XeteX, Inc. Datasheets for Heat and Energy Recovery Systems
Heat and energy recovery systems recover useful energy in one of several forms for use in a related or unrelated process system. This energy can be recaptured from heat, flow, pressure, and/or gases.
Heat and Energy Recovery Systems: Learn more
| Product Name | Notes |
|---|---|
| Building ventilation is not the only application for energy recovery. XeteX works with industrial OEMs to design custom solutions for process heating and cooling. This unit was developed to provide... | |
| For casinos, maintaining guest comfort can be a challenge, especially when the indoor air is filled with smoke. Keeping this air clean means using large volumes of outdoor air, typically... | |
| Instead of one, central air handler, many building owners and engineers prefer a distributed approach to air conditioning. This unit was one of six small, straightforward, and highly economical units... | |
| Like the model DXH, this DXHâ€"XD unit efficiently conditions and dehumidifies supply airâ€" but it recovers even more energy from a forced exhaust airstream, cutting building operating costs even further. | |
| No job is too big or too small for total energy recovery. This unit was built for a gymnasium in Quebec. Although only sized for 1,367 cfm, the Seriesâ€"R heat... | |
| Not every job requires an enormous amount of equipment. This unit and two others like it were used to ventilate a high school addition in eastern Pennsylvania. The low-profile, horizontal... | |
| Some applications take a distributed approach to air conditioningâ€"inste ad of one large central unit, they call for multiple small units. The Heat-X-Changer® featured here is one of fourteen 100%... | |
| The benefits of energy recovery are not limited to air conditioning applications. Industrial processes often use air as a heat transfer fluid to heat or cool manufactured components, materials, or... | |
| This custom XVC unit was built so that the customer, a university laboratory complex, could provide their own exhaust air blower section. Unlike most XVC units, which have exhaust air... | |
| This is one of four similar units built for a Military Facility in Alaska. It provides supply and return ventilation with energy recovery and make-up heat. The cold climate at... | |
| This is one of two similar units installed in a Medical Building in MN. The two straightforward units were designed to provide economical ventilation and DX cooling. Because the exhaust... | |
| This is the largest IAQ built to date. It was designed specifically for the needs and constraints of a State DOT facility. In addition to being a large capacity IAQ... | |
| This simple unit was built for an elementary school in Virginia. Consisting of just a flat plate heat exchanger, faceâ€"&â€"bypass damper and actuator, cabinet, and simple analog damper controls, it... | |
| This unit and another like it are dedicated outdoor air energy recovery ventilation units, providing all of the air handling and conditioning needs of the 105,000 square foot Maple Grove,... | |
| This unit and four others where built for an Independent Living Facility in Vermont. It was designed for indoor installation with certain space restraints. The horizontal supply airflow and vertical... | |
| This unit is one of eight designed to provide 20 to 30 air changes per hour of ventilation air for a casino. To facilitate rooftop installation, it was constructed in... | |
| This unit provides total air conditioning with energy recovery for a large health center and swimming pool facility. The entire interior, including drain pans and blowers, was coated with Heresite... | |
| This unit provides total energy recovery and outdoor air ventilation for a school. The heat wheel unit transfers both heat and humidity, keeping the indoor space dry in the summer... | |
| This unit uses a double-pass flat plate heat exchanger for super-efficient energy recovery, achieving an effectiveness of 76%. The hot water coil provides the necessary make-up heating during the coldest... | |
| This unit was built for a golf pro shop and country club. The very humid summer air is precooled by the exchanger, practically down to saturation. A DX coil is... | |
| This unit was built with a complete, on-board, packaged 410A refrigeration circuit including compressors, condensing section, DX coil, and Hot Gas Reheat. For winter heating, it also has an indirect... | |
| This unit was designed to provide fresh air ventilation for a modest-sized pool in Wisconsin. It was built for indoor installation and has a DX coil with controls by others. | |
| This unit, built for an Elementary School in Michigan, is the ultimate in year-round efficiency. Under summer conditions, it uses a highly efficient AIRotor® hygroscopic heat wheel to recover energy... | |
| This was one of several units built by XeteX for a school in Connecticut. It incorporates energy recovery, heating, and refrigeration all in one package. The entire refrigeration circuit including... | |
| This XC Unit was one of four built in Sept 2005 for a Critical Care Hospital in Ontario. It provides 25,277 supply and return air cfm and features a large... | |
| Water parks and swimming pools are major facility investments in the hospitality and entertainment industry. Protecting this investment and ensuring the guests are comfortable are goals of the natatorium air... | |
| XeteX total energy recovery units are available up to 30,000 cfm with a non-sectioned heat wheel. This unit uses two backward inclined airfoil plenum blowers in each airstream to supply... | |
| XeteX total energy recovery units use heavy-duty, 10†thick heat wheels to achieve very highly effective recovery of both heat and moisture. But these big heat wheels are not limited... |