Real drawings. Real cabinets. Real skids. Real fabrication constraints.

A dense process system had to fit inside a structural frame while preserving valve access, instrument visibility, piping clearances, support locations and transport constraints.

Coordinate frame geometry, equipment and piping arrangement, instrument locations, interfaces, fabrication information and revision-ready documentation so shop and field teams work from the same design intent.

A complete modular package assembled in the shop and transported as an integrated skid.

Process analyzers, transmitters, tubing, power and controls had to fit inside compact enclosures without turning inspection and maintenance into a maze.

Lay out devices by function, preserve service clearances, coordinate tubing and conduit paths, mounting, segregation, tagging and accessible connections.

Organized instrument and analyzer cabinets with visible devices, controlled routing and field-service access.

Field power, relays, terminal points and equipment interfaces needed compact arrangements that remained understandable after installation.

Define component placement, mounting, terminal segregation, conductor routing, grounding and service clearances with documentation that supports fabrication and troubleshooting.

Enclosures with clear electrical interfaces, organized component placement and maintainable field connections.

Pumps, filters, valves, piping and controls had to share a small footprint while staying accessible for operation, maintenance and field connection.

Coordinate the base frame, equipment positions, piping manifolds, supports, control enclosure, valve access and connection points as one buildable package.

Compact skid assemblies that translate process requirements into maintainable physical equipment.