Whether you are involved in biomanufacturing of large-molecule biologics, such as therapeutic proteins, or producing small-molecule drugs through chemical synthesis, Air Liquide responds to your process needs, ranging from temperature control and inerting, to cryopreservation, and improved environmental compliance. As a stakeholder in the pharmaceutical supply chain, we understand the expectations and demands that biotechnology and pharmaceutical companies place on suppliers that work to ensure product quality, safety and consistency.
As the pharmaceutical and biotechnology industries continue to innovate and develop increasingly complex and high-value molecules in order to enhance a patient's quality of life, maintaining product integrity up to the point of its administration is critical to ensure the drug’s therapeutic effect.
Whether managing the oxygen exposure of sensitive products, optimizing drug formulations, or maintaining cold chain temperature for your clinical and biological samples, Air Liquide offers solutions that help improve product stability. You can count on the expertise of our process engineers to help design the gas installation and supply mode that best fits your needs.
We address the complexities of your industry by supplying reliable and high purity gas products.
Our advanced expertise in temperature control, inerting and gas-liquid mixing applications enable us to supply innovative and customized solutions to the entire supply chain.
You can count on the expertise of our engineers to help design the gas installation and supply mode that best fits your needs.
Due to the complexity of your work and the strict regulatory environment, we will work closely with you to understand and meet your quality and compliance requirements through quality assurance, traceability and process control.
We have developed a range of gas products specifically for manufacturers of Active Pharmaceutical Ingredients (APIs) and drug products. Our high-purity gases are traceable and delivered with certificates of analysis and conformity.