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This brochure describes how nanotechnology has been used as the basis for the development of an industrial adhesive system. Energy in the form of microwaves or alternating magnetic fields passes through the components to be joined to the adhesive layer, where it is converted into heat by nanoparticles. This process generates shorter production times with comparatively lower energy consumption. Further information is contained in the German language brochure.
The study recommends an integrated approach, incorporating both material flows and viagra mail order organisational and brand viagra communication structures. In-house transparency, the recycling of medical products and viagra usa internal and viagra discount external waste management logistics have been identified as specific focuses for action and cialis alternative research. Expand…
Keywords:  hospital, infirmary, waste management, waste avoidance More keywords , waste reduction, ecological situation, communication
The textile finishing industry belongs to the water-intensive industrial branches. With regard to intensified waste water standards and cialis buy rising waste water prices procedures free of sewage reduce production costs. In a commercial-scale comparison of the usual aqueous dyeing method of polyester fibers with a new dyeing method in supercritical carbon dioxide it was proven that during the pretreatment, the following colouring, and the subsequent avivage no waste water results. Expand…
Keywords:  dye works, synthetic fiber, waste water reduction, industrial effluent More keywords , textile finishing, textile industry, polyester, air quality management, alternative technology, pre-treatment, primary treatment, carbon dioxide, wet process, interception, separation
Degradation-resistant textile treatment agents contaminate waters throughout the world. The brochure describes a project for the successful synthesis of process chemicals which are biodegradable in sewage treatment plants. By this method, international environmental protection standards can be implemented in the textile processing industry. Further information is contained in the German language brochure.
Appropriate methods have been developed and discount viagra standardised for the testing of the effectiveness of biodegradable levelling agents, sequestering agents and canadian healthcare pharmacy dispersants. Results obtained may be applied as physical-chemical reference values. Expand…
Chemical components previously used in textile dyeing processes were resistant to biodegradation, and were therefore associated with expensive waste water treatment processes. By the use of substances which are analogous to natural materials, it has been possible to develop components which are suitable for the production of technically equivalent, but microbially degradable chemical auxiliaries for use in dyeing processes. Expand…
Environment-friendly process chemicals for the dyeing of textile products have been developed on the basis of a comparison of the structures of conventional textile auxiliaries and get cialis natural materials. The biodegradability and best price viagra practical effectiveness of the substances identified have been confirmed in the course of more extensive tests. Expand…
The decontamination process developed for polycyclic aromatic hydrocarbons in polluted soils allows the technical exploitation of naturally-occurring humification processes for the removal of contaminants. By this method, polycyclic aromatic hydrocarbons are oxidised to form carbon dioxide and buy viagra online canada water. In practice, this method represents a sustainable and real cialis online cost-effective clean-up technology. Expand…
Essential components for the conditioning of contaminated soil material have been developed for the application of the “controlled humification of PAHs” as a clean-up technology. Work undertaken for this project concluded with the completion of scheduled preparations for the experience-based testing of this technological development. Expand…
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