Offshore Air Compressor Skid Packages — Engineered for 30 Years of Uninterrupted Operation
- Model
- Offshore Compressor-01
Item specifics
- Colar
- Custom
- Material
- 316 Stainless Steel+Carbon Steel
- Work Pressure
- 8 bar or Custom
- Power
- 132KW/185KW or Custom
- Air volume
- 900 m3/hour
- Testing
- Pipeline pressure testing
- Certification
- CCS CE ISO9001 ISO14001 ISO45001
- Theoretical lifespan
- 30+ Year
- Warranty
- 1 Year
Review
Description
Custom Skid Mounted Air Compressor Packages For Offshore Drilling Platforms
FPSOs, and marine vessels. 316L stainless steel construction, 100% X-ray tested welds, and CCS/DNV certif ication — delivered plug-and-play.
- 🛡️ 30-Year Design Life — Built for long-term offshore operation
- 🌊 316L Stainless Steel — Corrosion-resistant saltwater construction
- ✅ Full Documentation Package — Pass classification society audit first time
- 🚢 On-Time Delivery Record — 98% projects delivered ahead of schedule
ISO 9001:2015 | CCS Type Approval | ASME Welding | 15+ Years Offshore Experience | 24/7 Technical Support
Why Standard Air Compressors Fail Offshore — And What It Costs You
An offshore air compressor isn't just another piece of equipment. On a drilling platform or FPSO, compressed air powers critical instruments, valve actuators, pneumatic tools, and safety systems. When the compressor goes down, the entire operation can grind to a halt.
Here are the six challenges every offshore operator faces:
🔴 Costly Downtime
A single compressor failure on a drilling platform can cost $50,000–$100,000+ per day in lost production. Offshore equipment change-out requires crane vessel mobilization, diving support, and a weather window — often waiting months for the next available slot.
🔴 Saltwater Corrosion
Standard carbon steel and 304 stainless steel equipment can fail in just 2–3 years in offshore chloride environments. Salt spray, high humidity, and cyclic loading accelerate pitting and crevice corrosion in piping, valves, and receiver tanks.
🔴 Strict Certification Requirements
Offshore equipment requires CCS, ABS, or DNV approval, IECEx/ATEX explosion-proof certification for hazardous areas, and full documentation including MTRs, WPS/PQR, and NDT reports. Suppliers that can't provide complete documentation cause costly project delays.
🔴 Limited Deck Space & Weight
Platform deck space comes at an astronomical premium. Every square meter is pre-allocated in the layout drawing. Equipment must fit exact footprint dimensions and weight limits — and skid-mounted design is non-negotiable for fast installation.
🔴 Tight Project Windows
Offshore installation has strict weather and vessel windows. A delayed compressor skid package can push back the entire project schedule, triggering penalty clauses in EPC contracts. Procurement teams need suppliers with proven project management and on-time delivery.
🔴 Hard-to-Reach After-Sales Service
Sending a technician offshore costs $10,000+ per trip, including helicopter or crew boat transfer, safety training, and per diem. Spare parts lead times can stretch for months. Remote monitoring and reliable spare parts support are essential to keep operating costs down.
We designed our offshore compressor packages to solve every one of these challenges. Here's how.
A Complete Skid-Mounted Solution — Engineered for the Offshore Environment
Our air compressor skid systems integrate the compressor, air receiver, aftercooler, filtration, dryer, and controls onto a single welded skid — fully tested and certified before it leaves our factory. Every unit is custom-engineered to your platform's exact specifications.
| Your Challenge | Our Solution |
| Costly downtime | 30-year design life with API 619 component selection and remote SCADA monitoring |
| Saltwater corrosion | Full 316L stainless steel chassis and piping with marine-grade coating system |
| Strict certification | CCS certified, explosion-proof options, complete 16-document package |
Limited space & weight | Custom skid layout engineered to your footprint and weight limits, compact modular design |
Tight project windows | Dedicated project manager, weekly progress reports, 98% on-time delivery record |
Hard-to-reach service | 24/7 remote technical support, recommended spare parts package, optional field service |
First Level Energy Efficient Smart Air Compression Station 3D Model
3D Model of a Skid-Mounted Air Compressor for an Offshore Platform
Additional notes：Whether you need an instrument air compressor offshore for critical control valves, a utility air compressor offshore for pneumatic tools and general service, or a combined package serving both, our engineering team will design a system that matches your exact air demand profile, pressure requirements, and platform layout.
Engineering Details That Set Our Offshore Compressors Apart
30-Year Design Life — Engineered for Uninterrupted Operation
Jinjing offshore air compressor packages are designed for a 30-year service life — matching the typical design life of modern offshore drilling platforms and FPSOs. We don't cut corners on component selection or structural design.
How we achieve it:
- Key rotating components selected per API 619 standards, including heavy-duty bearings, gears, and mechanical seals
- Fatigue life analysis covers full lifecycle load spectra, including start-stop cycles and continuous operation at maximum load
- Corrosion allowance of minimum 3mm on all pressure-containing parts, per NORSOK M-120 standards
- Vibration analysis verified to API 618 requirements (amplitude < 2.54 mm/s)
- Redundant filtration protects the compressor air end from particulate ingestion
A 30-year design life means your compressor won't need replacement mid-platform-life — avoiding the $500,000+ cost of offshore equipment change-out, including crane vessel mobilization, diving support, and production downtime. Our units are built to run continuously for decades, not years.
316L Stainless Steel — Built to Survive Saltwater Corrosion
Every chassis, pipe, flange, and valve fitting in our skid mounted air compressor packages is manufactured from 316L stainless steel — the industry standard for offshore corrosion resistance.
How we achieve it:
- Skid frame, piping, flanges, and valves all in 316L (containing 2–3% molybdenum for chloride pitting resistance)
- 316L welding wire for all welds, with post-weld pickling and passivation to restore corrosion resistance at heat-affected zones
- Marine-grade coating system: epoxy zinc-rich primer + polyurethane topcoat, minimum 240μm DFT on carbon steel components
- Electrical enclosures rated IP66, with marine-grade stainless steel cable glands and conduit
- Comparison: 316L offers 3–5x longer service life than 304 stainless steel in salt spray environments
What this means for you:
316L stainless steel resists chloride pitting and crevice corrosion in salt spray environments — extending maintenance intervals from quarterly to annually, and eliminating the risk of catastrophic pipe failure due to corrosion. Your corrosion resistant air compressor will look and perform like new after years of offshore service.
100% X-Ray NDT — Every Pressure Weld Verified
The bottom skid is fully welded, and every flange and connecting pipeline weld undergoes 100% X-ray non-destructive testing — no exceptions. Weld failure is the #1 cause of offshore compressor piping incidents, and we eliminate that risk before shipment.
How we achieve it:
- All pressure-containing welds: 100% Radiographic Testing (RT) per ASME V, Article 2
- Skid structural welds: 100% Magnetic Particle Testing (MT) or Penetrant Testing (PT)
- All welders certified to ASME IX / ISO 9606-1, with current qualification records
- Welding Procedure Specifications (WPS) supported by Procedure Qualification Records (PQR) — fully traceable
- Weld acceptance criteria per ASME B31.3 for process piping
What this means for you:
Every pressure-containing weld is 100% X-ray tested — eliminating the risk of in-service weld failure. Full NDT documentation passes CCS/ABS/DNV survey on first submission, avoiding costly re-inspection and project delays.
Waterproof Intelligent LCD Control Panel — Monitor From the Control Room
Our intelligent LCD control panel is custom-built with a waterproof design, rated IP66 for washdown and salt spray protection. The built-in PLC enables full automation and remote integration with your platform SCADA system.
How we achieve it:
- IP66-rated enclosure, protected against powerful water jets and sea spray
- 7-inch color LCD displaying discharge pressure, temperature, running hours, and fault codes in real time
- Built-in PLC with auto start/stop, load/unload control, and multi-unit sequencing
- Communication protocols: Modbus RTU/TCP, Profibus, HART (optional) — ready for platform SCADA integration
- Remote monitoring: compressor health data accessible from the platform control room, reducing routine inspection trips to the equipment deck by 80%
- Fault log: stores the last 50 fault events with timestamps for offline diagnosis
What this means for you:
The IP66 control panel survives washdowns and salt spray without corrosion. Remote SCADA integration allows platform operators to monitor compressor health from the control room — reducing routine inspection trips and enabling early warning of potential issues before they become failures.
CCS Certified & 100% Factory Inspection — Ready for Offshore Service
Every air compressor skid system passes 100% factory inspection before shipment, with CCS surveyor witness available on request. We meet CCS quality standards and can provide ABS, DNV, LR, BV, or NK certification as required by your project.
How we achieve it:
- Factory test program: visual inspection, dimensional check, insulation resistance test, high-voltage test, no-load run test, load run test, vibration test, noise test, hydrostatic pressure test, air tightness test
- Testing sequence: internal self-inspection → classification society surveyor witness → final test report issuance
- Available certifications: CCS (China Classification Society), ABS (American Bureau of Shipping), DNV (Det Norske Veritas), LR (Lloyd's Register), BV (Bureau Veritas)
- Explosion-proof options: IECEx / ATEX certification for Zone 1 or Zone 2 hazardous area installations
- Full documentation package: 16 categories of documents delivered with every unit (see Documentation Package section)
What this means for you:
100% factory inspection with classification society witness means your CCS certified air compressor arrives fully certified — no surprise rejections during platform commissioning. We provide the complete documentation package your procurement and engineering teams need for internal review and regulatory filing.
List of Inspection Items for Offshore Skid Mounted Air Compressor Project | |
| Material Test | Mill certificates for all pressure-containing materials (EN 10204 3.1) |
| Weld Inspection | X-Ray 100% Testing |
| Hydrostatic Test | 100% g pipeline water pressure testing, qualified before leaving the factory |
Air Tightness Test | Leak test results at operating pressure |
Electrical Test | Insulation resistance, high-voltage, and grounding test results |
Vibration & Noise Test | Vibration amplitude and noise level measurements |
Whole Machine Inspection | The product must strictly pass all CCS indicators and can leave the factory after meeting the standards. |
As an experienced offshore air compressor manufacturer, we understand exactly what documentation your project requires. Contact Us Now
Project Management & Delivery — On Time, Every Time
We understand that offshore projects have non-negotiable deadlines. A delayed offshore compressor package can push back platform installation, trigger penalty clauses, and cost your project millions. That's why we assign a dedicated project manager to every order and maintain a 98% on-time delivery record.
Week 1: Requirements Confirmation & Technical Proposal
- Receive your specification and platform layout drawings
- Technical clarification meeting (video conference)
- Engineering team develops concept design and quotation
Week 2–3: Detailed Engineering Design
- Mechanical design: skid layout, piping routing, equipment selection
- Electrical design: control panel, motor, instrumentation, communication
- P&ID and general arrangement drawings issued for client review
- Design freeze upon client approval
Week 4–8: Manufacturing & Production
- Material procurement with MTR traceability
- Cutting, machining, and fabrication
- Welding per approved WPS/PQR
- 100% NDT inspection (RT/MT/PT)
- Weekly progress reports with photos sent every Friday
Week 9–10: Assembly & Integration
- Compressor, receiver, cooler, and controls mounted on skid
- Piping installation and torque verification
- Electrical wiring and termination
- Single-unit commissioning and function test
Week 11: Factory Acceptance Test (FAT)
- Complete test program per approved FAT protocol
- Client and/or classification society surveyor witness
- FAT report issued with sign-off
- Any non-conformities resolved and re-tested
Week 12: Packaging & Shipment
- Export packaging: vapor barrier, desiccant, wooden crate/skid
- Stainless steel parts protected with anti-corrosion film
- Loading and containerization
- Shipping documents issued and vessel booking confirmed
- Advance shipping notice (ASN) sent to client
After-Sales Support — We Stand Behind Every Compressor We Build
Our relationship doesn't end at shipment. Once your marine air compressor is installed and running on the platform, we provide comprehensive after-sales support to keep it operating at peak efficiency for its full 30-year design life.
24/7 Remote Technical Support
- Technical hotline: 24-hour response, preliminary solution within 4 hours
- Remote diagnosis: read fault codes and operating parameters via PLC communication interface
- Video guidance: engineers guide on-site personnel through troubleshooting via video call
- Online knowledge base: operation manuals, troubleshooting guides, and maintenance videos
Spare Parts Assurance
- Recommended spare parts package (2-year operating spares): shipped with the equipment to avoid emergency procurement
- Critical spare parts inventory: common wear parts (filters, seals, bearings, sensors) kept in stock
- Emergency spare parts air freight: dispatched within 48 hours to major global ports
- Spare parts lifecycle management: replacement reminders based on actual running hours
On-Site Field Service
- Installation supervision: engineer travels to site for installation guidance and commissioning (optional)
- First start-up: on-site commissioning service to ensure proper operation from day one
- Periodic inspection: annual or semi-annual on-site inspection service (optional service contract)
- Major overhaul service: complete overhaul and refurbishment after 5–10 years of operation
Warranty Commitment
- Warranty Period: 12 months from commissioning date, or 18 months from shipment date — whichever comes first
- Warranty Coverage: Free replacement of defective parts (including freight) during warranty period
- Warranty Support: 24/7 free technical support throughout warranty period
- Extended Warranty: Optional extended warranty contracts available for up to 5 years
Technical Specifications — Built to Your Exact Requirements
Every high pressure offshore air compressor package is custom-engineered to your project's specifications. Below are our standard ranges — contact our engineering team for a tailored technical proposal.
| Parameter | Specification | Applicable Standard |
| Compressor Type | Oil-free screw / oil-injected screw / reciprocating | API 619 / ISO 1217 |
| Capacity (Flow Rate) | 5–500 m³/min (175–17,650 CFM) | ISO 1217 Annex C |
| Discharge Pressure | 3–40 bar(g) (45–580 psi) | ASME BPVC Section VIII |
Motor Power | 15–1000 kW (20–1,350 HP) | IEC 60034 |
Voltage / Frequency | 380V/50Hz, 415V/50Hz, 440V/60Hz, 690V/60Hz (customizable) | IEC 60034 |
Protection Rating | IP54 standard, IP66 for offshore control panel | IEC 60529 |
Explosion Proof | IECEx / ATEX Zone 1 or Zone 2 (optional) | IEC 60079 / EN 60079 |
Air Receiver | Vertical/horizontal, ASME U-stamp available | ASME BPVC Section VIII Div.1 |
Cooling System | Air-cooled / water-cooled / combined | - |
Filtration | Pre-filter + micro-filter + activated carbon filter (optional) | ISO 8573-1 |
Air Dryer | Refrigerated / desiccant (heatless / heated) (optional) | ISO 7183 |
Piping & Valves | 316L stainless steel, ANSI / DIN flanges | ASME B31.3 / ASME B16.5 |
Skid Frame | 316L stainless steel or carbon steel with marine coating | NORSOK M-120 |
Corrosion Allowance | Minimum 3mm on pressure parts | NORSOK M-120 |
Skid Dimensions | Custom to client footprint requirements | - |
Skid Weight | Custom to client weight limits | - |
Lifting Points | 4-point lifting with certified lifting lugs | DNV-OS-H101 |
Operating Temperature | -20°C to +50°C (customizable for arctic/tropical) | - |
Ambient Humidity | Up to 100% RH, salt-laden atmosphere | - |
Vibration Resistance | < 2.54 mm/s at operating speed | API 618 |
Inclination Resistance | Up to 15° roll / 10° pitch (marine/offshore) | DNV-OS-H101 |
Certification | CCS / ABS / DNV / LR / BV / NK，etc | - |