Oil and gas facilities require lifting systems that operate safely in high-risk, high-load, and often hazardous environments. System selection is not based on lifting capacity alone — it must account for structural constraints, duty cycles, explosion-risk zones, and compliance with safety standards.
This page is designed to help engineering, safety, and procurement teams determine which lifting system configurations are suitable — and where they are not.
Where Industrial Lifting Systems Are Used in Oil & Gas
Typical applications include:
- Maintenance and servicing of pumps, valves, and compressors
- Handling pipe sections, fittings, and drilling components
- Equipment removal and installation in processing areas
- Loading and unloading heavy components in yards and staging zones
- Support lifting in refineries, terminals, and offshore-adjacent facilities
Each application introduces different structural, environmental, and safety constraints that directly affect system selection.
Applicable Lifting Systems
Gantry Cranes
Gantry cranes are used for flexible lifting in maintenance zones, outdoor yards, and temporary lifting operations where permanent overhead systems are not feasible.
- Best for: equipment servicing, outdoor lifting, temporary operations
- Supports portable or adjustable configurations
- Requires stable ground conditions and controlled movement paths
Jib Cranes
Jib cranes are used for localized lifting around fixed work areas such as pump stations or maintenance bays.
- Best for: repetitive lifting within defined work zones
- Available as floor-mounted or wall-mounted systems
- Requires structural verification for mounting surfaces
Workstation / Light Overhead Systems
Workstation crane systems support controlled, repetitive lifting in assembly or maintenance workflows where precision and operator ergonomics are required.
- Best for: light-duty, high-frequency lifting tasks
- Suitable for enclosed or structured environments
- Limited by load capacity and span constraints
Critical System Selection Constraints
System suitability depends on the following factors:
- Load capacity: Must match maximum lift requirements with safety margin
- Span and coverage: Determines operational reach and workflow efficiency
- Mounting conditions: Floor integrity or structural support must be verified
- Duty cycle: Frequency of lifts affects system design and component selection
- Environmental conditions: Corrosion, temperature, and hazardous zones must be considered
Failure to evaluate these constraints can result in unsafe operation or system incompatibility.
Explosion Risk and Hazardous Area Considerations
Oil and gas environments may include classified hazardous zones where standard lifting equipment is not permitted.
- Explosion-proof or ATEX-rated components may be required
- Electrical systems must meet zone classification requirements
- Standard hoists and cranes may not be compliant in these environments
System selection must be aligned with site-specific hazard classifications and safety protocols.
Compliance and Safety Requirements
Lifting systems used in oil and gas operations must comply with applicable safety standards, including:
- OSHA regulations for overhead lifting and material handling
- ANSI standards for crane and hoist systems (ANSI B30 series)
- Site-specific safety and engineering requirements
Compliance verification is required before system installation and operation.
When These Systems Are NOT Suitable
Do not proceed with standard lifting systems if:
- Structural support cannot be verified or is insufficient
- Load requirements exceed rated system capacity
- Hazardous area classification requires explosion-proof equipment not specified
- Lifting involves dynamic, unstable, or suspended loads beyond system design
- Installation conditions prevent safe operation or movement
In these cases, a different lifting approach or engineered solution is required.
Request a System Recommendation
All oil and gas lifting applications require validation before system selection. Submit your project details to receive a configuration aligned with your operational and safety requirements.
- Load capacity
- Span and lifting area
- Mounting conditions
- Duty cycle
- Environmental or hazardous classification