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Dedicated Outdoor Air Solutions

Venmar CES, Inc. is an innovative manufacturer of cost effective, energy efficient, energy recovery solutions for the commercial ventilation market.  For over 50 years, Venmar CES has been committed to preserving the environment through exhaust air energy recovery. By recycling waste energy and using it to precondition outdoor air, we can significantly reduce the heating, cooling, and humidification loads required to maintain proper levels of temperature and humidity within occupied spaces.

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.