Engineered for Precision, Built for Safety and Designed to Scale
As the demand for complex and energy-efficient chemical transformations grows, high-pressure chemistry has emerged as a critical enabler for advanced synthesis. Reactions like hydrogenation, carbonylation, and carboxylation are essential in industries ranging from agrochemicals & performance chemicals intermediates to polymers—and often require precise conditions to be both effective and safe.
At Novopor Advanced Science Private Limited, we offer a world-class platform for high-pressure reactions, bridging the gap between laboratory innovation and commercial-scale deployment
Our Capabilities
Novopor’s high-pressure setups are designed to meet the most stringent performance and safety requirements
Pressure Handling: Up to 50 bar
Temperature Range: Up to 250°C
Material of Construction (MOC): Available in multiple corrosion-resistant alloys to support highly reactive or corrosive chemistries
Pressure Handling: Up to 50 bar
Temperature Range: Up to 250°C
Material of Construction (MOC): Available in multiple corrosion-resistant alloys to support highly reactive or corrosive chemistries
Reaction Types Supported
Safe, Scalable, and Smart Infrastructure
Dedicated High Pressure Facility: All reactors are installed in an isolated zone enclosed within blast-resistant walls for maximum safety.
Automation and Control: Fully DCS-controlled systems, integrated with SIL-3 certified safety loops, ensuring precision and operational integrity.
Emergency Shutdown System (ESD): An independent, fail-safe backup mechanism for complete risk mitigation in critical scenarios.
Versatile Scale: From development-scale to multi-metric ton (MT) batch operations, our platform supports efficient scale-up.
Whether you're developing a new molecule or scaling up a proven high-pressure route, Novopor offers
Deep expertise in handling hazardous and high-pressure chemistries
A commitment to compliance, process safety, and automation
Integrated support from process development to commercial execution