Industries We Serve

Industrial facilities use cryogenic equipment to store liquefied gases at low temperatures and supply them to downstream processes. Depending on the application, a system may include vacuum-insulated storage tanks, pressure-building equipment, vaporizers, pressure-control components, liquid transfer connections, and gas distribution equipment.

DSW Industry provides equipment for applications involving liquid nitrogen (LIN), liquid oxygen (LOX), liquid argon (LAr), liquid carbon dioxide (LCO₂), liquefied natural gas (LNG), and other compatible liquefied gases.

Explore our cryogenic storage tanks, cryogenic microbulk systems, and cryogenic dewars to compare equipment options for different storage capacities and operating requirements.

Construction and infrastructure projects use industrial gases for welding, metal cutting, fabrication, and selected installation and maintenance operations. Appropriate gas storage and supply equipment helps support site requirements and material processing

Welding and fabrication facilities use argon, carbon dioxide, oxygen, and other gases for shielding, cutting, and metal processing. Depending on gas consumption, supply may be provided through cylinders, microbulk systems, or bulk cryogenic storage tanks with vaporizers.

Food and beverage manufacturers use carbon dioxide for beverage carbonation and selected processing applications. Liquid nitrogen can be used for cryogenic freezing and cooling where appropriate. Storage and supply systems should be selected according to consumption, food-grade requirements, and process conditions.

Automotive production uses industrial gases in welding, heat treatment, metal processing, and other manufacturing operations. Cryogenic storage tanks and vaporizers may support facilities with sustained demand for nitrogen, oxygen, argon, or other process gases.

Electronics and semiconductor facilities may require high-purity nitrogen, argon, and specialty gases for controlled manufacturing environments. Storage and supply equipment must be selected according to gas purity, process specifications, pressure requirements, and the needs of downstream purification and distribution systems.

Healthcare facilities require dependable medical gas infrastructure. Liquid oxygen storage tanks, vaporizers, pressure-control equipment, and associated distribution systems can support medical oxygen supply when designed and certified for the intended medical application.

Chemical plants use nitrogen for purging, inerting, and blanketing, as well as oxygen, argon, and other gases in specific processes. Bulk cryogenic tanks, vaporizers, and pressure-control systems can be configured around process demand, operating conditions, and required supply continuity.

Energy facilities may require LNG storage and supply equipment, as well as nitrogen and other industrial gases for process and maintenance applications. Equipment selection depends on the gas service, operating conditions, storage requirements, and applicable safety standards.

Oil and gas facilities require equipment suited to gas storage, transfer, distribution, and demanding operating environments. Depending on the project, cryogenic storage vessels, LNG equipment, transportable tanks, and associated gas supply components may form part of the installation.

Laboratories and research facilities use liquid nitrogen, liquid argon, and other specialized gases for testing, sample preservation, analytical work, and scientific research. Cryogenic dewars and compact storage systems offer options for applications with smaller or intermittent consumption.

Hydrogen projects may require specialized storage and transportation equipment depending on whether hydrogen is handled as a compressed gas or a cryogenic liquid. Equipment must be designed for the specific service, pressure and temperature conditions, material compatibility, and applicable safety requirements.

Oxygen and other gases are used in selected wastewater treatment, oxidation, and environmental processes. Where liquid oxygen or another liquefied gas is required, storage tanks and vaporizers can be selected according to treatment capacity, gas consumption, and operating conditions.

Cement and lime plants may use oxygen for combustion enhancement and nitrogen for selected process, inerting, or maintenance applications. Cryogenic storage tanks and vaporizers may provide an on-site liquid gas supply where justified by plant demand and operating requirements.

Pharmaceutical production and research may use nitrogen for blanketing, inerting, and selected temperature-control applications. Storage and supply equipment should be matched to the required gas quality, process conditions, and applicable industry requirements.

Glass production can use oxygen, nitrogen, and argon for combustion, controlled atmospheres, and specialized processing. Bulk cryogenic storage and vaporization systems may suit facilities with sustained gas demand and established gas distribution infrastructure..