EHP is the only nano-boron particle 3-phase heat transfer system in the world. EHP is the world’s fastest, most efficient, cheapest, most cost effective heat transfer system. It provides high efficiency and energy saving by fossil fuels saving thanks to its fast heating and slow cooling characteristics.

Products with EHP provide high energy efficiency and high living comfort, high energy saving. Thanks to the heating-cooling and heat recovery systems with EHP, which react much faster than traditional products, they provide comfort economically and huge fossil fuels saving.

EHP has no lifetime. Products with EHP will continue to work as long as they are not damaged and emptied.

EHP, the world's first and only known 3-phase heat transfer technology, has the MSDS certificate obtained in 2016 and does not adversely affect the environment and human health since it does not have any flammable, explosive, allergen, carcinogenic, pathogen effects.

Up to 100% renewable energy sources can be used with products with EHP technology. In this way, greenhouse gas emissions are reduced by decreasing fossil fuel use up to 100%.

EHP technology is the best way to take advantage of the recovery of waste heat from flue gases in a way that will revolutionize the recovery of waste heat above 70 degree celcius. With this method, which is the first and only known heat recovery technology, which is the 5th generation in the world, the heat released by flue gases is recovered in the most efficient, fastest, most cost effective, cheapest and highest rate known. EHP technology is the only way to take advantage of the recovery of waste heat from flue gases in a way that will revolutionize the recovery of waste heat under 70 degree celcius. With this method, which is the first and only known heat recovery technology, which is the 5th generation in the world, the heat released by flue gases is recovered in the most efficient, fastest, most cost effective, cheapest and highest rate known. By this way our planet earth will save up to 1/3 of its daily energy.

Up to 100% renewable energy sources can be used with products with EHP technology. In this way, greenhouse gas emissions are reduced by decreasing fossil fuel use. With EHP Technologies products can

save 375 million tons of CO2 per year.

More than 70% of the waste heat released to the atmosphere in the world is below 100°C. It is not possible to effectively recover this waste heat with existing systems. Thanks to EHP Technology, which is highly responsive at low temperatures, this waste heat that cannot be recovered can now be made

available to the earth's use.

The radiators used in our homes are sized according to the heat requirement of the house. Thanks to the

high efficiency characteristics of the radiators developed with EHP technology, it is possible to heat your

home with smaller radiators.

The most important goal of the Paris agreement is zero carbon emissions. To achieve this goal, 5th generation district heating is needed. EHP heating systems, which show high response and efficiency at low temperatures, are the only heating systems in the world that comply with the Paris Agreement.

While PV panels produce electricity from the sun, they experience loss of efficiency with heating. In order to reduce this efficiency loss, cooling systems are used in PV panels. In conventional cooling systems, a large amount of water is circulated behind the panels, and this has to use water with a large amount of pumping costs. EHP Technology PVT panels use up to 90% less water, resulting in higher

efficiency with much lower pumping costs.

With greenhouse heating systems developed using up to 100% renewable energy sources, both the use of fossil fuels ends and the efficiency of the products is increased by keeping the environment in the

greenhouse much more controlled.

With the road and highway heating and cooling systems developed with EHP technology, the thermal stresses in the road course are minimized and the course is provided to serve for a much longer time without deteriorating its structural integrity.

Thanks to the rapid response of the airport runway heating systems developed with EHP technology, it is ensured that the runway is always kept clean and safe during sudden snowstorms.

Flight equipment cooling systems developed with EHP technology, which has high heat transfer capacity and fast response characteristics, reliably show full performance in all conditions. Thanks to the 3-phase structure of the EHP, it provides high heat conduction even under multi-directional loads.

In the space environment, satellites operate in very difficult conditions. There are very high temperature differences between the faces facing the sun and the back faces. Thanks to the characteristic of EHP,which can operate at very high efficiency in compact systems, thermal balance is provided with much lighter systems. How can body heating be done healthily, quickly and for a long time with EHP technology? Personnel heating systems developed with EHP technology, with its fast response and heat trapping feature, provide long-term heating with low energy. With its compact structure, it does not weigh on the body.

Thanks to the high-capacity heat conduction feature of the EHP, heat is transmitted to the systems without bringing the hot water to the surface. Thus, the number of wells drilled decreases and the investment and operating costs are greatly reduced.