Hy.REC GAS RECYCLING SYSTEM

Climate change has been a continuous and steadily rising problem, with an immense amount of greenhouse gases and air pollution being the key factors that contribute the most to the disruption of our usual balance of nature.

With the incessant issue of global warming, gas recycling is now an essential process in the reduction of greenhouse gas emissions. It helps to decrease air pollution and thus, lessen the impacts of climate change.

HyGear offers a distinctive on-site gas recycling technology, the Hy.REC, which is the perfect solution to recover nitrogen and hydrogen gas mixtures from the process. It is specially designed from the perspective of using the lowest electricity consumption possible, resulting in the highest economic rate of return and reduction in carbon footprint.

The economic viability of any gas recycling system depends greatly on the value of recovered gas in relation to the energy consumption of the system. Through the recycling process of gases, the Hy.REC can help lower the demand for fresh gases supply, therefore, providing great savings for the end-users.

The Hy.REC systems can be installed in various industries, such as flat glass manufacturing and metal production.


SPECIFICATIONS

MODEL Hy.REC mix
INPUT  
Flow
(Nm3/h)
Up to 700
Temperature
(°C)
Up to 450
Pressure Atmospheric

TECHNOLOGY

MIXED ATMOSPHERE CONDITIONING
Dust and contaminants complicate pre-processing steps, such as pressurisation and cooling. In the conditioning system, advanced technologies that are applied minimise the energy losses and safeguard long-term stable operation of the entire system.

ULTRA-LOW PRESSURE DROP TSA
Key part of the integrated post-treatment module is the advanced temperature swing adsorption (TSA) with ultra-low pressure drop to reduce operational expenses.


APPLICATIONS


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THE GLOBAL HYDROGEN SOURCE

HyGear: The Global Hydrogen Source

HyGear: The Global Hydrogen Source