Conductive Carbon Coating for most surfaces rubber, epoxy, glass, plastic. It is ideal for repairing membrane buttons, keyboard buttons, and other carbon based surfaces. It may also be used as a coating for shielding EMI of electronics.
Delta Membrane Systems Limited offer a comprehensive range of ground gas protection solutions along with its structural waterproofing solutions. From our Memtech ground gas membranes to waterproofing systems, our product range is designed to deal with all ground gas, contaminants and waterproofing related problems. In addition there are specific requirements for building warranty providers such as NHBC.
Stephen Mraz May 03, An engineering team at the Massachusetts Institute of Technology has developed a continuous manufacturing process that produces long strips of high-quality graphene, and the process is scalable. Graphene with holes, or nanopores, that can be tailored for specific applications could be used to filter a variety of molecules, including salts, larger ions, proteins, and nanoparticles.
To ensure the correct waterproofing protection please use the following certified system components. Please use the following filters to help you decide which of our Tanking Membranes is right for your project. Skip to main content. Search form Search.
BOZEMAN — A special ceramic slurry and a conveyor belt whose surface is minus 30 degrees are some of the things a Montana State University researcher will use to help turn carbon dioxide into useful products. In his lab recently, Sofie carefully poured the ceramic slurry onto the conveyor surface, where it spread into a thin sheet. As the conveyor moved very slowly over a powerful cold source, small ice crystals formed as the slurry hardened — a process called freeze-casting.
Screen-printed electrodes based on carbon, gold, platinum, silver or carbon nanotubes inks. Innovative strips manufactured for electrochemical analysis in environmental, clinical or agri-food areas. Low cost, disposable devices specially designed to work with microvolumes of sample.
A modified plastic material greatly improves the ability to separate global warming-linked carbon dioxide from natural gas as the gas is prepared for use, according to engineers at The University of Texas at Austin who have analyzed the new plastic's performance. Like a sponge that only soaks up certain chemicals, the new plastic permits carbon dioxide or other small molecules to go through hour-glass shaped pores within it, while impeding natural gas methane movement through these same pores. The thermally rearranged TR plastic works four times better than conventional membranes at separating out carbon dioxide through pores.
Membrane degassing units MDU provide an efficient, compact, and maintenance-free technology to remove carbon dioxide and oxygen from water without any chemical treatment. In many high purity and industrial applications - such as boiler feed water, power generation, pharmaceuticals - membrane degassing units have become the standard technology for removing CO 2 and O 2 from water. For example, carbon dioxide and oxygen removal can prevent corrosion on boilers and piping to protect capital investment, extend life time of equipment, and reduce operating costs. Removing these gases can also improve the process efficiency, e.
Published by Admin on June 24, June 24, Worldwide, about million people have no access to clean water or sanitation. In 10 years, this number is expected to expand to 1.
The recent development and market introduction of a new type of alkaline stable imidazole-based anion exchange membrane and related ionomers by Dioxide Materials is enabling the advancement of new and improved electrochemical processes which can operate at commercially viable operating voltages, current efficiencies, and current densities. These processes include the electrochemical conversion of CO 2 to formic acid HCOOHCO 2 to carbon monoxide COand alkaline water electrolysis, generating hydrogen at high current densities at low voltages without the need for any precious metal electrocatalysts. The first process is the direct electrochemical generation of pure formic acid in a three-compartment cell configuration using the alkaline stable anion exchange membrane and a cation exchange membrane.