Heat Recovery  Manufacturers, Traders, Suppliers

Waste heat boiler for heat recovery from the exhaust gases of diesel and gas engines (e.g. for ships or CHP plants)
Heat recovery from industrial processes with high exhaust gas temperatures of up to 1250°C
construction:
Draw-in waste heat boiler consisting of several concentrically arranged tube baskets with and without bypass
3-pass waste heat boiler
Advantages of our waste heat boilerHigh efficiency - Defined heat transfer - Long service life of the heater and long usability of the heat transfer medium

• Chemical industry
• Wood industry
• Food and beverage industry
• Textile industry
• Plastics industry
• Building materials industry
• Shipbuilding
• Paper and cardboard industry
• Machine industry
• Metalworking industry
• Laundries
• Bitumen and tar processing industry
• Municipal and industrial waste disposal companies

- Chemical industry
- Wood industry
- Food and beverage industry
- Textile industry
- Plastics industry
- Building materials industry
- Shipbuilding
- Paper and cardboard industry
- Machine industry
- Metalworking industry
- Laundries
- Bitumen and tar processing industry
- Municipal and industrial waste disposal companies

Compact heat recovery for laboratories and industry, with integrated supply air system
Task:
By implementing the applicable heat insulation regulations for buildings, the rooms become increasingly airtight, so that a natural inflow of supply air into the rooms no longer occurs. A negative pressure is created in a very short time. Escape routes are obstructed by doors that are difficult to open. The exhaust air monitoring of the fume cupboards switches to malfunction.
Solution:
Compact heat exchanger with integrated supply air system for the school and laboratory areas, with a requirement of 1-3 fume cupboards and/or permanently extracted hazardous substances cabinets.

Heat recovery in the industry
At a lot of locations in the production process industrial waste heat occurs which very often is not used and given away to the environment. Even more sometimes you have to spend additional energy to get the waste heat out of the production process into the environment.
Waste heat can exist in form of gaseous mediums (like warm air, waste air) or in form of fluid mediums (like hot/warm water or other liquids).
With the help of heat exchangers the waste heat can be recovered and after that in form of energy put back into the production process where it is needed. The different types of heat exchangers offer a large range of heat exchange possibilities between the different mediums. So it exists an air-air heat exchanger, an air-water heat exchanger or a water-water heat exchanger. The application determines the choice of the type of heat exchanger.
The technical dimensioning and the calculation of the performance of the heat exchanger will be done at Anthermo with the help of special computer programmes.
With intelligent solutions in the field of heat recovery you can save energy on the one hand and on the other hand you can preserve the environment. In some projects of heat recovery the payback period was less than one year. In a lot of other projects the payback period was between one and two years.
The Anthermo GmbH has a lot of experience with projects of heat recovery. Based on these experiences we can consult you at the choice of right type of heat exchanger, at the dimensioning of the heat exchanger and at the calculation of the earnings.

GEWA heat recovery systems
    

• for the heating of heating water or drying air
• best utilization of the heat recovered from the galvanizing furnace thanks to best possible adaptation to the heat requirements of the preliminary treatment baths or the drier
• long life thanks to robust construction
• high degree of economic efficiency and fast amortization
• easy to operate and maintain thanks to apparatus with a well thought-out design

Heat recovery is the process of capturing and reusing thermal energy that would otherwise be wasted from systems like exhaust air, waste water, or industrial processes. This technology is central to improving energy efficiency and sustainability. It works by transferring heat from a outgoing stream to a separate incoming stream using devices such as heat exchangers, recuperators, or regenerators. Common applications include HVAC systems (like HRVs and ERVs), manufacturing plants, and power generation. By repurposing this lost energy, heat recovery significantly reduces fuel consumption, lowers operational costs, and minimizes carbon emissions, making it a crucial practice for both economic and environmental benefits.

Fresh air energy recovery system in public places
Energy recovery of heat pump dying system
Clean air conditioning fresh air system
Air conditioning and ventilation system for large scale scientific breeding
Industrial heat emission recovery and reuse system
Flue gas de-whitening environmental protection system
Indirect evaporative cooling system
Wind turbine nacelle cooling system
Mine exhaust waste heat recovery systemEnergy storage cabinet energy -saving cooling system