Skid Engineering

Optimized, Safe, and Installation Ready Engineering Solutions.

Skid Engineering

Skid Engineering Services

Bring equipment, piping and structure into one skid.

Develop compact equipment packages with coordinated connections, supports and fabrication information. Teckniv integrates mechanical equipment, piping, structural framing and electrical or instrumentation interfaces on a common skid. The design considers operation, maintenance, transport and installation alongside the space available.

Who we support

Package OEMs, skid fabricators and EPC contractors developing compact process or utility systems with defined plant connections and handling requirements.

Discuss your project
Skid Engineering Services illustration
Skid Engineering Services • India & international projects

01 / Engineering capabilities

Capabilities shaped around your project.

The scope is agreed around the decisions, interfaces and engineering outputs your team needs. These work areas can be combined into a defined package.

Package layout and integration

Develop equipment arrangements and coordinated 3D models. Review access, piping routes, valves and the interfaces between the skid and the receiving plant.

Piping and mechanical engineering

Prepare fabrication isometrics, material quantities and stress inputs. Evaluate equipment connections and operating or transport conditions within the agreed analysis scope.

Structural and handling design

Develop the base frame, supports, lifting provisions and foundation interfaces. Coordinate weights, center of gravity, anchorage and handling requirements.

Electrical and instrumentation interfaces

Develop cable tray, junction-box and tubing arrangements as required. Coordinate installation details and package documentation across disciplines.

02 / Your engineering package

Clear deliverables. Ready for the next team.

The deliverable list is agreed at the start. Each issue identifies its purpose, revision and outstanding inputs for the next project stage.

  • Skid general arrangements and 3D models
  • Frame and fabrication drawings
  • Piping isometrics and material take-offs
  • Weight and center-of-gravity information
  • Lifting and anchorage design inputs
  • Electrical and instrument interface drawings

03 / How we work

A clear route from requirement to handover.

We establish the design basis first, then develop and review the package with your project team.

  1. 01

    Agree the requirement

    Define the package boundaries and equipment arrangement.

  2. 02

    Develop the package

    Develop the coordinated model and discipline calculations.

  3. 03

    Review & coordinate

    Review access, fabrication, transport and lifting interfaces.

  4. 04

    Issue & hand over

    Issue drawings, quantities and the package interface records.

04 / The technical context

Aligned with your facility and requirements.

The equipment duty, project location and client standards determine the methods, platforms and acceptance criteria.

Industries & applications

Process, chemical, oil and gas, power and utility packages, including equipment skids for new installations and plant upgrades.

Software & digital delivery

Coordinated 3D models, fabrication isometrics, material schedules and structural analysis support skid delivery. CAD and review formats are selected to match the fabricator and client engineering environment.

Standards & design basis

Applicable piping, mechanical, structural and electrical criteria are combined with package specifications. Operating loads, lifting, transportation, center of gravity and foundation interfaces are assessed against the agreed design basis.

05 / Before you begin

Frequently asked questions

Practical answers to common scope and coordination questions.

Can Teckniv support a vendor package?
Yes. Engineering can be scoped around the vendor’s equipment and fabrication requirements, with design responsibilities and external interfaces clearly defined.
How are skid and site-foundation responsibilities separated?
The interface defines skid loads, anchor locations and connection requirements. Detailed foundation design and installation responsibilities are agreed with the receiving plant team so that no interface is assumed to belong to another party.
Which skid interfaces need to be fixed early?
Process connections, electrical and instrument interfaces, dimensions, equipment maintenance space, lifting points and foundation requirements. These influence both the skid arrangement and the receiving plant design.
Are transport and lifting checks part of the normal operating analysis?
They represent different conditions and may govern parts of the frame or restraints. Required handling and transport cases are defined explicitly, with the assumptions provided by the relevant project specialists.