- EI Research Report: Investigation of microbiological susceptibility of biodiesel and biodiesel blends
- EI literature review. Biofuels - potential risks to UK water resources
- EI literature review: Implications of biofuels on microbial spoilage and corrosion within the fuel distribution chain and end use
- Ethanol effects on the fate and transport of gasoline constituents in the UK
- Guidance for a product identification system for petroleum products and other fuels
- Guidance for the storage and handling of biofuels at filling stations
- Guidance for the storage and handling of fuel grade ethanol mixtures at petroleum distribution installations
- Microbiology technical bulletin: Microbial growth in biodiesels and other fuels containing fatty acid methyl esters (FAME)
- IP 539: Determination of water content of ethanol - Coulometric Karl Fischer titration method
- IP 547: Fat and oil derivatives - Fatty acid methyl ester (FAME) - Determination of Ca, K, Mg and Na content by optical emission spectral analysis with inductively coupled plasma (ICP OES)
- IP 552: Ethanol as a blending component for petrol - Determination of inorganic chloride - Potentiometric method
- IP 555: Ethanol as a blending component for petrol - Determination of phosphorus content - Ammonium molybdate spectrometric method
- IP 556: Ethanol as a blending component for petrol - Determination of copper content - Graphite furnace atomic absorption spectrometric method
- IP 557: Ethanol as a blending component for petrol - Determination of pHe
- IP 563: Ethanol as a blending component for petrol - Determination of inorganic chloride and sulfate content - Ion chromatographic method
- IP 573: Ethanol as a blending component of petrol - Determination of appearance - Visual method
- IP 574: Automotive fuels - Fatty acid methyl ester (FAME) fuel and blends with diesel fuel - Determination of oxidation stability by accelerated oxidation method
- IP 576: Ethanol as a blending component for petrol - Determination of dry residue (involatile material) - Gravimetric method
- IP 578: Petroleum products and fat and oil derivates - Fatty acid methyl esters (FAME) for diesel engines - Determination of polyunsaturated (≥4 double bonds) fatty acid methyl esters (PUFA) by gas chromatography
- IP 579: Liquid petroleum products - Determination of fatty acid methyl ester (FAME) content in middle distillates - Infrared spectrometry Method
- IP 581: Ethanol as a blending component for petrol - Determination of phosphorus, copper and sulfur content - Direct method by inductively coupled plasma optical emission spectrometry (ICP OES)
- IP 586: Automotive fuels - Ethanol blending component and ethanol (E85) automotive fuel - Determination of electrical conductivity
- IP 590: Determination of fatty acid methyl esters (FAME) in aviation turbine fuel - HPLC evaporative light scattering detector method
- IP 606: Automotive fuels - Determination of high-boiling components including fatty acid methyl esters in petrol – Gas chromatographic method copy
- IP 607: Automotive fuels - Determination of iodine value in FAME - Calculation method from gas chromatographic data
- IP 609: Petroleum products and fat and oil derivatives - Determination of phosphorus content in fatty acid methyl esters (FAME) - Optical emission spectral analysis with inductively coupled plasma (ICP OES)
Renewables
The EI has developed a number of publications relating to renewable fuels and renewable power generation.
We have taken a leading role in researching the impacts that biofuels may have in the distribution chain, with the development of applicable guidance for distribution and marketing operations, environmental analysis and assessing microbial growth.
Furthermore the EI are in working in partnership with the G+ Offshore Wind Health and Safety Organisation (G+) to develop a programme of good practice guidance on health and safety issues in the offshore wind sector and with SafetyOn, the health and safety organisation for the Onshore wind on a programme of health and safety good practice for the onshore wind sector in the UK.
If you are interested in purchasing any of the publications in this area in hard copy format, please contact: gplus@energyinst.org
- A detailed ergonomic assessment of ladder climbing: key risks (short- and long-term) to technicians in the offshore wind industry
- Case study on reducing manual handling and ergonomics related incidents in the offshore wind industry
- Japanese translation - Case study on reducing manual handling and ergonomics related incidents in the offshore wind industry
- French translation - G+/DROPS Reliable securing booklet for offshore wind
- French translation - Good practice guideline - The safe management of small service vessels used in the offshore wind industry
- G+ 2022 incident data report
- G+ 2021 incident data report
- G+ 2020 incident data report
- G+ 2019 incident data report
- G+ 2018 incident data report
- G+ 2017 incident data report
- G+ 2016 incident data report
- G9 2015 incident data report
- G9 2014 incident data report
- G9 2013 incident data report
- UK Offshore wind health and safety statistics 2016 report
- UK Offshore wind HSE statistics 2015 report
- UK Offshore wind HSE statistics 2014 report
- G9 Safe by Design workshop report: Escape from the nacelle in the event of a fire
- G9 Safe by Design workshop report: Marine transfer/access systems
- 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
- Offshore wind leaders event report: Aims, action and industry commitment
- Good practice guideline the safe management of small service vessels used in the offshore wind industry
- Good practice guideline working at height in the offshore wind industry
- Good practice guidelines for safe helicopter operations in support of the global offshore wind industry (Section A)
- Good practice guidelines for safe helicopter operations in support of the global offshore wind industry (Section B)
- 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 - G+/DROPS Reliable securing booklet for offshore wind
- Mandarin translation - Good practice guideline - The safe management of small service vessels used in the offshore wind industry
- Japanese 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
- German translation - G+/DROPS Reliable securing booklet for offshore wind
- German translation - Good practice guideline - The safe management of small service vessels used in the offshore wind industry
- G+/DROPS Reliable securing booklet for offshore wind
- G+ Safe by design Workshop report update: WTG service lifts – follow-up on workshop conclusions
- Traditional Mandarin translation - Good practice guideline - The safe management of small service vessels used in the offshore wind industry
- Traditional Mandarin translation - G+ Integrated Offshore Emergency Response (G+ IOER) Good practice guidelines for offshore renewable energy developments
- Traditional Mandarin translation - Case study on reducing manual handling and ergonomics related incidents in the offshore wind industry
- Good practice guideline - Offshore wind farm transfer
- G+ Global Offshore Wind Health and Safety Organisation Brochure
- Japanese translation - G+ Global Offshore Wind Health and Safety Organisation Brochure
- G+ Integrated Offshore Emergency Response (G+ IOER) Good practice guidelines for offshore renewable energy developments
- G+ Safe by Design Workshop Report: Blades access, repair and maintenance
- German translation - G+ Global Offshore Wind Health and Safety Organisation Brochure
- Traditional Mandarin translation - G+ Global Offshore Wind Health and Safety Organisation Brochure
- G+ Improving compliance workshop: basic lifting operations
- G+ Floating offshore wind hazard identification (HAZID)
- G+ Safe by Design workshop: Floating Offshore Wind - Transfers, access and egress, and materials handling
- G+ White paper: Steel fabrication for the offshore wind industry – safety, practices, and opportunities
- SafetyOn 2021 Incident data report
- SafetyOn 2020 Incident data report
- SafetyOn Safe by design workshop report: Working under suspended loads – major component exchange
- SafetyOn Onshore Emergency Response. Good practice guidelines for onshore wind energy developments
- SafetyOn Research Report: An investigation into the root causes of fires in MW scale wind turbines
- Wind Turbine Safety Rules Procedure 1: Approval of general provisions special instructions (GP3) and other procedures
- Wind Turbine Safety Rules Procedure 2: Approval of tools, equipment and processes
- Wind Turbine Safety Rules Procedure 3: Objections on safety reasons
- Wind Turbine Safety Rules Procedure 4: Addition and removal of safety rules to plant and LV apparatus
- Wind Turbine Safety Rules Procedure 5: Temporary addition of alternative safe systems of work
- Wind Turbine Safety Rules Procedure 6: Appointment of persons
- Wind Turbine Safety Rules Procedure 7: Control and management of cross boundary safety precautions between the wind turbine safety rules and other safety rules
- Wind Turbine Safety Rules Procedure 8: Approval of electronic safety document systems
- Wind Turbine Safety Rules
- SafetyOn Good practice guidelines: Post-incident decommissioning of onshore wind turbines
- Guidance on the application of Wind Turbine Safety Rules
- SafetyOn Good practice guidelines: Traffic management for onshore wind farms
- SafetyOn Good practice guidelines: Planned decommissioning framework for onshore wind turbines
- SafetyOn and G+ Good practice guidelines: Contractor engagement and behavioural safety in onshore civils
- SafetyOn Good practice guidelines: Guidance for management of work in confined spaces for onshore wind
- SafetyOn 2022 Incident data report
- SafetyOn Good practice guidelines: Mobile crane lifting for onshore wind farms
- SafetyOn Electrical safety good practice guidelines: Wind turbine generator high voltage access awareness