Heat recovery in sanitary-ware industry applied to water and energy saving by multi-effect distillation

Autores: Cuviella-Suárez, C. Sanitary-ware industry, as a sub-sector in the ceramic industry, is a great consumer of energy and water, although there are some opportunities to reduce the global consumption, especially for factories based on resin molds technology. This research aims to show the way to reduce drastically water consumption by recovering waste heat into a multi-effect distillation system to re-use most of the flushing water. This […]

Energy Saving In Ceramic Tile Kilns: Cooling Gas Heat Recovery

Autores: Mezquita, A. Boix, J. Monfort,E. Mallol, G Fuente: Appl. Thermal Eng. , In press doi: 10.1016/ j.applthermaleng.2014.01.002. , 2014 A great quantity of thermal energy is consumed in ceramic tile manufacture, mainly in the firing stage. The most widely used facilities are roller kilns, fuelled by natural gas, in which more than 50% of the energy input is lost through the flue gas and cooling gas exhaust stacks. […]

Energy aspects of incorporating heavy metal companion minerals into clay masonry units via combustion-engineering measures in a tunnel kilnEnergy aspects of incorporating heavy metal companion minerals into clay masonry units via combustion-engineering measures in a tunnel kiln

Energy aspects of incorporating heavy metal companion minerals into clay masonry units via combustion-engineering measures in a tunnel kiln Fuente: ZI Int.Ziegelindustrie International , n 10, pp 35-36 , 2013 Si desea obtener más información sobre este contenido contacte con nuestro Centro de DocumentaciónEnergy aspects of incorporating heavy metal companion minerals into clay masonry units via combustion-engineering measures in a tunnel kiln Fuente: ZI Int.Ziegelindustrie International , n 10, pp 35-36 , […]

New Technology to Reduce Consumption and Cost in the Ceramic Manufacturing cycleNew Technology to Reduce Consumption and Cost in the Ceramic Manufacturing cycle

Source: CFI, Ceram. forum int. , Vol 90, n 7-8, pp 21-22 , 2013 Summary: NA Si desea obtener más información sobre este contenido contacte con nuestro Centro de DocumentaciónFuente: CFI, Ceram. forum int. , Vol 90, n 7-8, pp 21-22 , 2013 Resumen : No disponible Si desea obtener más información sobre este contenido contacte con nuestro Centro de Documentación

Effects of ZnNb2O6 addition on BaTiO3 ceramics for energy storageEffects of ZnNb2O6 addition on BaTiO3 ceramics for energy storage

Authors: Wang,T. Wei, X. Hu, Q. Jin,L. Xu, Z. Feng, Y Source: Mater. sci. eng. , in press , 2013 BaTiO3 ceramics were prepared using solid state reaction with addition of ZnNb2O6, to investigate the effects of ZnNb2O6 addition on structure and properties. The results show that the ZnNb2O6 addition lowers sintering temperature, decreases grain size, while introduces second phase (Ba2Ti5O12) for x = 7.26 wt%. The dielectric breakdown […]

New technology that spontaneously converts ambient heat into useable electrical power »New technology that spontaneously converts ambient heat into useable electrical power »

Source: INNOGET Tech Offer ID : O-1112 Kriisa Research is developing technology that spontaneously converts ambient heat into useable electrical power. No other technology harnesses energy from the environment in this way. The devices require no fuel, recharging, light, motion, pressure, vibration, wind, or temperature gradient, and will work anywhere. The US National Institute of Standards and Technology and Dr. Terry L. Alford have independently validated the […]

Eco-fuels combustion technology Eco-fuels combustion technology

OFFER Ref: 13 PL 63AY 3S1J   A Polish company designed and engineered an innovative burner (pre-furnace) that consumes eco-fuels. Innovative aspect of the device is based on its capability to consume eco-fuels of high moisture content and as a result gives cost saving heating and environmentally friendly process. The company is looking for industrial partners interested in the commercial agreement with Technical Assistance with the […]

New Energy HusumNew Energy Husum

Start: 21/03/2013 End: 24/03/2013 Place: Kielsburgh (Alemania) More: pulse aquí Inicio: 21/03/2013 Fin: 24/03/2013 Lugar: Kielsburgh(Alemania) Más información: pulse aquí

A novel binder-free and energy-efficient process for making ceramic tiles using red mud and sericitic pyrophylliteA novel binder-free and energy-efficient process for making ceramic tiles using red mud and sericitic pyrophyllite

Autores: Khan, Jeeshan|Amritphale, S S|Chandra, Navin|Patel, M Fuente: Indian Journal of Chemical Technology (IJCT) , 19(6), 420-426 , 2012 A new process for utilizing the waste from alumina refinery plant such as red mud in production of ceramic tiles has been developed. Pyrophyllite mineral has been added to the red mud to improve the strength properties. The tiles are produced at comparatively lower temperature (950-1000°C) then the conventional process […]

New Approach Using Nanoparticle Alloys Allows Heat to Be Focused or Reflected Just Like Electromagnetic WavesNew Approach Using Nanoparticle Alloys Allows Heat to Be Focused or Reflected Just Like Electromagnetic Waves

  An MIT researcher has developed a technique that provides a new way of manipulating heat, allowing it to be controlled much as light waves can be manipulated by lenses and mirrors. The approach relies on engineered materials consisting of nanostructured semiconductor alloy crystals. Heat is a vibration of matter — technically, a vibration of the atomic lattice of a material — just as sound […]

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