H2S KNOCKOUT | ADVANCED H2S TECHNOLOGY
ELECTROCHEMICAL SULFUR RECOVERY.
A continuously regenerated H2S treatment platform engineered for high sulfur loads, changing production conditions, and the economics of large-scale sour gas treatment.
THE HIGH-SULFUR CHALLENGE
WHEN H2S LOAD INCREASES, THE ECONOMICS CHANGE.
At high sulfur-loading locations, recurring chemical or media consumption, changeouts, logistics, material handling, field labor, and treatment interruptions can become increasingly important parts of total operating cost. ODIN was developed for applications where operators should evaluate the economics of a continuously regenerated treatment platform alongside conventional options.
THE MORE SULFUR THE SITE PRODUCES, THE MORE IMPORTANT TREATMENT ECONOMICS BECOME.
THE TECHNOLOGY
REMOVE H2S. RECOVER SULFUR. REGENERATE THE PROCESS.
ODIN uses an electrochemically regenerated treatment process to selectively remove H2S from gas and convert the captured sulfur into elemental sulfur. The treatment process is continuously regenerated to maintain sulfur-removal capability while elemental sulfur is removed from the system.
SOUR GAS → H2S REMOVAL → ELECTROCHEMICAL REGENERATION → ELEMENTAL SULFUR → CONTINUOUS TREATMENT
BUILT FOR REAL PRODUCTION
PRODUCTION DOESN’T STAY AT DESIGN RATE.
30% → 110%
OPERATING TURN-DOWN / CAPACITY ENVELOPE. ODIN is engineered to operate across changing production conditions, including flow and pressure changes, production swings, changing H2S load, H2S slugs, and normal field variability.
AUTONOMOUS BY DESIGN
BUILT TO OPERATE REMOTELY.
Automation is central to ODIN rather than an add-on. The system is designed around automated process control, remote monitoring, operating trend data, alarm management, performance monitoring, data logging, and remote technical support—without relying exclusively on manual site observation.
ONE KNOCKOUT
ENGINEERED. BUILT. DEPLOYED. SUPPORTED.
KNOCKOUT ENGINEERING → KNOCKOUT FABRICATION → H2S KNOCKOUT → KNOCKOUT FIELD SERVICES
The people designing the system can talk directly to the people building it. The people building it can talk directly to the people installing it. The people operating and servicing it feed what they learn back into engineering.
INTRODUCING ODIN
A NEW TOOL FOR THE H2S PROBLEMS THAT DON’T FIT THE OLD MODEL.
ODIN combines sulfur-removal technology, electrochemical regeneration, automation, process engineering, fabrication, and field execution into a treatment platform designed for the economics and variability of high sulfur-load operations.
ENGINEERED FOR SULFUR. BUILT FOR THE FIELD.
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