LEWA Odorizing Systems

LEWA odorizing systems are engineered equipment packages for controlled odorant injection in gas distribution, processing, and utility applications.

These systems support proportional metering where odorant must be introduced into a gas stream in a consistent and monitored manner.

Each package can be configured around the application and may include metering pumps, odorant vessels, measuring and regulation units, controls, flow measurement, piping, valves, and related accessories.

Process Controls Corporation - LEWA Odorizing Systems

This modular approach allows the equipment to be adapted for decentralized stations, gas distribution points, pressure regulating installations, and other engineered gas-handling environments.

LEWA odorizing systems are commonly used for natural gas, biogas, LPG, and related gas service applications where accurate chemical metering and system-level control are important.

Depending on project requirements, available configurations may incorporate cabinet-style housings, leakage containment, flushing provisions, fill-level monitoring, and stand-by pump arrangements.

For utilities, industrial facilities, and gas-handling operations, these systems provide an engineered solution for integrating odorant metering equipment into broader process or distribution infrastructure.

Process Controls Corporation helps customers review application needs and identify suitable LEWA system configurations for gas odorization projects.

Key Characteristics

Engineered systems for controlled gas odorization
Configurable packages with pumps, vessels, controls, flow measurement, piping, valves, and accessories
Proportional odorant metering based on gas flow requirements
Modular layouts for project-specific station designs
Available options may include housings, leakage containment, flushing provisions, fill-level monitoring, and stand-by pump arrangements
Applicable for natural gas, biogas, LPG, and related gas odorization duties when properly specified
Suitable for integration into gas distribution, utility, and industrial process environments