Facing pressure to cut emissions and energy use? Process intensification (PI) is your answer. This approach transforms your operations for higher efficiency, productivity, and sustainability, tackling the dual challenges of decarbonization and energy transition.
What is Process Intensification?
PI means developing more efficient processes by applying cutting-edge technologies, reducing unit operations, and minimizing energy use and waste. At Artisan, we’ve led in PI for decades, helping clients meet the industry’s evolving demands.
Key Principles of Process Intensification:
- Integration of Unit Operations: Streamline multiple steps into one efficient process.
- Use of Novel Reactors: Advanced designs for enhanced performance and efficiency.
- Continuous Processing: Switch from batch to continuous for better control and efficiency.
Artisan’s Approach to Process Intensification:
- Integration of Unit Operations:
- Tailored engineering solutions from upstream processes.
- Custom solutions for your specific needs.
- Innovation through simulation and pilot testing.
- Miniaturization:
- Continuous operation reduces equipment footprint, saving space and resources.
- Rigorous testing ensures equipment meets operational demands.
- Innovative Reactor Design:
- Combine reaction and purification in one step.
- Use continuous reactors and post-reaction stripping to cut reaction times drastically.
- Enhance process control with automated systems.
- Alternative Energy Sources:
- Flexible heating jackets for minimal waste.
- Heat recovery through multi-effect systems to maximize energy efficiency.