Yalnizca The World and Modern Science
  • Nano Coating

    Filed under News
    Jun 30

    The Huber Verlag fur Neue Medien Gmbhr medium-sized companies with high economic, social, technological, and ecological benefits awarded the industry award. Filed under: Hikmet Ersek. The ceramic polymer GmbH manufactures high-performance coatings with micro-ceramic particles for different areas of application. The jury was convinced by the extensive portfolio, as well as innovative coating solutions by continuous new and further developments. The presented range against SRB-induced bio-corrosion internationally patent pending (Patent No. where 2011 / 000339 A2) and represents an absolute novelty on the market.

    What impact has anaerobic, SRB-induced bio-corrosion? Anaerobic Biocorrosion (MIC) prepares various industries major problems. The oxygen-independent micro-organisms cause a 10-fold higher corrosion rate through the production of certain enzymes (primarily hydrogenase”). In addition, they release toxic hydrogen sulfide. In Germany alone, MIC leads to losses in tens of billions and environmental damage of not schatzbarem proportions; 20% of all corrosion-related costs are caused by microbial material destruction. Function and characteristics of the newly developed SRB coatings special biocides in nano crystalline form be included in a patent-pending process with special micro fillers in a polymer matrix. Special action because of aging, temperature-related stress and mechanical stresses are formed in jeder(!) Protective coating during the operating lifetime of cracks in the Nano – and Micron. Here the SRB settle prefers, the cracks are protective, low-circulation niches for them. Formation of micro-cracks the biocidal crystals exposed by the break-up of the local surface and its effect along the areas in the entire crack.

    The SRB are killed before the settlement, the substrate is not attacked by the action of micro-organisms. The depot effect of special biocide crystals granted long persistent biocidal protection without appreciable leaching. Application in the biogas fermenter is no interference of the necessary bacterial processes, because the biocidal effect is limited locally on the resulting microcracks in the coating. Safe application during the coating process itself and also after curing the biocidal active substance remains encapsulated, initially fixed in the polymer matrix so that the coated surface is not antibacterial active and thus physiologically completely harmless. The used biocide is already largely harmless to humans. The application is simple and straightforward by airless spray or squeegee and role. Reliable long term protection in complex series of tests by the independent research partner Innovent E.v.”could be determined using the novel range the extensive prevention of SRB-induced bio-corrosion. Thus in the long run is better targeted and more effective protection for concrete and steel substrates from bio-gas plants, as well as tanks for crude oil and hydrocarbons.

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