High-Strength Waste to Biogas Facility
This company needed our help to design and construct a facility to produce energy from waste and food processing.
High-Strength Waste to Biogas Facility Read More »
This company needed our help to design and construct a facility to produce energy from waste and food processing.
High-Strength Waste to Biogas Facility Read More »
Mead & Hunt performed on-call traffic engineering and ITS services for the City of Baltimore DOT to address traffic congestion concerns.
Baltimore Traffic & Intelligent Transportation Systems Engineering Read More »
Mead & Hunt is working with ODOT, counties, and municipalities to help replace over 200 bridges through the Ohio Bridge Partnership Program.
Ohio Bridge Partnership Program Read More »
Mead & Hunt designed a new main gate entry to consolidate two geographically separated gates for the Portland Army National Guard Base.
Portland ANGB Main Gate Entry Read More »
The facility now collects biogas from dairy manure, cleans and compresses it to pipeline-quality standards, and injects it directly into a pipeline.
Wisconsin Multi-Farm RNG Facility & Central Upgrading Plant Read More »
Kerry, Inc. needed to improve water use efficiency in their manufacturing facility to reach sustainability targets. Our team helped them save ~40,000 gallons/day.
Design-Build Water Reduction and Reuse Read More »
Mead & Hunt prepared an expanded Historic Structures Report for the vacated Iowa State Penitentiary site, established in 1839.
Iowa State Penitentiary Historic Structures Report Read More »
We helped this wastewater treatment plant construct a biogas conditioning system to fuel its fleet of city buses.
Municipal Wastewater to CNG-Powered Vehicle Fleet Read More »
Immediate repairs were needed to keep the historic Mississippi River Bridge, a vital link between Minnesota and Wisconsin, open to traffic.
Our team connected biogas lines from existing digesters at three dairy farms to a central biogas treatment system.
Farm Digester Cluster Renewable Natural Gas System Read More »