TECHNOLOGIES



You have found 5 search results

The technology provider has developed a technology that can harness low-grade heat from various sources and convert it into cooling and/or electrical power. Low-grade (temperature) heat is abundantly available from many different sources such as waste heat from industrial processes, geothermal and solar energy. Utilising low-grade waste heat leads to increased energy efficiency and profitability while reducing greenhouse gas emissions. The existing technologies for harnessing low-grade heat are...

Booth 5ZF10 - H2C PTE LTD

Conventional thermal solar multi effect distillation (MED) utilizes solar thermal concentrators and heat exchanger which are often inefficient. Moreover, it requires high initial capital investment and maintenance cost and is unsuitable for rural island communities with inconsistent energy supply. This technology relates to a desalination system which utilizes solar energy and various waste heat sources to purify seawater. Multiple reflectors were being utilized in the system to increase the amo...

Booth 5G17 - Korea Institute of Machinery and Materials

There is plenty of energy harvesting technologies in the state of the art, including applications which make use of the electric field to provide energy. The counterparts of electric field energy harvesting techniques depend strongly on environmental conditions, grid-based variables or any other uncontrollable parameters. In other words, the electric field is the only source that is neither intermittent nor dependent on the load. As the voltage and the frequency are firmly regulated and maintain...

Booth 5K08 - Koç University

The technology provider have created an innovative technology for the drastic reduction of organic waste such as industrial sludge, wastewater, sewage, food waste and also the wet fraction of urban solid waste. The treatment involves the use of a patented reactor design with a mixing system, assisted by microwave emitters and catalysts. It involves drying via vacuum evaporation and microwave treatment, followed by steam condensation and purification of the liquid phase. It is a closed loop proc...

Booth 5ZD3 - Themis

The technology described herein is related to the development of a concentrated solar power apparatus enabled by fresnel lens tunnel. The technology is able to convert solar energy captured by the fresnel lens tunnel into thermal energy to be stored in the form of heat using a thermal storage material. The heat stored in the thermal storage material can be used for a wide range of applications by coupling with a heat exchanger. The technology provider is seeking for partners to commercialise thi...

Booth 5ZA16 - High Temperature Solar Technologies

Services & Digital Economy