monitoring of polybrominated diphenyl ethers residues

Monitoring of Polybrominated Diphenyl Ethers residues

in riverine, estuarine and marine sediments in Thailand

นางสาวรุ�จยา บุ�ณยทุ�มานนทุ�นางสาวอารุ�รุ�ตน� จากสก�ล,

กรุมส�งเสรุ�มคุ�ณภาพส��งแวดล�อมศู!นย�ว�จ�ยและฝึ$กอบุรุมด�านส��งแวดล�อม

What’s PBDE Objectives

Sampling Location Method

QA/QC result Result and discussion

Conclusion

Office equipment and household decoration

monitor electrical circuit curtain

mattress sofamat

Commercial used octa-BDE196, 203, 197Detected in environment penta-BDE 99, tetra-BDE 47

Polybrominated diphenyl ether structure : 209

Breast milk : 27, 47, 99, 100, 153, 154, 183, 209

Daily PBDE dietary intake US population by age and food group (pg/kg body weight)

Ref: Environmental Health Perspective 2006, october114(10), 1515-1520

• To assess the contamination of PBDE in riverine, estuarine, marine sediments from aquatic environment of Thailand

• To support the data of pollutants residue to policy maker of Stockholm Convention, Thailand

•Rayong province, sample NO. 6,8,16 (Industrial areas)•Chonburi province, sample NO.9•Bang-Pakong river mouth, sample NO.1•Chao-Phraya river mouth, sample NO.3, 11•Tha-Chin river mouth, sample NO.15•Mae-Klong river mouth, sample NO.14•Petchaburi province, sample NO.7•Trad province, sample NO.12• Samutprakran province NO17-22

Sampling stationsSampling stations(coastal area and river mount)

N

12

10

12

9

4

0 200400km

3

11N

0 200400km0 200400km

Petchaburi

CH

Rayong

4

56

7

8

3

MK BKTH

9

chonburiPetchaburi

CH

Rayong

MK BK TH

chonburi

Trad

6,8,1612

9

3,1115

14

1

7

17-22

Analytical Method for Sediment/SoilAnalytical Method for Sediment/Soil

Clean up spikeClean up spike

Syringe spikeSyringe spike

PBDEs analysis in Laboratory

Result and discussionAverage Recovery and Recovery %RSD for IPR

Compound Name TypeAverage

Recovery (%)

Average Recovery (%)

Allowance

Recovery %RSD

Recovery %RSD

Allowance

Tri-BDE (BDE-028)

Native BDE

102.063

70 - 130%

6.928

< 20%

Tetra-BDE (BDE-47)

103.856 15.531

Penta-BDE (BDE-100)

107.398 4.819

Penta-BDE (BDE-99)

90.655 16.558

Hexa-BDE (BDE-154)

106.905 7.066

Hexa-BDE (BDE-153)

98.212 10.880

Hepta-BDE (BDE-183)

108.499 3.009

Deca-BDE (BDE-209)

127.386 5.207

13C Tri-BDE (BDE-028L)

Labeled BDE

94.524

> 70%

15.829

13C Tetra-BDE (BDE-47L)

119.938 15.358

13C Penta-BDE (BDE-100L)

130.112 17.514

13C Penta-BDE (BDE-99L)

114.466 16.009

13C Hexa-BDE (BDE-154L)

128.600 16.363


152.640 17.411

13C Hepta-BDE (BDE-183L)

159.198 17.367

13C Deca-BDE (BDE-209L)

77.903 16.439


Cleanup Spike

143.387 > 70% 16.623

Limit Of Quantitations (LOQs)

Compound Name LOQ (ng/g)

Tri-BDE(BDE-028) 0308.Tetra-BDE(BDE-

47) 0183

Penta-BDE(BDE-100) 0117

Penta-BDE(BDE-99) 0122

Hexa-BDE(BDE-154) 0456

Hexa-BDE(BDE-153) 0316.

Hepta-BDE(BDE-183) 0177.

Deca-BDE(BDE-209) 1812.

Result and discussion

The PBDEs concentration of each sediment samples was not detected although

the sampling station was located surrounding the industrial area.

For the remote areas the PBDEs concentration were also not detected with LOQs.

Historical PBDE in Thailand, the country has never produce or import PBDE. After Thailand

agree to banned the PBDE follow the Stockholm convention, Ministry of Natural Resources and Environment request to our

research center (ERTC) start to monitor sediments from possible point source and

remote area to supported data for Environmental Pollution Department , which is

secretarial of the Stockholm convention Thailand. The data from UNU project used for

supporting the convention. Thailand already set up The National

Implementation Plan (NIP) for new POPs.

Conclusion

The United Nations University project produce fruitful technique and new data. And it can support the our environmental policy of Thailand, especially new POPs. Therefore, we hope that the UNU and Shimadzu can continue technical support for other new POPs.

Acknowledgement

I am very appreciate for all supports from Shimadzu for developing method of the PBDEs analysis in sediment and financial support the project from UNU.

Lastly, I thanks for our staffs at ERTC to support UNU project, do analyse the sample and sampling.

…………………………………

โคุรุงการุคุวามรุ�วมม&อรุะหว�างกรุมส�งเสรุ�มคุ�ณภาพส��งแวดล�อม และ The United Nations University (UNU)

ศู�นย์�วิ�จัย์และฝึ�กอบรมด้�านสิ่��งแวิด้ล�อมภาย์ใต้�กรมสิ่�งเสิ่ร�มคุ!ณภาพสิ่��งแวิด้ล�อม กบ The United Nations University (UNU) เร��มโคุรงการคุวิามร�วิมม%อต้&งแต้� พ.ศู 2539 ถึ(งปั*จัจั!บนรวิม 11

ปัระเทศู คุ%อ ญี่-�ปั!.น อ�นโด้น-เซี-ย์ ฟิ1ล�ปัปั1นสิ่� สิ่�งคุโปัร� มาเลเซี-ย์ เกาหล- เวิ-ย์ด้นาม ปัาก-สิ่ถึาน จั-น อ�นเด้-ย์ ไทย์ และคุวิามร�วิมม%อท-�ผ่�านมาปัระเทศูไทย์ได้�รบการถึ�าย์ทอด้เทคุโนโลย์-ด้�านการวิ�เคุราะห�สิ่ารท-�ต้กคุ�างย์าวินาน (Persistent Organic Pollutants, POP) หลาย์ปัระเภท เช่�น สิ่ารฆ่�าแมลง สิ่ารพ-ซี-บ- ในต้วิอย์�างสิ่��งแวิด้ล�อม เปั7นต้�น

คุวามเป็)นมา

First phase : 1999-2002 “Environmental Monitoring and and analysis in the East Asian RegionFocus on : VOC, organotin compoundMedia: Air, soil

Secound phase : 2003-2005 “Environmental Monitoring and Governance in the Asian Coastal Hydrosphere Monitoring of POPs in the Asian Region

Focus on : POP : organichlorine pesticide, phenol, phathalateMedia: water, sediment, fish

Overview of Cooperative project with the United Nations University (UNU)

Third phase : 2006-2008 “Environmental Monitoring and Governance in the Asian Coastal Hydrosphere Monitoring of POPs in the Asian RegionFocus on : POPs , PCBsMedia: water, sediment and biological tissue samples

Fourth phase : 2010-2012 “Environmental Monitoring and Governance in the Asian Coastal Hydrosphere Monitoring

of POPs in the Asian RegionFocus on : POPs, PBDEMedia: sediment

Fifth phase : 2012-2013 “Environmental Monitoring and Governance in the Asian Coastal Hydrosphere Monitoring of POPs in the Asian Region

Focus on : POPs , PFOS Media: sediment

monitoring of polybrominated diphenyl ethers residues

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