Results for "Chemical engineering"

  • An INTERVALUE Valorisation Plan
  • The amorphous alloy that is result of the present R&D is filmed on the target surface through electrolysis of a special electrolyte in a chemical reactor under specific conditions (composition of the electrolyte, temperature, density, etc.) - this allows for easy control of the process and the electrochemical reactor is a much simpler equipment compared to the equipment needed for the above mentioned methods. The product and the technology for filming it on the target surface is cheaper than many of its analogues due to the combination of inexpensive raw materials, inexpensive equipment and relatively cheaper labour costs. The consumption of electrical energy for the electrolysis is likewise much lower than that needed for melting a metal for instance, or the energy needed for the operation of the vacuum systems. The energy consumption in the latter case is much higher than that for applying the technology through melting the metals.
  • An INTERVALUE Valorisation Plan
  • An innovative material with high CO2 sorption capacity and lonf life time in high temperature applications, such as Steam Reforming
  • A pioneering method for bromate determination in water samples
  • SMARt - CHP introduces a portable biomass gasification and gas engine power generation from agricultural residues
  • AThe technology proposed allows production of fine jewelry and souvenirs from precious metals. It is almost impossible to create a golden/silver identical to flower or a leaf for example, keeping all it's details identically the same. The proposed technology is an easy and cost defective way to use the galvanization process for the jewelery, optics, medicine and machine building industry where golden, silver / platinum coating is needed.
  • Silver is a natural element and occurs as a trace mineral in the soils. Galvano Ltd. developed an easy to use pen to add sliver ions in drinking water.
  • A scanning probe microscopy to analyze high resolution the three-dimensional morphology of a sample
  • The technology and additives for bright tin plating is designed for electrolysis deposition of tin coatings primarily in the sphere of electronics, but in some cases it is applicable for the food, pharmaceutical and automotive industries. The innovation represents an electrolyte of sulfates and the sulfuric acid. There are two additives- starting (dispersive) and consumables with gloss and countervailing action. The product is applicable for stationary and the drum tanks at room temperature (15 to 30oC). An important requirement for these coatings is excellent welding whereas they also have antiseptic properties and high corrosion resistance. As a result, the innovative solution achieves a 100% efficiency in corrosion resistance and welding features - the latter is especially necessary for their application in electrical engineering and electronics.
  • The technology and additives for bright plating using electrolyte able to self-clean of ferrous contamination represent a new generation technology for electrolysis for bright protective nickel coatings (decorative effect) on devices and components of iron, copper and brass. An important feature of the innovative solution is that the stabilizing additive contained in the electrolyte ensures association in a soluble complex of the inevitably accumulated therein impurities of iron ions,whereas it also runs a process of continuous self-cleaning (the innovation).
  • Coatings are often used to protect metals from corrosion and to extend their working life. Electrical engineers are concerned with corrosion affecting electrical contacts. In other words, corrosion is the wearing away of metals due to a chemical reaction. Corrosion and its effect can lead to critical failures in construction, industry and transport if not prevented or treated timely and properly.Rust convertor LR-3 is a multi-component mixture in a liquid phase - the latter consists of inorganic salts, organic matter (the innovative solution) and a negligible amount of water. The active ingredients for the conversion of rust are the inorganic salts having an adsorption-oxidation effect, and the complex-forming agents.
  • Grounding Post (Prefabricated corrosion resistant junction piece)
  • An INTERVALUE Valorisation Plan
  • The new fire protection technology along with technical devices and water-based solutions containing phosphorous and nitrogen fire retardants have been developed and successfully tested for industrial approval. The plasma-aided technology for impregnation of porous media with fire retardants has been developed for wood, textile, and open-pore foamed polymers. It may take place in industrial conditions or on site with the client, no matter where and how the object to be fire-protected is located.

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