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In an era of ever growing industrial demand, the production, purity, and reliability of key gases—such as oxygen, nitrogen, and argon—have become central to a host of sectors: steel, chemical manufacturing, electronics, medical, and beyond. Meet the technologies that make this possible:

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In today’s industrial landscape, many sectors rely on gases such as oxygen, nitrogen, and argon to power key processes. From steelmaking and petrochemicals to healthcare and electronics, these gases are critical for a wide range of applications.

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The coal chemical industry plays a significant role in the global energy sector, producing a wide array of chemicals that are critical for everything from industrial manufacturing to energy production.

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267 (1).png

In an era of ever growing industrial demand, the production, purity, and reliability of key gases—such as oxygen, nitrogen, and argon—have become central to a host of sectors: steel, chemical manufacturing, electronics, medical, and beyond. Meet the technologies that make this possible:

Read More
267 (3).png

In today’s industrial landscape, many sectors rely on gases such as oxygen, nitrogen, and argon to power key processes. From steelmaking and petrochemicals to healthcare and electronics, these gases are critical for a wide range of applications.

Read More
267 (1).png

The coal chemical industry plays a significant role in the global energy sector, producing a wide array of chemicals that are critical for everything from industrial manufacturing to energy production.

Read More
267 (1).png

The global demand for food production is increasing rapidly as the population grows, which places a greater strain on the agricultural industry. Fertilizers play a crucial role in meeting this demand by enhancing crop yields, improving soil quality, and ensuring sustainable food production.

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The metallurgical industry is one of the most important sectors in the global economy, providing essential materials like steel, aluminum, and other alloys that are used in a variety of industries such as construction, automotive, aerospace, and manufacturing.

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Quantum technologySuperfluid helium: a cooling source for quantum computer dilution chillersIsotope separation: a study of topological quantum computing 2. Nuclear fusionUltra-pure tritium/deuterium mixture: fuel for tokamak devices

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Hydrogen energy industryHelium leak detection: Fuel cell stack tightness testingLiquid hydrogen precooling: liquid nitrogen is used as the cooling medium before hydrogen liquefaction Space propulsionXenon ion thrusters: Satellite orbit adjustmentRocket fuel system: Liquid oxygen/liquid nitrogen comb

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Medical imagingMedical xenon: MRI hyperpolarized contrast agent. 2. Pharmaceutical processSterile grade nitrogen: bioreactor protection gas.Cryogenic freezing: Liquid nitrogen for cell therapy.

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Wafer manufacturingUltra-pure argon: monocrystalline silicon growth protection gas Package and testHigh purity helium: chip package heat dissipation

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