- A detailed ergonomic assessment of ladder climbing: key risks (short- and long-term) to technicians in the offshore wind industry
- Offshore wind leaders event report: Aims, action and industry commitment
- Good practice guideline working at height in the offshore wind industry
- G+ 2020 incident data report
- G+ 2018 incident data report
- G+ 2017 incident data report
- G+ 2016 incident data report
- UK Offshore wind health and safety statistics 2016 report
- G9 2015 incident data report
- UK Offshore wind HSE statistics 2015 report
- G9 2014 incident data report
- UK Offshore wind HSE statistics 2014 report
- G9 Safe by Design workshop report: Marine transfer/access systems
- G9 Safe by Design workshop report: Escape from the nacelle in the event of a fire
- G+ Safe by Design workshop report: WTG service lifts
- G+ Safe by Design workshop report: Davit cranes
- G+ Safe by Design workshop report: WTG access and egress
- G+ Safe by design workshop report: WTG access to the transition piece (below airtight deck)
- G+ Safe by design Workshop report: Hydraulic torqueing and tensioning systems
- G+ Safe by design Workshop report update: WTG service lifts – follow-up on workshop conclusions
- Danish translation - Good practice guideline - Working at height in the offshore industry
- Danish translation - Good practice guideline - The safe management of small service vessels used in the offshore wind industry
- German translation - Good practice guideline - Working at height in the offshore industry
- Mandarin translation - Good practice guideline - The safe management of small service vessels used in the offshore wind industry
- Construction vessel guideline for the offshore renewables industry
- G9 2013 incident data report
- G+/DROPS Reliable securing booklet for offshore wind
- G+ Examining the impact of floating wind turbines on the human operator: A scoping review
Offshore safety
The EI’s offshore safety resources focus on the operation of different installation types and wells and the design and analysis of equipment. Using these resources should help duty holders to better manage the safety of offshore installations; in particular, major accident hazards.
Other titles
- Model code of safe practice Part 1: The selection, installation, inspection and maintenance of electrical and non-electrical apparatus in hazardous areas
- EI Model code of safe practice Part 15: Area classification for installations handling flammable fluids
- EI Research report: A framework for monitoring the management of ageing effects on safety critical elements
- Guidance on risk-based inspection for fixed steel offshore structures
- Guidelines for offshore oil and gas installations that are not permanently attended
- Guidelines for routine and non-routine subsea operations from floating (drilling) vessels
- Guidelines for safe operation and management of ageing gas turbines on offshore petroleum installations
- Guidelines for the analysis of jackup and fixed platform well conductor systems
- Guidelines for the design and protection of pressure systems to withstand severe fires
- Guidelines for the management of obsolescence in subsea facilities
- Guidelines for the management of safety critical elements
- Guidelines for the safe and optimum design of hydrocarbon pressure relief and blowdown systems
- Model Code of Safe Practice Part 17: High pressure and high temperature (HPHT) well planning, control, completions and interventions
- Pipeline and riser loss of containment 2001 – 2012 (PARLOC 2012)
- Standard Contracts for the UK offshore oil and gas industry
- Defect assessment in offshore structures
- Disposal of nuclear waste at sea
- Floating structures: A guide for design and analysis
- Guide to quantitative risk assessment for offshore installations
- High strength steels - the significance of yield ratio and work hardening for structural performances
- Guidelines for the life extension for safe operation of ageing rotating equipment on offshore petroleum installations: centrifugal compressors