Advanced capabilities: Unlock efficiency, quality, and innovation in your chemical processes

Our advanced capabilities

• Safety investigation: Proactively identify and mitigate potential hazards in your chemical processes. Our PHA expertise includes comprehensive risk assessment, hazard identification, and the development of effective control measures to ensure the safety of your operations and personnel.
• Cryogenic capabilities: Master the complexities of low-temperature chemistry with our specialized cryogenic capabilities. We excel in handling temperature-sensitive compounds and reactions, ensuring efficient synthesis and optimal product quality. Our expertise includes lithiations, Grignard reactions, and other critical low-temperature processes.
• Distillation capabilities: Achieve the highest purity and quality for your chemical products with our advanced distillation technologies. We offer a wide range of distillation options, including fractional and vacuum distillation, utilizing state-of-the-art columns with up to 30 theoretical plates for precise separation and purification.
• Flow chemistry capabilities: Embrace the future of chemical synthesis with our continuous flow chemistry solutions. This innovative technology allows for faster reaction times, increased safety, enhanced control over reaction parameters, and ultimately, improved efficiency and reduced costs for your production processes.
• API packaging: Protect your valuable Active Pharmaceutical Ingredients (APIs) with our secure and compliant packaging solutions. We provide customized packaging options, including bulk handling and specialized materials, to meet your unique needs and ensure the integrity of your products throughout the supply chain.

Technical details & equipment

• State-of-the-art equipment: Our facilities house a comprehensive range of modern reactors, distillation columns, filtration systems, and analytical instruments, allowing for precise control and monitoring of your chemical processes.
• Diverse reactor systems: We offer a variety of reactor materials, including glass-lined, stainless steel, and Hastelloy, to accommodate a wide spectrum of reactions and operating conditions.