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Wastewater Treatment/Utilities

Wastewater treatment processes produce a wide variety of toxic and combustible gas hazards.  Wastewater treatment plant operators are exposed to a variety of hazardous chemical agents, contained within the effluents and the reagents used in the water processing, or generated during the water treatment.  Properly monitoring and warning of these potentially dangerous gases is crucial in preventing worker exposure and providing a safe working environment for wastewater treatment plant personnel. ENMET’s array of single and multi-gas portable detectors, fixed gas monitoring systems with remote monitoring capability, and confined space safety monitors are available and designed specifically for the wastewater industry.  These systems include single or multi-channel instruments for monitoring hazardous gases typically present at wastewater treatment plants, including chlorine Cl2, hydrogen sulfide H2S, methane CH4, Oxygen deficiency, and other hazardous gases. Utility workers can also be exposed to similar hazardous gas situations in the field and many of these systems can be designed to protect utility personnel as well.

GSM-60 Fixed Gas Detection System

The GSM-60 is a versatile instrument, which, in addition to having an internal sampling pump and sensors, can also accept inputs from remote gas sensor/transmitters.

Wet Well Monitoring System

The Wet Well Monitoring System is specifically designed for monitoring methane, oxygen and hydrogen sulfide in a hazardous wastewater environment.

Wastewater treatment processes produce a wide variety of toxic and combustible gas hazards.  Wastewater treatment plant operators are exposed to a variety of hazardous chemical agents, contained within the effluents and the reagents used in the water processing, or generated during the water treatment.  Properly monitoring and warning of these potentially dangerous gases is crucial in preventing worker exposure and providing a safe working environment for wastewater treatment plant personnel. ENMET’s array of single and multi-gas portable detectors, fixed gas monitoring systems with remote monitoring capability, and confined space safety monitors are available and designed specifically for the wastewater industry.  These systems include single or multi-channel instruments for monitoring hazardous gases typically present at wastewater treatment plants, including chlorine Cl2, hydrogen sulfide H2S, methane CH4, Oxygen deficiency, and other hazardous gases. Utility workers can also be exposed to similar hazardous gas situations in the field and many of these systems can be designed to protect utility personnel as well.

LC 1-4 Series Hazardous Gas Detection Controller

The LC Series controllers are designed for monitoring remote 4-20 mA gas sensor/transmitters or similar devices.

CP-60 Hazardous Gas Detection Controller

1-3 Channel Wall-Mount Controller

CP-60 is designed for monitoring up to three remote 4-20 mA gas sensor/transmitters or similar devices.

 

CP-10 Hazardous Gas Detection Controller

CP-10 is an economical, yet versatile single-channel controller designed for monitoring a remote 4-20 mA gas sensor/transmitter or similar device.

Wastewater treatment processes produce a wide variety of toxic and combustible gas hazards.  Wastewater treatment plant operators are exposed to a variety of hazardous chemical agents, contained within the effluents and the reagents used in the water processing, or generated during the water treatment.  Properly monitoring and warning of these potentially dangerous gases is crucial in preventing worker exposure and providing a safe working environment for wastewater treatment plant personnel. ENMET’s array of single and multi-gas portable detectors, fixed gas monitoring systems with remote monitoring capability, and confined space safety monitors are available and designed specifically for the wastewater industry.  These systems include single or multi-channel instruments for monitoring hazardous gases typically present at wastewater treatment plants, including chlorine Cl2, hydrogen sulfide H2S, methane CH4, Oxygen deficiency, and other hazardous gases. Utility workers can also be exposed to similar hazardous gas situations in the field and many of these systems can be designed to protect utility personnel as well.

EX-6175 Electrochemical Toxic Gases & Oxygen Sensors

The EX-6175 is a 24 VDC, 4-20 mA sensor/transmitter and is ATEX and IECEx certified explosion-proof for use in hazardous areas.

EX-6120 Infrared Hydrocarbon Sensor

The EX-6120is a 24 VDC, 4-20 mA sensor/transmitter and is ATEX and IECEx certified explosion-proof for use in hazardous areas.

EX-6100 Catalytic Hydrocarbon Sensor

The EX-6100 is a 24 VDC, 4-20 mA sensor/transmitter and is ATEX and IECEx certified explosion-proof for use in hazardous areas.

EX-5120 Infrared Hydrocarbon Sensor

The EX-5120 incorporates a sensor that operates onthe NDIR principle to monitor the concentration ofhydrocarbon gas.

EX-5100 Catalytic Combustible Gas Sensor

The EX-5100 incorporates a pellistor or catalytic bead sensor. This sensor consists of a matched pair of elements, one active and the other for compensation.

Wastewater treatment processes produce a wide variety of toxic and combustible gas hazards.  Wastewater treatment plant operators are exposed to a variety of hazardous chemical agents, contained within the effluents and the reagents used in the water processing, or generated during the water treatment.  Properly monitoring and warning of these potentially dangerous gases is crucial in preventing worker exposure and providing a safe working environment for wastewater treatment plant personnel. ENMET’s array of single and multi-gas portable detectors, fixed gas monitoring systems with remote monitoring capability, and confined space safety monitors are available and designed specifically for the wastewater industry.  These systems include single or multi-channel instruments for monitoring hazardous gases typically present at wastewater treatment plants, including chlorine Cl2, hydrogen sulfide H2S, methane CH4, Oxygen deficiency, and other hazardous gases. Utility workers can also be exposed to similar hazardous gas situations in the field and many of these systems can be designed to protect utility personnel as well.

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