent document are based on the analytical process outlined in ASHRAE Handbook 2020, Chapter 1, 'HVAC System Analysis and Selection'

Energy data will be converted to cost for chilled water as well as other energy meters to capture the total utility cost to operate these individual research labs.