Lynas Rare Earths Limited · ASX:LYC
Lynas Rare Earths — ESG Presentation (August 2018)
25 slides from Lynas Rare Earths's sustainability presentation, August 2018
Slide 1: Lynas Environmental Management
Lynas Environmental Management
Slide 2: Lynas Occupational and Environmental Safety and Health Management Systems
Lynas Occupational and Environmental Safety and Health Management Systems • Hazards and risks regulated primarily by the AELB, DOE and DOSH Regulatory • Management involves hazards Compliance identification, Risks assessment, Risks Control and Continuous Improvements Recognition Regulatory • Managem
Slide 3: Lynas is compliant with its License Conditions
Lynas is compliant with its License Conditions TOL 1st (2 yrs)FOSL 2nd (2 yrs) FOSL 3rd FOSL (3 FOSL yrs) [50 major conditions] Routine audits inspections by AELB 78 EIA AC EIA Conditions Routine audits and inspection by DOE/3rd party NOT under OSH CIMAH regulations Routine inspection by others MB
Slide 4: Safety, Health and Environmental Management
Safety, Health and Environmental Management Lynas implements TWO Environmental Management Systems: RADIOLOGICAL and NON-RADIOLOGICAL 4
Slide 5: Radiation Safety and Health Management (RSHM) at LAMP
Radiation Safety and Health Management (RSHM) at LAMP RSHM is an integral and important part of the overall SHES Systems at the LAMP Radiation Safety and Health Radiation Protection Program (adopts AELB FOSL conditions AELB regulatory RSMS and OHSAS Monitoring and Audit 18001) 1. Occupational Public
Slide 6: Monitoring Programs - radiation
Monitoring Programs - radiation • Radiation: – 4 types of monitoring programs by Lynas: a) Occupational Exposure Monitoring Program, b) Environmental Radiation Monitoring Program, c) Aerosol Monitoring System and d) AELB monitoring – Lynas monitoring is carried out by 3rd party consultant accredited
Slide 7: Monitoring is carried out independently by the regulators and 3rd party and Lynas
Monitoring is carried out independently by the regulators and 3rd party and Lynas Monitoring Programs - environment • Environmental: – 3rd party audit and inspection approved by DOE – DOE routine regulatory inspection – Lynas carries out it own monitoring and inspections – Data presented on-line and
Slide 8: Performances
PERFORMANCES 40@ Lynas
Slide 9: Lynas is ISO certified with integrated certifications
Lynas is ISO certified with 3 integrated certifications Our Operational Standards align with International Standards for Safety, Environment, Quality and Social Responsibility ▪ Lynas Malaysia Sdn. Bhd. accredited with world- class certifications by Bureau Veritas and NIOSH Certification Sdn Bhd: 1.
Slide 10: Radiation Performance
RADIATION PERFORMANCE 40@ Lynas
Slide 11: Monitoring from December 2012 – March 2018 showed no radiological impact
43 monitoring from December 2012 – March 2018 showed NO radiological impact to public and environment Work Section External Dust 222Rn 220Rn Total Dose Off-site of Critical Group Radiation (mSv/year) (mSv/year) (mSv/year) (mSv/year) LAMP (mSv/year) 238U 232Th workers working Equals Equals 1 km at ad
Slide 12: Public dose vs background radiation levels since LAMP started operation
mSv/year 0 0.5 1 1.5 2 2.5 3.5 4 3 December 2012 (1st… January 2013 (2nd Round) February 2013 (3rd Round) March 2013 (4th Round) April 2013 (5th Round) May 2013 (6th Round) June 2013 (7th Round) July 2013 (8th Round) August 2013 (9th Round) September 2013 (10th… October 2013 (11th… November 2013 (12
Slide 13: No change in Radon-Thoron levels since LAMP started operation
NO CHANGE in Radon-Thoron levels since LAMP started operation Radon-Thoron (EEC) Measured by AMS at the LAMP & IPD 20 AELB occupational limits: Radon 222 EEC LAMP (Radon) 18 Radon = 1481.6 Bq/m3 Radon 220 EEC LAMP (Thoron) 16 Thoron = 330 Bq/m3 Radon 222 EEC IPD (Radon) 14 12 Radon 220 EEC IPD (Thor
Slide 14: Environmental Performance
ENVIRONMENTAL PERFORMANCE 1
Slide 15: Environmental Monitoring Frequency
Envirnmental Monitoring Frequency Monitoring Monitoring, YTD Monitoring Vendor frequency (Jan,2010 – July,2018) Ambient air Monthly PERMULAB 91 Balok River Monthly PERMULAB 91 Groundwater Monthly PERMULAB 91 Noise level Monthly PERMULAB 91 Stack sampling Half- yearly PERMULAB 17 Final Discharge Poin
Slide 16: Treated Effluent Discharged: pH Monitoring
pH 10.00 0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00 9.00 January February March April May June July 2013 August September October November December January February March April May June July 2014 August September October November December January February pH March April May June July 2015 August S
Slide 17: Treated Effluent Discharged: Total Suspended Solids
mg/L 20.00 40.00 60.00 80.00 0.00 100.00 120.00 January February March April May June July 2013 August September October November December January February March April May June July 2014 August September October November December January February March April May June July 2015 August SS September 17
Slide 18: Treated Effluent Discharged: Chemical Oxygen Demand
mg/L 50.00 0.00 100.00 150.00 200.00 250.00 January February March April May June July 2013 August September October November December January February March April May June July 2014 August September October November December January February March April May June July 2015 August September COD 18 Oc
Slide 19: Treated Effluent Discharged: Iron (Fe)
mg/L 0.00 1.00 2.00 3.00 4.00 5.00 6.00 January February March April May June July 2013 August September October November December January February March April May June July 2014 August September October November December January February March April May June July 2015 August September Fe October 19
Slide 20: Treated Effluent Discharged: Manganese (Mn)
mg/L 0.00 0.50 1.00 1.50 2.00 2.50 3.00 January February March April May June July 2013 August September October November December January February March April May June July 2014 August September October November December January February March April May June July 2015 August September Mn October 20
Slide 21: Radiation and Radioactivity in Perspective
RADIATION AND RADIOACTIVITY IN PERSPECTIVE 2
Slide 22: Comparison Between Radioactivity in Amang (Tin Tailing) and Lynas NORM
Comparison Between Radioactivity in Amang (Tin Tailing) and Lynas NORM Lyas residue is comparabe Typical Radioactivity (ppm) Material References Uranium thorium Lynas NORM Lanthanide concentrate (3000 30 1413 samples) Lynas WLP (ERMP 13 - 31 1789 19) Amang Raw tailing 189 – 1064 622 - 4965 Monazite
Slide 23: Lynas is Different from Asia Rare Earth, Bukit Merah
Lynas is DIFFERENT from Asia Rare Earth, Bukit Merah Lynas Asia Rare Earth Remark Raw Material Ore from Mt Weld, Tin mining tailing Australia (amang) Malaysia Thorium content in raw 0.16 % 6% ARE is 37.5 x higher material than Lynas Thorium Concentration 0.165 % 10 % ARE is 60 x higher in residue th
Slide 24: General Radiation Exposure relative to exposure from Lynas Operation
General Radiation Exposure relative to exposure from Lynas Operation Normal Human Activity Annual Exposure (mSv/y) Dose to lungs from smoking a pack of cigarette daily 150 Yearly dose to airline crew 9 Medical or dental X-ray > 0.39 Doses from Background radiation: Worldwide average 2.4 Kerala coast
Slide 25: WLP Residue Storage Facility is designed and constructed to meet standards
WLP Residue Storage Facility is designed and constructed to meet PDF standards PLACED AND TRAFFIC COMPACTED WLP RAISES OF RESIDUE EROSION CONTROLLED PROTECTION FILL EXISTING CONTROLLED EXISTING GROUND FILL GROUND LEVEL DUAL LINER LEVEL SYSTEM CLAY LINER POLYETHYLENE (HDPE) LINER SCARIFY AND RECOMPAC