KNOCKOUT ENGINEERING

FROM A THREE-PHASE SEPARATOR TO AN ENTIRE REFINERY.

FROM A THREE-PHASE SEPARATOR TO AN ENTIRE REFINERY.

Knockout Engineering brings together consultants and industry experts with more than 100 years of combined experience across upstream, midstream, downstream, fabrication, and facility operations. We engineer new systems, optimize existing ones, solve complex operating problems, and provide contract engineering support.

100+

YEARS OF COMBINED INDUSTRY EXPERIENCE

EXPERIENCE ACROSS THE FULL ENERGY VALUE CHAIN. Team members bring perspective from major operators, major fabricators, process facilities, and industrial projects spanning individual process equipment through complete refinery-scale systems.

UPSTREAM → MIDSTREAM → DOWNSTREAM | SEPARATOR → VESSEL → SKID → PROCESS SYSTEM → FACILITY → LARGE INDUSTRIAL COMPLEX

BUILD THE NEXT KNOCKOUT SOLUTION.

Internal Engineering serves as the technical engine behind the Knockout platform—designing new processes, improving systems, developing equipment, optimizing H2S technologies, supporting chemical programs, and turning field problems into new solutions.

PUT THE SAME EXPERIENCE TO WORK ON YOUR FACILITY.

Knockout Engineering provides contract engineering and technical consulting for operators, industrial facilities, fabricators, and project teams—from a single equipment problem to a complete process or facility challenge.

HOW WE ENGINEER

START WITH THE OPERATING PROBLEM.

Engineering should not begin with a predetermined piece of equipment. It should begin with what the operation is trying to achieve, then evaluate process conditions, flow, pressure, temperature, fluid composition, chemistry, equipment, operating constraints, capital cost, operating cost, maintenance, and field reality.

DEFINE THE PROBLEM → UNDERSTAND THE PROCESS → IDENTIFY THE CONSTRAINTS → DEVELOP THE SOLUTION → ENGINEER THE SYSTEM → BUILD / IMPLEMENT → MEASURE PERFORMANCE → OPTIMIZE

ENGINEERING → FABRICATION → FIELD

THE PEOPLE DESIGNING IT CAN TALK DIRECTLY TO THE PEOPLE BUILDING IT.

Engineering decisions can consider constructability, materials, access, vessel configuration, piping, skid layout, installation, maintainability, and field modifications. Fabrication feedback can return directly to Engineering, while field performance informs current operations and future systems.

ENGINEER → FABRICATE → AUTOMATE → INSTALL → OPERATE → MONITOR → LEARN → OPTIMIZE → ENGINEER

FIELD PERFORMANCE BACK TO ENGINEERING.

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