Energy Efficiency

Electrical motors are devices that convert electrical energy into mechanical force. They operate on the principles of electromagnetism, using the interaction between winding currents and magnetic fields. Some motors, like those used in the transportation industry can reverse the effect and generate.

Glass production is a highly energy-intensive industrial process. The container and flat glass industries emit over 60 million tonne of CO2 emissions per year. Ongoing glass consumption and production will drive significant growth in the industrys absolute energy use and GH.

Industrial electric motor systems account for over 70% of total global industrial electricity usage. Electric motors operate fans; pumps; and materials-handling, compressed-air, and processing equipment. There is a need to shift the paradigm to focus on systems.

ULT freezers with a compressor-based cascade refrigeration system can use as much energy as a typical U.S. household annually. C Cascade systems use synthetic refrigerants which cause ozone depletion. A Stirling cooling system uses 60% less energy.

The BOGE continuous improvement programme (CIP) is already a reality today. It reduces the loss of efficiency in a compressor due to wear and tear in operation. This can only be achieved through regular maintenance carried out by specialists. The.

Aluminum production accounts for about 1% of global GHG emissions. Annual world aluminum demand is expected to increase two- to three-fold by 2050. The bulk of growth in consumption of aluminum will take place in China, India, the Middle East.

Heat pumps are considered large if they exceed capacities of 100kW. They can easily reach the one to several megawatt range with the largest units providing 35MW in a single machine. Currently available heat pump technology can provide heat up to 100°.