VENMAR CES™ | Energy recovery equipment

Venmar CES, Inc.

Saskatoon, SK, Canada • St-Leonard-d' Aston, QC, Canada

In the business of manufacturing energy-recovery equipment since 1952, Venmar CES™ is dedicated to providing cost-effective commercial ventilation products, including ventilators with wheel, plate, and/or heat pipe air-to-air heat exchangers; AHRI Certified^™ heat exchanger performance; integrated dedicated outdoor air systems; and FANWALL TECHNOLOGY^®. With two manufacturing locations, Venmar CES can truly meet your unitary and applied energy-recovery product needs.

300-45,000 cfm Air-to-Air Heat Exchangers The right technology for the right application. AHRI Certified^™ heat exchanger performance: Total-energy wheel, heat pipe, and sensible or total-energy plate exchangers available.	800-2,000 cfm Vertical Wallmount Unit Ventilator Ideal for classroom air conditioning: ventilator only or with integrated 2—5 ton WSHP, and with wheel or plate heat exchangers. Mounted against outside wall to provide up to 1,500 cfm of outdoor air.	300-12,000 cfm+ Packaged HRV and ERV Ventilators These compact heat-recovery ventilators (HRV) and energy-recovery ventilators (ERV) can shave the energy bill and improve indoor air quality. Swimming pool/corrosive environment application options available.
300-45,000+ cfm Custom Energy-Recovery Ventilators Custom ventilators with single/multiple heat exchanger configurations: factory engineered controls, frost prevention strategies, corrosion prevention coatings, indoor and outdoor construction, high-turndown gas heater, integrated in heat pump, air-cooled, or watercooled configurations.	800-45,000+ cfm Dedicated Outdoor Air Systems (DOAS) Handle a building’s ventilation load, and/or downsize the heating/cooling plant with a DOAS. Options include air-cooled, water-cooled, heat pump; hydronic coil, condenser coil, electric, high-turndown gas heaters, or electric pre/post heat; frost prevention strategies; DDC unit controls.	5,000–45,000+ cfm FANWALL TECHNOLOGY Reengineering how you move air: compact, energy efficient, and with low sound levels. Breaks down large fan systems into smaller, more manageable fan arrays for added reliability and improved airflow efficiency. Ideal for low sound applications.