Featured Projects

Process Results performed an energy audit on the Trenton Waste Water Treatment Plant.  

Process Results performed a detailed analysis of the exterior lighting systems at a paint manufacturer industrial facility.

Process Results was responsible for modeling the designed plumbing system and coordinating the installation using Building Information Modeling (BIM) for the UM East Quad in Ann Arbor. BIM is a shared knowledge resource allowing designers to actively interface with a 3D representation of the facility prior to construction.

The WWRA Single Stream Expansion project involved the design and construction of a new multi-million dollar recycling facility.

The WISD High Point Gym Lighting project involved the planning, design, installation, and commissioning of new light fixtures and controls in the gymnasium at High Point School.

Process Results performed an energy audit on selected buildings for a pharmaceutical company.

The Occupancy Controls Pilot project involved the addition of motion sensors in various areas within the University of Michigan hospital facility to control lighting and HVAC based on occupancy patterns.

Process Results performed the data collection and modeling of a chemical facility electrical system. Electrical studies were performed on the system modeled in SKM Power Tools.

Process Results performed the data collection and modeling of a furniture manufacturer electrical system. Electrical studies were performed on the system modeled in SKM Power Tools.

The Hospital Data Center Cooling project located in Ann Arbor involved engineering services for the evaluation and upgrade of the air conditioning system for the planned addition of computer equipment to an existing server room.

The Health Center projects involved engineering services for various renovations in the Briarwood (Ann Arbor), Saline and Brighton Health Center facilities converting the record storage areas into call centers, exam rooms and/or patient restrooms.

The project involved the planning, design, procurement, construction, programming and startup of a facility to recycle waste production material and aged product.

The Computer Lab Air Conditioning project involved the planning and installation of a new heating, ventilation and air conditioning (HVAC) unit to serve a computer lab, the mainframe computer area and the adjacent technical service office.

The Air Conditioning project involved Ann Arbor engineering service for the planning, design, installation and startup of two new Computer Room Air Conditioning (CRAC) units to the existing Data Center at the University of Michigan.

The Chemical Facility Upgrade project involved planning, design, installation and startup of a facility to produce, bottle and package a variety of chemical products.

The Chilled Water System project involved the planning of long-term equipment repair and replacement for a 16,000-ton chilled water system at a pharmaceutical manufacturing facility.

The Chiller Plant project involved commissioning services during the construction of a 4,000-ton central chiller plant at University of Michigan's North Campus.

The clean room process project involved the planning, design, and cost estimation for a process to prepare chemicals and to sequence a coating process. Modifications to existing systems as well as a DI water system upgrade were required.

The CMP Plant Expansion project involved planning, design, installation, startup and project management of a plant expansion.

Process Results provided engineering services for the Ann Arbor Customer Technology Center (CTC) project which involved design of the mechanical systems for a new $11 million, 103,500 sq. ft. three story facility.

The Lab Renovation project involved the planning, design, and installation of equipment and casework to improve the functionality of lab spaces.

The Drug Manufacturing Facility project involved the planning, design, installation and startup of a facility to produce and package an injectable drug. Extensive building modifications were required to meet regulations, sterile environments, and Good Manufacturing Practices (CGMP).

The Ethyl Silicate project involved configuration of PLC based controls for a batch distillation system.

The Explosive Processing project involved the design and selection of equipment for processing retired military munitions and recovering the components.

The Groundwinds Building Controls project involved the planning, design, installation and startup of controls for auxiliary instrument and building utilities.

The Hot Oil Skids project involved the design, installation and startup of four skid mounted hot oil systems in a chemical production facility.

The Large Video Board project included the mechanical design, equipment procurement and startup of cooling systems for large video boards.

The Material Transfer and Liquid Storage project included the upgrade of pneumatic and mechanical controls to a Programmable Logic Controller (PLC) based automated system.

The Milford Wastewater Plant Roof Repair project involved the repair and replacement of the membrane roofing system on three existing buildings at the Milford Wastewater Treatment Plant.

The office renovation project located in Ann Arbor involved the planning, design and construction of a new entrance, offices, conference rooms, cafeteria/meeting rooms and locker/toilet facilities.

This Petroleum Refinery project involved the planning and design for a 10,000-barrel petroleum slop tank, including a cathodic corrosion protection system and a geo-synthetic spill containment liner beneath the tank.

The Server/Network Ops Room project located in Ann Arbor involved the creation of 2000 sq. ft. of secured and monitored space within an existing building for the CSI main computer system and network operations.

The Occupancy Sensors project located in Ann Arbor involved the planning, design, installation and commissioning of sensors to control lighting when spaces are unoccupied.

The Temporary Cooling project involved engineering temporary cooling to four critical areas during the period when the University of Michigan converted many of its North Campus facilities to be served by a new centralized chilled water plant.

The Alumni Memorial (Art Museum) project at the University of Michigan involved improving the temperature and humidity control within the building and providing means to monitor the air handling systems on a continuous basis.

The Forecast IT energy planning system project involved the development of a computer application which enables the University of Michigan to forecast the energy load over the upcoming ten days.

The Green Lights program involved the design of new energy efficient lighting and the implementation of the system into a Chemistry building.

The Chiller Plant Modifications project involved the investigation and modification of four (4) absorption chillers with a total capacity of 3,340 tons.

The Hydrostatic Pump Replacement project involved design to replace pumps equipped with hydroconstant speed drives with pumps controlled by variable frequency drives.

The Mercury Vapor Lighting Replacement project involved detailed audit and analysis, estimation, coordination, design, and construction management for a lighting upgrade project.

The Revelli Lighting Upgrades project involved the planning, design and installation of high-bay light fixtures in the main band room.

The ENERGY STAR Lighting project involved detailed audit and analysis, coordination, design, bid process, and construction management for a lighting upgrade project at the Transportation Research building at the University of Michigan.

The project involved detailed design, bid process, and construction management for a ceiling replacement at the Transportation Research Institute building at the University of Michigan.

The WFI Capacity Increase project involved the planning, design, installation, startup and commissioning of a facility to produce WFI (Water for Injection) to support a drug manufacturing facility.

The Energy Audit project involved performing energy audits for eight different facilities at the University of Michigan Dearborn campus.

The Dana Flume Lab project located in Ann Arbor involved engineering services converting a 1,460 sq. ft. storage room into a flume lab capable of housing 150 water flumes.

The project involved the installation of occupancy sensors to control HVAC and lighting on the first through fourth floors of the E.H. Kraus building.

The project involved the installation and replacement of lighting occupancy controls in classrooms and offices, along with daylight occupancy sensors that were installed throughout the corridors of the UM Weill Hall.

Process Results performed the data collection and modeling of a Product Distribution Center electrical system. Electrical studies were performed on the system modeled in SKM Power Tools.

The Plastics Production Facility Expansion involved planning, design and construction of a production process, extrusion process, material handling and building expansion.

The Chelsea Wastewater Treatment Expansion project consisted of engineering services for Washtenaw County during the expansion of the Chelsea Wastewater Treatment Plant to 1.8 MGD. 

The YMCA Gym Lighting Controls project involved design, construction management, and commissioning services for a new lighting control system serving the main gymnasium at the Ann Arbor, MI facility. 

The Processing Facility Relocation project located in Washtenaw County involved engineering services the planning, design, installation and startup of a facility to produce and store archival microfilm/microfiche from print and digital media.

The Diesel Emission project located in Livingston county involved engineering for the planning and detailed design for Diesel Emission Fluid (DEF) distribution infrastructure to deliver DEF to over 100 test cells. 

Process Results performed an energy audit on several municipal buildings in the City of Grand Blanc.

The Custom AHU Replacement project involved the planning, design, installation and startup of two (2) customer built-up air handling units.

Process Results performed an energy audit on the Ann Arbor Ice Cube facility which provided a detailed analysis on existing lighting, HVAC, and ice rink refrigeration systems. 

The Production and Bottling project located in west Michigan involved the construction of a personal care products mixing and bottling facility.

This University Housing project included evaluation of 15 university housing facilities (2.8 million square feet) for energy consumption and conservation.

Process Results evaluated a proposed central chiller plant at the University of Michigan North Campus in Ann Arbor. The lifecycle cost of the 4,000-ton central chiller plant was compared to the cost of distributed, stand-alone chiller installations located in individual buildings.