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In industrial production, such as steel industry, petroleum and chemical industry, mass of CO, as "waste", was not good used, for example: blast furnace gas, converter gas, yellow phosphorus tail gas, chemical tail gas, calcium carbide tail gas, garbage incineration gas, etc. Above gases are all rich in CO gas, can be used as secondary energy. PKU PIONEER developed a new VPSA-CO separation and purification technology. The new technology can recovery CO from secondary energy, and used it as chemical raw materials. By this way, it can greatly reduce CO2 emissions, save fossil energy, has good economic and social benefits.

Chemical engineers figure out how to do it efficiently, safely, and economically. They're like the chefs of the industrial world, creating the instructions for making stuff in factories. Chemical engineering lab equipment manufacturers are proud to be collaborators with chemical engineers worldwide.

Bulk smokeless gunpowder is manufactured in a large variety of shapes, sizes, and textures, many different types look similar, making it challenging to differentiate between types of powders. One chemical discriminating parameter is the presence of nitroglycerin, which often requires expensive instrumentation to be detected. By using the Hanging drop technique, whereby a sample is induced to react inside a drop hanging over it after, it is possible to differentiate between single and double-base smokeless powders. The method resulted in a successful, time effective, and non-destructive result for the detection of nitroglycerin. For more info : http://scidoc.org/IJFP-2332-287X-04-901.php

Nanotechnology being the most dynamic and rapidly developing areas of interdisciplinary research in applied engineering has revolutionised with a wide range of scientific and technological fields because of its inherent distinguished physical and chemical properties at the nanoscale.