Analytical Laboratories | |
Plasma | Supply for Inductively Coupled Plasma (ICP) units for analyzing non-organic materials |
Specimen Preparation | Preparation of some specimens prior to testing |
Cold Traps | Liquid nitrogen is used in a cold trap to capture impurities in a gaseous line. |
Biotechnology | |
Metabolic Gases | Process Requirement, Performance, Reliability |
Chemical | |
Inerting | Inerting of chemicals in tanks and in transport |
Cooling of Exothermic Reaction | Cooling chemical reactions in a jacketed reactor. |
Vapor Recovery | Recovery of volatile vapors from processes by cooling the vapor to below its boiling temperature and turning it to liquid, them recovering the liquid. |
Pipe freezing | Liquid nitrogen is put through custom jackets on the outside of a pipeline to freeze the liquid inside and create a plug. These plugs are located on either side of a break to stop flow so the line may be serviced. |
Vacuum Breaking | Gas is used to break vacuums in reactor tanks to prevent oxygen from contaminating the chemical |
Electronics | |
Crystal Growth | Used as an inert atmosphere for silicon crystal growth |
Cleaning | Nitrogen is used to clean the surfaces of fiber optic strands prior to connecting to one another |
Soldering | ICB (Interconnecting Circuit Boards) are soldered under a nitrogen atmosphere to prevent oxygen contamination |
Chemical Vapor Deposition (CVP) | Used in manufacturing crystal wafer of semiconducting materials |
Plasma Enhanced Physical Vapor Deposition | Used in manufacturing carbon nano-tubes |
Energy | |
Production | Higher purity hydrogen has a lower gas viscosity and density which improves cooling efficiency and Reduces friction losses and increases generator output |
Production | Cost-effective and reliable means to decrease NOx emissions |
Bio Fuel (Hydrogen Assisted Power generation) | Using Hydrogen reduces fuel consumption and pollutants |
Food | |
Sparging | Sparging non-carbonated drinks with nitrogen to remove dissolved oxygen |
Pressurizing | Pressurizing of non-carbonated beverages in aluminum cans |
Injection | Wastewater pH adjustment of discharge cleaning water |
Deboning | Deboning of beef and/or chicken by cooling the meat on the bone to embrittlement temperature and fracturing off |
Sausage Cooling | Cooling sausage blending operation so fat does not liquefy. |
Batch Cooling | Batch cooling of ground beef, pork or poultry to retain fat content. |
Cryo-Grinding | Cryogenic grinding of high oil content or difficult to grind spices |
Extrusion Cooling | Cooling of extruded foods to increase production |
Pneumatic Cooling | Liquid nitrogen is injected into a bulk products transfer line to cool products such as flour. |
Mold Cooling | Cooling of molded candy and gum for quick release from mold |
LIN Dosing | High quality PET bottle manufacturing by dropping Liquid Nitrogen |
Cryogenic Freezing | Fast freezing of shrimp, fish and meat with Liquid Nitrogen to retain best possible quality with reduced moisture loss and fast cooling time |
Modified Atmospheric Packaging (MAP) | Using gases mixture customized for different perishable food products to extend their shelf life. |
Cryogenic Refrigeration (Transport) | Cryogenic Refrigeration system for transportation of food products ensures accuracy in uniform low temperature distribution with minimum maintenance at reduced fuel cost. |
Manufacturing | |
Vulcanization-Tires (Tire Curing) | Vulcanization is a curing process that makes natural and synthetic rubber harder and more wear resistant. |
Body – Combustion | Combustion processes use oxygen to melt scrap, refine the steel, and heat the furnaces that reheat steel slabs. |
Body – Heat Treating | Heat treating processes use hydrogen and nitrogen in annealing furnaces to strengthen and improve formability of the steel. We offer hydrogen in non-micro bulk form. |
Body – Welding | Welding processes use argon for steel. |
Body – Heat Treating, Welding & Combustion | Welding processes use carbon dioxide for auto bodies. |
Oxy-Fuel (in Glass Melting) | Oxy-Fuel Conversion of Glass Furnaces |
Oxy-Fuel (Glass Forming) | Oxy-Fuel impart the finest finishing after forming |
Oxy-Fuel (in Clinker Manufacturing) | Oxy-Fuel Enhanced combustion in kiln will ensure the best fuel economy and cleaner emission |
Welding | Most commonly used shielding gas, and is the only truly inert gas commonly used in welding. |
Welding | CO2 decomposes to CO and O2 at welding temperatures, producing an oxidizing effect similar to a combination of argon plus 0-5% O2. |
Welding | O2 is added to shielding gas, where it helps produce a more stable arc, improves wetting of the weld edges and reduces weld spattering. |
Heat Treating | Nitrogen-based protective atmosphere for their furnaces. |
Heat Treating | Atmospheres may be blended with small quantities reactive gases such as hydrogen. |
Injection Molding (Plastic) | Nitrogen assisted injection molding enhances finishing quality of plastic products and also reduces the cycle time |
Spot Cooling (Plastic) | Liquid CO2 assisted spot cooling offers attaining the best possible quality and operational flexibility |
Alkaline Extraction (Pulp and Paper) | Reinforcement of O2 enables manufacturers Increasing the bleaching effect and decreasing the chemicals which results in large savings of Chlorine Dioxide and operational flexibility |
Delignification (pulp and paper) | Oxygen assisted delignification enables attaining the highest brightness and lower chemical consumption |
Surface Treatment by Thermal Spray | This noble art of surface coating ensures best attainable coating quality |
Ground Freezing (Construction) | Soil-freezing with LIN has become a standard procedure for treating unstable soil and groundwater control. |
Concrete Cooling (Construction) | Ensures uniform temperature distribution during concrete cooling eliminating the possibility of internal crack. |
Pharmaceuticals | |
Reactor & Fluid Cooling | Chemical Synthesis, Process Development, Active Pharmaceutical Ingredients |
Lyophilization / Freeze Drying | Sterile, Vaccines, Process Development & Manufacturing |
Vent-gas Recovery | Environmental Compliance, Cost Reduction |
Fermentation | Productivity, Yield |
Refining | |
Production | Used to inert hydrocarbon systems |
Production | Oxygen is used inside refineries to enhance combustion processes |
Sulfur recovery | Adding O2 in Clause Plant for improving Sulfur Recovery |
Catalyst Regeneration | O2 enriched combustion for quicker catalyst regeneration |
Wastewater | |
Treatment | Respiration of the micro-organisms that convert organic wastes into harmless carbon dioxide and water |
Treatment | Allows much more accurate pH control than any acid system |
Aquaculture | |
Oxygen Enrichment in Fish Cultivating water | This application helps maintaining the right BOD level precisely which ensures fish production at its optimum level. |