The challenge in the industry today is to remain productive while minimizing your operations’ environmental impact. To do this we help you reduce air emissions, improve processes for a maximum reuse of water and materials, improve wastewater treatment operations, and comply with increasingly strict regulations.
Air Liquide supplies a range of products, equipment and services for water and wastewater treatment. We supply oxygen and carbon dioxide for common wastewater operational needs such as biochemical oxygen demand (BOD) and pH reduction as well as volatile organic compound (VOC) and odor control. Air Liquide’s innovative and efficient solutions help our customers use water resources responsibly while respecting the environment with regards to wastewater effluent. Air Liquide applies its many years of experience in the water treatment industry to design systems that meet the diverse needs of our customers, all while putting safety and the environment first. We innovate to develop long-term solutions to safely maximize efficiency and robustness while minimizing costs and complexity.
Air Liquide supplies the calibration gases, zero gases and related gas handling equipment you need for environmental compliance.
Oxygen is used to increase the dissolved oxygen content of wastewater treatment facilities resulting in better biological system operability. If the current system is unable to handle increased loading or more stringent discharge requirements, oxygen can be a low-cost solution in lieu of a major capital investment.
Ozone is used in several water and wastewater treatment applications, including potable water disinfection, bio-sludge reduction, color removal, and toxicity reduction (i.e. Contaminants of Emerging Concerns).
Using carbon dioxide to reduce and control the pH of a site's wastewater offers measurable safety and cost advantages over treatment systems that employ toxic and corrosive mineral acids such as sulfuric acid.
After lime softening, carbon dioxide is used for drinking water recarbonation.
Air Liquide offers gases for continuous emissions monitoring calibrations, as well as ALPHAGAZ™ brand pure gases engineered to help you accurately test and measure emissions monitoring analyzers. All EPA protocol gases supplied by Air Liquide strictly comply with EPA specified methods.
The first ever specialty gas range for analytical applications designed to meet customers's needs to the fullest extent, from the most common to the most high end requirements.
Air Liquide supplies industrial gases, custom gas calibration standards and carrier gases including hydrogen, helium and nitrogen. Air Liquide also supplies gas mixtures to meet the most demanding needs.
The first ever specialty gas range for analytical applications designed to meet your needs to the fullest extent, from the most common to the most high end requirements.
Oxygen enrichment of the combustion air will increase the kiln productivity while allowing increase proportion of alternative fuel to reduce carbon footprint, carbon dioxide emissions and fuel cost.
Air Liquide manufactures methane calibration gases designed to help you comply and accurately measure methane emissions from a landfill. Air Liquide's MEDAL™ biogas membrane system offers a unique solution for processing biogas and landfill gases. It is a simple way to selectively separate and recover valuable carbon-free methane and carbon dioxide.
Air Liquide's oxy combustion offering is capable of heating up a furnace using the combustible impurities contained in poor quality metal scraps. The solution allows for using fuel or natural gas only when there aren’t any combustible impurities left. The main benefit results in fuel savings. What’s more the poorer the quality, the cheaper the metal scraps. Being able to use poor quality saves scrap costs. Our oxy combustion technolgy increases productivity and reduces hazardous flue gas emission.
Combustion results from the reaction of oxygen and combustible molecules like fuel or natural gases. Air is commonly used in most industrial processes.
Oxy-combustion is based on the enrichment of air with pure oxygen to reduce fuel consumption, a decrease that is even more significant if nitrogen is completely eliminated from air. Oxy-combustion also reduces carbon dioxide and nitrogen oxide emissions, which are harmful to both humans and the environment.
2 days 3 hours ago
2 days 8 hours ago