Process design and systems engineering

Turn feedstock, objectives, site, utilities and local requirements into process flow, equipment, layout, interfaces and acceptance boundaries.

The preliminary route supports early discussion. Final configuration follows detailed design, local review and approved project documents.

Process and engineering outputs

Establish the design basis before turning project conditions into an executable scope

Engineering starts with feedstock, output objectives, operating organization, site, utilities and local requirements. A concept compares routes; procurement and fabrication require approved flows, equipment lists, interfaces and acceptance documents.

From project inputs to an executable proposal

Review design inputs

Confirm feedstock tests, supply, outputs, hours, site and local responsibilities.

Compare routes

Compare pretreatment, operating mode, condensation, gas, environmental and downstream modules.

Check material and energy assumptions

Use stated assumptions to review feed, streams, utilities and major equipment loads.

Define equipment and interfaces

Set core equipment, supporting modules, mechanical, electrical, controls and civil interfaces.

Review layout and maintainability

Check logistics, operation, lifting, fire access, cleaning and maintenance space.

Approve documents and control changes

Carry approved revisions, open items and changes into fabrication and acceptance.

Engineering items normally defined early

Design basis and feedstock boundary
Process flow and main material-stream narrative
Equipment list, preliminary layout and interface schedule
Utility conditions and open-item register
Supply scope, exclusions and responsibility matrix
Technical bid-comparison matrix and deviation schedule

Local team and shared confirmation

Permits, environmental review, fire and applicable rules
Civil works, foundations, pipe racks and site construction
Water, power, fuel, storage and discharge interfaces
Product standards, testing and downstream market