Compressor Skid Package Design Services | KHAAS
KHAAS Design & Engineering provides compressor skid package design services for EPC contractors, compressor OEMs, package suppliers and fabricators. We support oil and gas, process and industrial projects with structural and mechanical engineering tailored to the agreed package scope.
Based in Chennai, India, our team supports projects worldwide with base-frame analysis, equipment layout coordination, piping interfaces, handling assessments and fabrication documentation. We coordinate around approved compressor vendor data and project requirements from the design basis through drawing revisions.
What Is a Compressor Skid Package?
A compressor skid package integrates a compressor and its driver with associated equipment on a common structural base. Depending on the service and package configuration, it may include piping, vessels, coolers, lubrication equipment, instruments and control interfaces.
The package layout must coordinate operating requirements, maintenance access, equipment support points, piping connections and installation constraints. Compressor selection, process performance and control-system responsibilities are defined with the client and relevant vendors.
Compressor Package Applications
Engineering requirements vary with the compressor type, driver, process service and installation. Our project scope can address:
Rotary screw compressor skid packages.
Reciprocating compressor package support structures.
Air and instrument air compressor packages.
Gas compression and booster package base frames.
Electric motor or engine-driven package arrangements.
Modular packages for onshore and offshore projects, subject to project-specific requirements.
Hazardous-area requirements, certification and specialist equipment responsibilities must be established with the client and package vendors. These are not implied by the structural design scope.
Our Compressor Skid Package Design Scope
Base-Frame Structural Analysis
Develop the skid framing and equipment supports using approved weights, centres of gravity and reactions. Assess strength, stability and deflection for specified operating, test, maintenance and environmental conditions.
Vibration and Dynamic Assessment
Where required, define the dynamic assessment using vendor excitation data, operating speeds, mass properties and acceptance criteria. Coordinate the skid, equipment and foundation assumptions. Static strength checks alone do not establish acceptable vibration performance.
Piping and Equipment Interfaces
Coordinate piping routes, supports, thermal movement and nozzle-load requirements. Our pipe stress analysis services can support the agreed piping scope. Pulsation and acoustic assessments require defined responsibilities and suitable specialist inputs.
Lifting and Transportation
Assess the approved handling and shipping conditions, lifting arrangement and centre of gravity. Design lifting lugs, connections and transport restraints within scope, using the specified loads and boundary conditions.
3D Models and Fabrication Drawings
Prepare coordinated models, general arrangements, member and connection details, support drawings and material schedules in the agreed formats. Resolve access, equipment removal and foundation interfaces with the package team.
Compressor Skid Package Design Methodology
1. Establish the Design Basis
Review the package specification, vendor general arrangement, equipment datasheets and project criteria. Confirm the governing codes and editions, scope boundaries, required assessments and document schedule.
2. Coordinate the Package Layout
Arrange equipment support points, piping interfaces and maintenance access within the available footprint. Confirm base-frame elevations, lifting provisions, transport limits and foundation connections.
3. Develop Loads and Analyse the Skid
Build the structural model using approved loading and support conditions. Evaluate the specified load cases and review governing member forces, deflections and interface reactions.
4. Resolve Dynamic and Piping Interfaces
Complete any agreed vibration and piping assessments using the relevant vendor inputs. Feed revised equipment or support loads back into the structural design and track outstanding interface information.
5. Detail Connections and Handling Provisions
Develop welded and bolted connections, base plates, anchorage interfaces and lifting details. Coordinate fabrication access, tolerances and installation requirements.
6. Check and Issue Deliverables
Cross-check reports, models and drawings before submission. Record assumptions, respond to client comments and assess changes to equipment, layout or loading before issuing revisions.
Typical Compressor Skid Engineering Deliverables
Design basis and structural calculation reports.
Specified lifting and transportation assessment reports.
Dynamic assessment reports where included.
Pipe stress reports and support-load schedules within scope.
3D coordination models and general arrangement drawings.
Skid fabrication, connection and lifting-detail drawings.
Foundation reaction and anchorage interface information.
Material take-offs and controlled revision records.
Inputs Required for a Quotation
Share the compressor and driver datasheets, package layout, equipment weights and centres of gravity, support and anchor details, piping information and project specifications. Include lifting and transport requirements, required deliverables and the target schedule.
For dynamic assessment, provide vendor operating speeds, excitation information and vibration criteria. Preliminary inputs are welcome; we will identify missing information and confirm the proposed scope before detailed engineering.
Compressor Package Engineering for Global Projects
KHAAS supports clients in India, the UAE, Saudi Arabia, Oman, Qatar, Singapore, the USA and other international markets. Our Chennai-based team coordinates with EPCs, OEMs, package suppliers and fabricators around agreed review stages and document requirements.
Related services include skid package engineering, modular skid design and plant and equipment foundation design. Coordinating these interfaces helps align the skid model with piping loads and site support conditions.
Compressor Skid Package Design FAQs
Does the scope include compressor selection?
Compressor process sizing, selection and performance guarantees are assigned explicitly in the project scope. KHAAS coordinates structural and mechanical interfaces using approved information from the responsible compressor vendor and process team.
Is vibration analysis required for every package?
The required assessment depends on the compressor type, operating conditions, support system and project criteria. Confirm the method and vendor data requirements at the design-basis stage.
Can lifting and transport be assessed with the operating design?
Yes, when included in scope. Handling and shipping may have different weights, restraints and support conditions, so the analysis must represent each specified configuration.
Can KHAAS support fabrication revisions?
Yes. Fabrication queries and revisions can be included in the agreed services. Changes to equipment, connections or loading are reviewed for their effect on the existing calculations and drawings.
Request a Compressor Skid Package Design Proposal
Contact KHAAS Design & Engineering with your compressor package drawings, vendor information and project specifications for a scope review and quotation.
Phone: +91 95511 44115
Email: inquiries@khaas-group.com
Location: Chennai, India — supporting projects worldwide.
