Hitachi Group harnesses its accumulated experience and achievements to offer diverse support for the introduction of home appliance recycling technologies: including the development of a business model consultancy on business development technology transfer patent licensing and introductions to partner companies in many countries.
This is a Fermentation process. An anaerobic digestion of organic material. It uses kitchen waster i.e.Food and water.The Compound of two tanks one floating in the cows storage while one at the bottom in the digester. Methane gas is therefore produced from the process . This pushes the floating tank up and the weight of the fumes the gas to the user point.
This is a 5acre waterdam that collects the water runoff . It is then treated and distributed to the residents using the Hardy cross method.
Waste is compacted using a machine to give various end products . An example is technology use of combustible waste make balls for cooking.
This technology has been identified by KOTEC(Korea Technology Finance Corporation) for WIPO GREEN's project in waste water treatment sector. Any request for contacting the technology provider will be facilitated by KOTEC. Integrated electrochemical system is composed of three electrochemical unit processes: electrochemical separator electrodialysis and electrolysis. This technology is aimed to remove various pollutants in water and wastewater including ionic pollutants such as nitrate and ammonium biological pollutants such as E. coli and heavy metals such as arsenic and lead.
This process enables Fish Production through dam stocking and culture fisheries.
This specific technology provides a device which comprises a unique 'nanoplasmonic layer' having a heating side and a cooling side. This nanoplasmonic device also comprises a cooling structure adjacent to the cooling side of the 'layer'. The 'cooling structure' of this emerging technology formed from a dielectric or a semiconductor with embedded nanoparticles that support surface Plasmon or phonon resonance. The localization of these cooling structures is engineered for rapid cooling and focused cooling effects-minimizing any heating related performance loss in real life applications.
Established technical university from Slovakia offers innovative heat recuperation system that enables effective heat recovery of waste heat from smelting furnaces. As a result higher industrial efficiency and lower energy consumption and CO2 emission is ensured. Unlike most of the commercially produced heat exchangers it is also usable in the heavy metallurgical industry. The university is looking for partners through licensing agreement acquisition or financial agreement.
The main principle of this toilet is the separation of solid and liquid waste which is then later used for generation of biogas.
Use of simple design blade with magnetic induction to generate an EMF voltage. The rotors drive magnets to create a magnetic flux which is cut by the blade causing an induced voltage which causes flow of current.A 6 ft diameter rotor for electric generation made of three blades and light in weight is used.