Xylowatt S.A., A Part of Xylergy
Leveraging more than 10 years of experience, Xylowatt has developed the NOTAR cutting-edge technology, which efficiently turns biomass or waste into a clean and cold gas fit for powering a cogeneration engine or for replacing fossil fuels in an industrial furnace. With proven operation of 7,000 hours per year, Xylowatt’s NOTAR technology is internationally recognized by major industrial partners and clients as producing a tar free gas and has been successfully processing highly contaminated and difficult biomass waste such as creosoted wood, radionuclides contaminated wood, sewage sludge and Solid Recovered Fuel (SRF).
Company details
Find locations served, office locations
- Business Type:
- Manufacturer
- Industry Type:
- Bioenergy
- Market Focus:
- Internationally (various countries)
- Employees:
- 11-100
About Us
If you are interested in this event, please download free agenda
SESSION 1 Audits & Methologies
The growing quest of HSE in the wind industry
- What are the latest trends in HSE onshore & offshore
- Importance of safety culture in the wind industry
- Growing demand of safety requirements
- HSE takes the lead as preference for 'how we do business'
- Major risks in Offshore
- General safety concerns for the operations of wind farms
Audits & Inspection of Wind Turbine
- Preparation of audit schedule
- Checklist for WT safety audits
- Different types of methologies:
- FMEA
- Six Sigma
- Design issues - HAZOP
- LOPA
- Analysis of accidents – TRIPLES
SESSION 2 Safety Standards for WT's
Regulations for Wind Turbines
- Why is there regulations only when something happens ?
- Internal or external regulations ?
- How to standardize legislation for offshore wind turbines
- Aspects of EN 50308, EN 50110, IEC 61444
- GWO training standards
CASE STUDY – Strategies Planning of the Wind Farm Project
- Design Safety Analysis of WT's
- A review of international best practise
- Learn from the experience of others
SESSION 3 Safety Management Systems
Identification of safety issues
- Working at heights
- Fall protection
- Rescue engineering - Safe rescue of people
- Ladder safety
- Personal Protective Equipment safety
Safety Management Systems for WT's
- Implementation of Critical Safety Systems
- Reduction of the on-the-job health risks
- Safety Performance Review
SESSION 4 Route to safety excellence
Risk Management within Wind Turbine Environment
- Effective risk management
- Frequency of review
- Effective risk control techniques
- Wind Turbine Incidents
- Incident prevention techniques
- Incident Investigation
The Future Issues of the Safety Requirements
- The future issues for safety
- Growing size of the Wind Turbines
- Safe Innovations for the Wind industry
- Wind farms ageing
- Good communication on-site
- Questions & Answers Session - Best Practices and Lessons Learned