Linde Unclaimed

Optimize oxygen levels in aquaculture effectively with SOLVOX® systems.

Enhance safety, efficiency, and sustainability in chemical processes.

Reduce carbon emissions with sustainable gases for industrial applications.

Enhance quality and efficiency in bakery production.

Capabilities that improve product quality, extend shelf life and increase processing efficiency in bakeries and beverage production, including cryogenic freezing, modified atmosphere packaging, carbonation, nitrogen applications and oxygen stripping.

Gas-based process capabilities for chemical plants focused on safety, reactor control, combustion efficiency and emissions management, including inerting and purging, direct oxygen injection, reactor cooling, syngas processing and VOC treatment.

Supply of low‑carbon intensity industrial gases (oxygen, nitrogen, argon, hydrogen) produced using carbon‑free energy to support decarbonization and lower lifecycle emissions across heavy industry and manufacturing.

Oxygen dissolution and transfer systems for recirculating aquaculture systems (RAS) that increase dissolved oxygen, improve animal health and growth, and optimize energy use.

SOLVOX® Oxygen Diffusion Systems

SOLVOX® Oxygen Diffusion Systems provide oxygen dissolution for aquaculture, enabling efficient oxygen transfer in Recirculating Aquaculture Systems (RAS). These systems enhance aquaculture productivity by ensuring optimal oxygen levels, vital for fish growth and health.

• Enhances Oxygen Transfer
  This feature ensures efficient oxygen transfer in RAS, supporting healthy aquaculture practices and maximizing fish growth potential.
• Meets Specific Needs
  These systems can be adapted to various setups and requirements, ensuring maximum efficiency and effectiveness in different aquaculture environments.
• Reduces Operational Costs
  The energy-efficient design lowers operational costs, making your aquaculture operations more sustainable.

Chemical Processing Solutions

This suite of chemical processing solutions includes Direct Oxygen Injection, Inerting & Purging, Nitrogen Stripping, Oxygen Enhanced Combustion, Reactor Cooling, Syngas Processing, and VOC Treatment & Recovery. Each solution is designed to optimize safety, performance, and environmental compliance in chemical manufacturing.

• Improves Oxidation Control
  By injecting oxygen, the process stream can be optimized for better reaction rates and increased yields, ensuring efficiency in production.
• Controls Composition
  Maintains optimal chemical composition by preventing unwanted reactions through effective nitrogen purging.
• Improves Combustion Efficiency
  By enriching the atmosphere with oxygen, combustion processes achieve higher temperatures, leading to improved efficiency and reduced fossil fuel consumption.
• Ensures Safe Operation
  Utilizes gases efficiently to maintain the ideal temperature range in chemical reactors, ensuring both safety and process stability.
• Ensures High Purity
  Delivers high-purity syngas essential for subsequent chemical reactions, improving production rates and product quality.
• Minimize Emissions
  This feature enables industries to significantly reduce VOC emissions, supporting compliance with environmental regulations and improving overall sustainability.
• Improves Safety Standards
  This feature provides safe operational environments by minimizing risks associated with reactive environments.

Linde Green Gases

Linde Green Nitrogen, Linde Green Oxygen, Linde Green Argon, and Low Carbon Intensity Hydrogen compose the Linde Green Gases product line, all produced using 100% carbon-free energy to support sustainability efforts across various industries.

• Provides Environmentally Friendly Nitrogen
  By utilizing 100% carbon-free energy, Linde Green Nitrogen supports decarbonization efforts in various industries and contributes to reducing overall environmental impact.
• Minimize Carbon Emissions
  Linde Green Oxygen is derived from 100% carbon-free energy, making it a sustainable choice for industries aiming to lower their carbon emissions while maintaining operational efficiency.
• Reduces Carbon Footprint
  Utilizing Linde Green Argon enables industries to cut down on greenhouse gas emissions, significantly enhancing their sustainability while maintaining high performance.
• Eliminates Carbon Emissions
  By utilizing carbon-free energy sources, Low Carbon Intensity Hydrogen contributes significantly to reducing greenhouse gas emissions across multiple sectors.

Bakery Production Solutions

Dough Mixing Injection Chilling, Flour And Dry Ingredient Cooling, Bakery Freezing, Modified Atmosphere Packaging, Beverages Carbonation, Beverages Nitrogen Applications, and Beverages Oxygen Stripping compose the Bakery Production Solutions portfolio, focusing on optimizing product quality and extending shelf life.

• Ensures Optimal Dough Temperature
  Maintaining the right temperature during mixing is crucial for dough quality, preventing overheating that can affect texture and taste.
• Ensures Optimal Temperature Control
  By cooling flour and dry ingredients, this system helps maintain their integrity and quality, ensuring they perform better during baking.
• Preserves Quality And Freshness
  The cryogenic process maintains the original texture and flavor of baked items by quickly freezing them, minimizing ice crystal formation.
• Reduces Oxygen Exposure
  Minimizes oxygen interaction to preserve freshness and quality of baked goods.
• Enhances Beverage Quality
  Ensures that beverages are consistently carbonated to achieve the desired fizz and mouthfeel, improving customer satisfaction.
• Optimize Beverage Texture
  Nitrogen effectively creates headspace, which enhances the quality and mouthfeel of beverages while controlling carbonation levels.
• Preserves Quality
  By eliminating dissolved oxygen, this feature significantly enhances the quality and longevity of beverages, preventing spoilage.