H2S KNOCKOUT | MECHANICAL H2S REMOVAL
Knockout Mechanical H2S Stripping Towers use sweet natural gas to remove H2S from oil and produced water without introducing liquid H2S scavenger into the treated stream.
THE PROCESS
MOVE THE H2S OUT OF THE LIQUID.
Oil or produced water containing H2S enters a Mechanical H2S Stripping Tower. Sweet natural gas supports removal of H2S from the liquid, while the resulting H2S-containing overhead gas is routed to appropriate downstream handling or treatment.
H2S-CONTAINING OIL / WATER → MECHANICAL H2S STRIPPING TOWER + SWEET NATURAL GAS → TREATED OIL / WATER + H2S-CONTAINING OVERHEAD GAS
ENGINEERED SYSTEM
THE TOWER IS ONLY THE CONTACTOR.
Knockout Engineering evaluates the application, operating objectives, downstream gas handling, and the customer’s outlet target as one integrated process.
APPLICATION EVALUATION → MECHANICAL H2S STRIPPING → OVERHEAD TREATMENT → FIELD DEPLOYMENT
WE DON’T SELL A TOWER SIZE. WE ENGINEER A TREATMENT PROCESS.
OIL STRIPPING
Mechanical H2S Stripping Towers can be engineered for oil streams where the objective is physical H2S removal without intentionally introducing liquid H2S scavenger into the treated oil when this method is selected.
PRODUCED WATER STRIPPING
Produced water can contain significant dissolved H2S. Mechanical H2S Stripping Towers can help lower H2S concentration in the treated water when the process is appropriate for the treatment objective.
THE SECOND HALF OF THE PROCESS
STRIPPING DOESN’T DESTROY H2S. IT MOVES IT.
The H2S removed from the liquid transfers into the stripping gas. That overhead gas is handled as part of the complete process design and can be integrated with Dry Media or ODIN depending on sulfur load and downstream operating requirements.
H2S-CONTAINING OIL / WATER → MECHANICAL H2S STRIPPING → TREATED LIQUID + H2S-CONTAINING OVERHEAD GAS → DRY MEDIA OR ODIN → TREATED GAS
THE KNOCKOUT ADVANTAGE
THE TOWER REMOVES THE H2S. KNOCKOUT PROTECTS THE TOWER.
Mechanical H2S Stripping removes H2S mechanically, while Knockout Specialty Chemicals can continue protecting and optimizing the surrounding process. Corrosion management, scale management, paraffin and flow assurance, and solids and deposition control can be applied where appropriate to protect process surfaces and asset performance.
WE CAN ENGINEER CHEMICAL OUT OF THE H2S TREATMENT WITHOUT ENGINEERING CHEMICAL EXPERTISE OUT OF THE FACILITY. REMOVE THE CHEMICAL THAT ISN’T NEEDED. USE CHEMISTRY WHERE IT CREATES VALUE.
STRIP IT FROM THE LIQUID. CAPTURE IT FROM THE GAS.
MECHANICAL H2S STRIPPING → H2S-CONTAINING OVERHEAD GAS → H2S KNOCKOUT DRY MEDIA → TREATED GAS. One technology removes H2S from the liquid; the second manages H2S in the resulting gas stream.
WHEN THE SULFUR LOAD CHANGES THE ECONOMICS.
For larger sulfur-load applications, ODIN ECSRU can be evaluated for treatment of the H2S-containing gas produced by the stripping process as part of an integrated sulfur-management platform.
ONE KNOCKOUT
THE CUSTOMER DOESN’T NEED A TOWER VENDOR. THE CUSTOMER NEEDS THE PROCESS TO WORK.
ENGINEERING → FABRICATION → AUTOMATION → FIELD INSTALLATION → MECHANICAL H2S STRIPPING → OVERHEAD H2S TREATMENT → SPECIALTY CHEMICALS → FIELD SERVICE → MONITORING & OPTIMIZATION
Knockout Engineering designs the process. Knockout Fabrication builds the system. Automation controls it. Field Services install and support it. H2S Knockout selects and integrates treatment technology. Specialty Chemicals protect the process and surrounding assets.
WE DIDN’T VERTICALLY INTEGRATE TO SELL MORE SERVICES. WE VERTICALLY INTEGRATED SO WE COULD SOLVE MORE OF THE PROBLEM.
Mechanical H2S Stripping Towers represent the full Knockout model: process engineering, fabrication, automation, H2S technology, specialty chemistry, vapor-management support, field installation, field service, and continuous optimization working together around the operating problem.
STRIP THE H2S. TREAT THE GAS. PROTECT THE ASSET. OPTIMIZE THE PROCESS. ONE KNOCKOUT TEAM.
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