Applied energy recovery systems
What other companies in Food and Beverage, Automotive and Waste Water Treatment have done when going green
SP Spa, a leading company in rice production reduces significantly their CO2 emission.
SP Spa recovers and reuses up to 80% of its CO2 in the production cycle, saving about 500.000 Eur annually on the purchase of CO2.
Co2 recovery for a sustainable future
SP Spa, a leading company in rice production reduces significantly their CO2 emission.
SP Spa recovers and reuses up to 80% of its CO2 in the production cycle, saving about 500.000 Eur annually on the purchase of CO2.
SP Spa, a leading company in rice production reduces significantly their CO2 emission.
SP Spa recovers and reuses up to 80% of its CO2 in the production cycle, saving about 500.000 Eur annually on the purchase of CO2.
SP Spa recovers and reuses up to 80% of their CO2 in the production cycle, saving about 500.000 Eur annually on the purchase of CO2.
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Chaudfontaine, in the Belgian Ardennes: a place where natural spring water is bottled. Also, a place where Atlas Copco saves its customer 26% by choosing a Variable Speed Drive solution and even more when you consider the Energy Recovery unit.
VSD and ER matches the sustainable approach from Chaudfontaine
Chaudfontaine, in the Belgian Ardennes: a place where natural spring water is bottled. Also, a place where Atlas Copco saves its customer 26% by choosing a Variable Speed Drive solution and even more when you consider the Energy Recovery unit.
Chaudfontaine, in the Belgian Ardennes: a place where natural spring water is bottled. Also, a place where Atlas Copco saves its customer 26% by choosing a Variable Speed Drive solution and even more when you consider the Energy Recovery unit.
Chaudfontaine, in the Belgian Ardennes: a place where natural spring water is bottled. Also, a place where Atlas Copco saves its customer 26% by choosing for a Variable Speed Drive solution and even more when you consider the Energy Recovery unit.
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Nestlé Gerber keeps up with factory demand for compressed air while removing 3 out of 5 compressors and their ancillary equipment and realizes energy savings of up to 45%.
Why Nestlé Gerber chose our ZR VSD⁺ compressor to make baby food
Nestlé Gerber keeps up with factory demand for compressed air while removing 3 out of 5 compressors and their ancillary equipment and realizes energy savings of up to 45%.
Nestlé Gerber keeps up with factory demand for compressed air while removing 3 out of 5 compressors and their ancillary equipment and realizes energy savings of up to 45%.
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Mapping out the average energy consumption of 25 automotive plants around the globe, gave a big difference between first and last in class. See how the difference can be handled.
How to decrease energy costs in the automotive industry?
Mapping out the average energy consumption of 25 automotive plants around the globe, gave a big difference between first and last in class. See how the difference can be handled.
Mapping out the average energy consumption of 25 automotive plants around the globe, gave a big difference between first and last in class. See how the difference can be handled.
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How Hyundai improved the energy efficiency in compressed air generation, reduced 40 to 50% in maintenance costs, reached 0 breakdowns, and reached 100% reliability for the production of over 200.000 vehicles a year.
Hyundai optimizes energy efficiency in compressed air generation
How Hyundai improved the energy efficiency in compressed air generation, reduced 40 to 50% in maintenance costs, reached 0 breakdowns, and reached 100% reliability for the production of over 200.000 vehicles a year.
How Hyundai improved the energy efficiency in compressed air generation, reduced 40 to 50% in maintenance costs, reached 0 breakdowns, and reached 100% reliability for the production of over 200.000 vehicles a year.
How we improved the energy efficiency in compressed air generation, reduced 40 to 50% in maintenance costs, reached 0 breakdowns and reached a 100% reliability for the production of over 200.000 vehicles a year.
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In biological wastewater treatment plants, the aeration blower system counts for up to 70 percent of energy usage. Aquafin investigated how to reduce the energy consumption of the blowers. They established their own environmental benchmark and ended up with the greenest solution.
How Aquafin reduces energy consumption in their wastewater treatment plant
In biological wastewater treatment plants, the aeration blower system counts for up to 70 percent of energy usage. Aquafin investigated how to reduce the energy consumption of the blowers. They established their own environmental benchmark and ended up with the greenest solution.
In biological wastewater treatment plants, the aeration blower system counts for up to 70 percent of energy usage. Aquafin investigated how to reduce the energy consumption of the blowers. They established their own environmental benchmark and ended up with the greenest solution.
In biological wastewater treatment plants, the aeration blower system counts for up to 70 percent of the energy usage. Aquafin investigated how to reduce the energy consumption of the blowers. They established their own environmental benchmark and ended up with the greenest solution.
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Reducing energy usage in wastewater treatment plants
Reducing energy usage in wastewater treatment plants
In biological wastewater treatment plants, the aeration blower system counts for up to 70 percent of the energy usage. Aquafin investigated how to reduce the energy consumption of the blowers. They established their own environmental benchmark and ended up with the greenest solution.
In biological wastewater treatment plants, the aeration blower system counts for up to 70 percent of the energy usage. Aquafin investigated how to reduce the energy consumption of the blowers. They established their own environmental benchmark and ended up with the greenest solution.