Vaxpor
Circulating the latent heat for a sustainable future.
The invention of the steam engine brought about the first industrial revolution.
Vaxpor The vaporization heat energy circulation system indicates the feasibility of ecological sustainable development.
Utilize the latent heat of vaporization
To heat 1 g of water to 1°C requires 1 cal of heat (sensible heat), while to vaporize 1 g of water requires up to 540 cal of heat (latent heat).
TheVaxpor vaporization heat circulation system re-pressurizes and raises the temperature of the recovered vaporization latent heat as a heat source to heat the next batch of water entering the system, and repeats the above process to form a cycle.
90%
Immediate energy saving effect
Except for the first time when the water is heated to boiling point, which requires a large energy input, only about 10% of energy is required in each subsequent heating cycle.
The energy required to produce steam is significantly reduced, and the cost benefits brought about will be directly reflected in the increase in corporate profits.
10x
Sustainable Ecosystem
When 90% of the heat energy can be recycled, it means that the heat energy generated for the first time participates in the subsequent 10 heat source regeneration cycles.
This is not only a technological breakthrough, but also reflects the feasibility of ecological sustainable development.
RE100
Energy saving x energy creation
= sustainable ecosystem
Combining 90% recycled latent heat of the steam generated and 10% of the new heat source produced by renewable energy to form a sustainable energy supply system.
Vaxpor 's thermal energy circulation technology has a wide range of applications, whether in industrial production, commercial energy conservation or household electronic products, it can significantly reduce energy consumption and maximize the efficiency of every strand of steam.
