Project Service: Building Performance Analysis

Health System Building Performance Optimization

Since 2014, IMEG has facilitated the development and implemen-tation of building performance optimization for Blessing Health System. 6 projects at 3 facilities including: Retro-Commissioning: Blessing Hospital Blessing Health Center Illini Hospital Monitoring-based Commissioning: Illini Hospital Utility Analytics Blessing Hospital Blessing Health Center Non-energy benefits included operation and maintenance savings and increased occupant comfort, health, and

University Building Performance Optimization

Since 2016, IMEG has facilitated the development and implementation of building performance optimization for 32 projects at 17 facilities at Washington University in St. Louis, MO, including: Commissioning: McKelvey Hall Retro-Commissioning: Anheuser-Busch Law Hall Danforth University Center Rudolph Hall Simon Hall South 40 House Monitoring-based Commissioning Anheuser-Busch Law Hall Brauer Hall Bryan Hall Danforth University

Health System Building Performance Analysis

Since 2013, IMEG has facilitated the development and implementation of building performance optimization for the Hospital Sisters Health System (HSHS). 82 projects at 20+ facilities including: Commissioning: 48 projects across most all hospital campuses Retro-commissioning: St. Anthony’s Effingham St. Elizabeth’s Belleville MOBs St. Francis Litchfield St. John’s Springfield St. Joseph’s Breese St. Mary’s Decatur Sacred

Renewable Heating and Cooling Design

IMEG provided building performance optimization services at IKEA locations in Stoughton, MA, and Sacramento, CA, to reduce the buildings’ carbon footprints and meet the company’s renewable energy goals for 2020, 2025, and 2030. The Renewable Heating and Cooling – Phase 1 planning project included a study of the existing structural, mechanical, and electrical infrastructure of

New City Hall with Geoexchange System

The City of Aspen’s new city hall is a leading-edge showcase of electrification and sustainability with a one-of-a-kind geoexchange system designed by IMEG Corp. The project came with significant challenges, including achieving the city’s electrification and carbon reduction goals and its tight site on a hillside. The design team was successful in finding innovative and

New Research and Development Facility

IMEG provided engineering design for a confidential pharmaceutical company’s new research and development facility at Iowa State University Research Park. The 52,000-sf facility features an open concept designed for collaboration and interaction of up to 100 scientists conducting research in swine, cattle, equine, canine, and feline. The first floor is comprised of almost 30,000-sf of

New City Hall

Designed to be an example of innovation, energy conservation, and sustainability for its community, the City of Johnston’s new 24,000-square-foot city hall is the centerpiece of an overall town center redevelopment project that brings new civic, retail, hospitality, office, and entertainment opportunities to the area. The city hall is a showcase of civic engagement and

New Research Lab

IMEG provided engineering services for the conversion of a pre-pi-lot processing research facility into the Integrated Bioprocessing Research Laboratory (IBRL) at the University of Illinois. The IBRL is a state-of-the art pilot-scale facility used by faculty and researchers to improve efficiencies, reduce water usage, and increase biofuel production in the corn ethanol industry. Researchers are

New Football Performance Center

IMEG provided mechanical, electrical, plumbing, fire protection engineering design and services, along with energy modeling, for a new, LEED Silver Football Performance Center at the University of Illinois at Urbana-Champaign. The state-of-the-art facility will help recruit, train, and care for today’s and future student athletes at the university. The building is connected to the existing

Building Addition with Linear Accelerator

The project: The Argonne National Laboratory upgraded its Advanced Photon Source (APS) to include two new beamlines. Already one of the most productive light sources in the world, the APS is essentially a stadium-sized X-ray microscope used by scientists around the world for research in various fields, from chemistry to materials science and geology. The