Whether you need to upgrade an aging coolroom to modern low-GWP or natural refrigerants, or build a custom process cooling plant from the ground up, we design systems that lower operating energy costs and eliminate maintenance access headaches.
As environmental regulations evolve and legacy synthetic refrigerants face phase-downs, operating aging equipment becomes increasingly expensive. Complete plant replacement isn't always financially viable for growing venues.
We specialize in engineered plant retrofits,upgrading compressors, metering devices, and control technologies to transition existing systems to modern, lower-GWP refrigerants. You extend the working lifespan of your capital equipment while dramatically reducing breakdown and band-aid costs.
Off-the-shelf packages often cut corners on valve positioning, air clearance, and component access—costing you thousands in extra labor when service is required.
High capacity coolrooms, freezer rooms, and prep counters engineered for rapid pulldown and heavy service door turnover, designed for pracical technician access and smart customer use.
Multi-deck retail cases and industrial glycol chilling plants for wineries and breweries. Built with electronic expansion valving, variable capacty compressors, natural refrigerants, and premium reliability.
Engineering commercial AC systems that fit harmoniously with your refrigeration plant dashboard. Featuring Modbus RS485 communication for central scheduling, automated temperature visability, and remote override.
A one-off assessment designed to uncover hidden inefficiencies, unnecessary compressor run-hours, underlying system issues and sub-optimal defrost settings without a long-term contract.
We visit your facility, analyze environmental conditions, and temporarily install our telemetry hardware into critical cooling assets for a 2-week testing window.
• Short-Cycling: Compressors turning on/off too frequently due to faulty pressure switches or bad sensor location.
• Excessive Defrosts: Running 4 electric defrosts a day when 2 are sufficient, dumping unnecessary heat into the room.
• Thermal Condenser Load: Inefficient heat rejection caused by dirty coils or poor ventilation around the outdoor plant.