Scrubber Level Control System (SLS) for Gas Compressor and Separator Applications

Key Features of the Scrubber Level Control System (SLS)

• High-Pressure Operating Capability: Designed for gas scrubber and separator vessels operating up to 2000 psi, ensuring stable level control in demanding oil & gas environments.
• Integrated High-Level Shutdown Protection: Provides automatic shutdown signaling when liquid levels exceed safe limits, helping protect downstream compressors and critical processing equipment.
• Pneumatic Dump Valve Operation: Controls liquid discharge using a pneumatic dump valve mechanism, maintaining consistent liquid levels and preventing overfilling inside the vessel.
• Reliable Mechanical Float Technology: Utilizes a stainless-steel float assembly engineered for durability and accurate level detection under high-pressure conditions.
• Filter and Regulator Integration: Supports clean and regulated control pressure (30–70 psig standard), improving system reliability and extending service life.
• Field-Serviceable Design: Hex union configuration allows maintenance and internal component replacement without extensive piping removal, reducing downtime.
• Delta-P (Captured Vent) Configuration Available: Optional configuration supports installations requiring controlled vent management and enhanced environmental compliance.

Applications

• Gas Compressor Scrubbers: Maintains proper liquid levels in compressor suction scrubbers to prevent liquid carryover and protect compression equipment.
• High-Pressure Separators: Suitable for gas-liquid separation vessels in upstream and midstream processing facilities operating under high pressure.
• Onshore Oil & Gas Production Facilities: Supports automatic level management in wellhead and gathering system installations.
• Offshore Processing Platforms: Designed to withstand harsh marine environments while maintaining consistent level control performance.
• Industrial Gas Processing Systems: Applicable in industrial facilities where safe and controlled liquid separation is critical to operational stability.

Frequently Asked Questions