1 / 19

Risk Assessment and Monitoring for Environmenatl Chemicals

Risk Assessment and Monitoring for Environmenatl Chemicals. 17th of Feb- 24th of August 2003. Final Report Kobe, August. 22nd , Fri. By: Jahan Sher Pakistan. PURPOSE OF ATTENDING THIS TRAINING COURSE.

berg
Download Presentation

Risk Assessment and Monitoring for Environmenatl Chemicals

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Risk Assessment and Monitoring for Environmenatl Chemicals 17th of Feb- 24th of August 2003 Final Report Kobe, August. 22nd , Fri. By: Jahan Sher Pakistan

  2. PURPOSE OF ATTENDING THIS TRAINING COURSE • To learn about risk assessment technology for environmental contaminants and their impact on human and environment. • To acquire techniques for the operation of analytical instruments • To acquire knowledge of latest research in the field of environment • To acquire solving of global environmental issues regarding pollution. • To reduce and solve the environmental problems in my country • This training is very important for my job and for my country

  3. WHAT I HAVE STUDIED from THIS COURSE • The course was divided into: • Lectures • observations • Practice (practical work)

  4. The LECTURES • There were very important lectures in different aspects, such as: • The Principles of environmental chemicals, • Environmental endocrine disruptors, • Toxicity Assessment of Environmental Toxicants, • Studies on the Elucidation of pesticides residue, • status and agriculture production scene.

  5. Observations • Kobe offshore reclamation disposal site.(waste disposal management in sea.) • Nishinomiya waste municipal refuse disposal center.(incineration) • Matsushita Eco- technology co,ltd.( TV,Refrigirater,washing machine,A/c reclying ).. • Waste Treatment Plant • Port Island Waste Treatment Plant: Domestic Waste Management Plant by incineration. • Waste water treatment facilities in Kobe Steel Company ltds Kakagawa works. • Shimadzu Plant and Memorial Hall in Shimadzu Company Ltd. • Fisheries Technology Institute, • Water Treatment Techniques Shinko Pantec Co. Ltd9Research center for Dioxin&PCB) • Environmental Bureau of Hyogo Prefecture Government (PCB sampling) • Sanyo Electric Company Ltd: Battery assembling lines and waste water treatment • Institute of Environmental toxicology, Tsukuba

  6. National Institute of Agro-Environmental Sciences ,Tsukuba. • National Institute of Resources and Environment,Tsukuba. • National Institute of Environmental Studies, Tsukuba. • Minamata City .( Mercury pollution) • Cement Factory. • Kobe Stell Co.Ltd ( one of the big steel company in japan.) • Integrated treatment and recycling system (Daiei inter Nature System Company ltd)

  7. Practices HORIBA: • PH, Turbidty, DO, COD, Stack gas analyzer, CO,SO2.NOX,O3,etc. • GC-MS,LC-MS,HPLC.

  8. HITACHI • HPLC ,AAS,LCMS, • Centrifuges,

  9. SHIMADZU • Ambient air monitoring. • Process of gas monitoring. • Emission of gas monitoring

  10. HPTCAFF • Analysis of biomass. • Rapid analysis of heavy metal in soil • ICP – Atomeic Emission Spectrophotometry • Analysis of nitrates (NO3) in vegetables • Water quality examination

  11. Kobe Quarantine Station • Simultaneous analysis of agriculture products, fruits, and vegetables • We work on GC, GC/MS

  12. HPIPHES • Analysis PCBs in sea sediment • Rapid Analysis of ELISA method • Analysis of formaldehyde & acetaldehyde in ambient air • Monitoring of the site polluted with VOCs • Measurement of cyanide in water sample by packed test • Measurement of phenol in water sample by pack test. • Measurement of ammonium in water sample by pack test. • Measurement of hardness of mineral water • Analysis of heavy metals Pb, Cd, in water by flame type AAS & ICP • Monitoring & analysis of ambient particulate matter

  13. Kobe University • We conducted study on ELISA in the center of Environmental Genomic Kobe University. • ELISA: Enzyme-linked-immunosorbent assay, used for the measurement of EDs such as dioxin& pesticides residue .

  14. Which subjects are most useful to solve environmental problems in your country? • This course give me more technical knowledge regarding the new technology & latest advance instruments in the field of environment which were introduced by various Japanese companies, such as Horiba,Hitachi,shimadzu etc. • All the subjects in this training course are very important and useful for me and can minimize environmental problems in my country.

  15. As a limnologist ( AWF/Risk assessment officer) my job is the analysis of river water & to monitor & asses the risk posed by the environmental toxic chemicals ,Industerial, municipal & agriculture contaminants on human&, aquatic biota (Fish). My responsibility is to protect water contaminants/pollution in river water and to conserve fish. • Analysis of water pollution is the most useful in my country.

  16. Action plan • I will take much interest in research as compared to field work (Conservational duty for the control of illegal fishing in the are). for the improvement of environment. • I will up-grade the existing laboratory facilities. • I will train the laboratory research staff in analysis & monitoring of environmental sampling. • I will transfer all the latest technology studied in this training to my field & research staff,Involving them in every technique of sampling & analysis. • I will teach the lab. staff about the principle & operational techniques of GC-MS.

  17. I will transfer the scientific method of ICP& AAS for the analysis of heavy metals in water. • I will demand for the provision of all possible new & latest analytical instruments to Laboratories which I have used during practice in Japan. • I will monitor the aquatic biota (fish) for the environment & save fish fauna from mercury pollution, its effect on environment, & on human (Minamata disease.) steps required to prevent Minamata incident in future. Minamata disease is a typical example of pollution-related to health demage in japan. • Analyzed Hg, Cd, As in water sample. Analyzed the sampling for PCB/Dioxin in water, sediment & its effect on human. • I will Analyze water sampling of different rivers in my province & district

  18. Prevention of pollution in river waters by mass awareness. • Control of illegal fishing through cruel means such as dynamite & toxic chemicals. • Establish NGO’S/ village development committees for the control of pollution & illegal fishing in rivers. • provide training opportunity to community regarding the control of water pollution. • Prepare magazines, pamphlets, manuals, guidelines regarding the prevention of water pollution & contamination.

  19. Mass awareness through media regarding pollution control & clean environment. • Delivered lectures, seminars on environmental problems & issues. • Collect analysis data & statistical data relating to water pollution. • Enforcement of Act& ordinance regarding environment. • Request to the concerned authority for providing GC-Ms, ELISA KIT for the analysis of pesticides in water.( Japanese products )

More Related