Modular Reaction, Evaporation & Distillation System
Modular Reaction, Evaporation & Distillation System
Overview
With reactor, WFE or column technology at the core, GMM Pfaudler Systems designs complete modular process solution with all ancillary equipment, piping, and instruments included. We lead the way in providing complete process systems as pre-assembled modules, which provide lower project costs, shorter construction schedules, and improved quality.
Modular design scope
Using a modular design turn-key approach for project execution, all stages of engineering and design, along with the specification and procurement of equipment and components, and all phases of construction are included to provide completely assembled modules. The scope of supply for GMM Pfaudler's modular process systems includes:
- Engineering
- Hazop analysis
- Instrument design
- Project management
- Controls engineering
- Component procurement
- Piping
- Controls
- Structural steel
- Wiring
- Process engineering
- Equipment design
- System layout and piping
- Project engineering
- Commissioning
- Equipment
- Instruments
- Construction
- Equipment setting
- Insulation
Modular design applications
The modular project execution approach can be applied to most process systems. For large complex systems, multiple interconnecting modules are provided. This further reduces project costs and schedule. Typical modular system applications include:
- Reactor systems
- Distillation systems
- Evaporator systems
- Thermal control units (TCUs)
- Vacuum systems
- Filtration systems
- Drying systems
- Scrubbing systems
Benefits of Modular Designs
GMM Pfaudler Systems provides process solutions as completely assembled process modules. The modular construction of chemical process systems provides many benefits, including:
Single source responsibility providing overall process design and construction, ensuring a fully integrated and properly functioning system
Firm, fixed price provides early project cost lock-in and eliminates costly project over-runs
Shop quality construction in a controlled environment provides more efficient, higher quality work than field fabrication
Shortened project schedule with efficient shop labor
Reduced project costs from more efficient labor and the elimination of project over-runs
Compact design conserves valuable real estate
