Systems Offered
Desulfurization Systems
Hydrogen sulfide (H₂S) and other sulfur compounds present significant operational, environmental, and compliance challenges in gas processing systems. MPS Desulfurization Systems are engineered to deliver reliable, high-efficiency sulfur removal while protecting downstream equipment, ensuring regulatory compliance, and maximizing gas value.
Our desulfurization solutions are customized to match gas composition, flow rates, and project economics. We integrate proven technologies—including regenerative amine systems, liquid redox, scavenger systems, and advanced hybrid solutions—to achieve consistent outlet specifications.
- High-efficiency H₂S removal to pipeline or process specifications
- Modular, skid-mounted design for rapid deployment
- Scalable systems from small biogas plants to large landfill/RNG facilities to full scale midstream facilities
- Automated controls for stable operation and minimal operator oversight
- Corrosion-resistant materials for long service life
- Designed for seamless integration with Selexol and other acid gas removal processes
- Landfill Gas to RNG
- Anaerobic Digestion / Dairy RNG
- Associated Gas Processing
- Gas Gathering Systems
- Pre-treatment for CO₂ Removal and Liquefaction
- Natural Gas Processing
NGL Liquids Stabilization Systems
MPS stabilization systems are engineered to integrate seamlessly with upstream separation, compression, and downstream fractionation systems.
Raw natural gas liquids (NGLs) often contain light ends that can cause vapor pressure instability, transportation issues, and product specification non-compliance. MPS NGL Stabilization Systems remove excess light hydrocarbons to produce a stable, market-ready liquid product.
Our stabilization systems are designed to control Reid Vapor Pressure (RVP) and meet downstream transport and storage requirements. By removing methane, ethane, and other light components, we ensure safe handling and improved product value.
- Precise RVP control
- Efficient light-end recovery
- Skid-mounted, modular construction
- Integrated heat exchange and reboiler optimization
- Vapor recovery and reintegration capability
- Fully automated process control
- Improved product marketability
- Reduced flash losses during storage and transport
- Enhanced safety and regulatory compliance
- Increased overall plant revenue through optimized hydrocarbon recovery
- Associated Gas Processing
- RNG Plants with NGL Recovery
- Midstream Gas Processing Facilities
- Condensate and Field Stabilization
- Pyrolysis Oil Processing
Fractionation Systems
MPS Fractionation Systems are engineered to deliver long-term performance, low maintenance requirements, and predictable operating costs.
Fractionation is critical to unlocking the full value of NGL streams. MPS Fractionation Systems separate mixed NGLs into individual saleable products such as propane, butane, and natural gasoline.
Our fractionation units are designed with optimized column internals, advanced heat integration, and energy-efficient reboiler systems to achieve precise separation and high product recovery.
- De-ethanizer, depropanizer, debutanizer, and splitter configurations
- High-efficiency trays or structured packing
- Integrated heat recovery systems
- Automated control systems for stable product specs
- Modular design for scalable expansion
- Maximized product recovery and revenue
- Consistent product purity
- Optimized energy consumption
- Designed for high operational reliability
- Midstream Processing Facilities
- Associated Gas Plants
- RNG Projects with NGL Recovery
- Pyrolysis Waste Gas Processing
- Petrochemical Feedstock Preparation
