The ability to provide the right solution in virtually every industry all over the world requires a global presence, application knowledge, and a broad product portfolio. In an ideal scenario, all of these elements are incorporated into tailored complete solutions, which are then standardized, reproduced, and used in other areas. A global presence and efficient, comprehensive support are becoming more and more crucial in this regard. Continue reading
The energy revolution has also brought to light the fact that carbon dioxide is only a bad thing when it is released into the air. If, however, CO2 is captured and stored, it could make a significant contribution to reducing CO2 and generating “green” products. Carbon dioxide is the key ingredient in the power-to-gas concept, for example. This technology involves storing renewable energy in the form of synthetic methane gas to provide a combined solution that both reduces CO2 and allows problematic green power surpluses to be stored. What’s more, CO2 forms part of the process for producing plastics which are free of petroleum. Continue reading
Aerosols, suspended dust, and fine particulates are three important things when it comes to pollution control and emission reduction. The smaller the dust particles, the worse the effect on health. In India, there’s a lot of dust. This is why the country took the decision to significantly reduce these emission levels with as little impact on the cost to the national economy as possible. Continue reading
Not only is the Igelsta plant one of Sweden’s largest biomass power plants; situated in a very scenic location near the entrance to the Baltic Sea, the plant received recognition as the “Building of the Year” in 2009. It produces green energy for 100,000 homes and district heating for 50,000 homes – measurement technology from SICK monitors the emission. Continue reading
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