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Survey of PFOS, PFOA and other perfluoroalkyl and polyfluoroalkyl substances Part of the LOUS-review Environmental Project No. 1475, 2013 Title: Survey of PFOS, PFOA and other perfluoroalkyl and polyfluoroalkyl substances Editing: Carsten Lassen 1 Allan Astrup Jensen 2 Alexander Potrykus 3 Frans Christensen 1 Jesper Kjlholt 1 Christian Nyander Jeppesen 1 Sonja Hagen Mikkelsen1 Sally Innanen 1 1 COWI A/S, Denmark 2 NIPSECT, Denmark 3 BIPRO, Germany Published by: The Danish Environmental Protection Agency Strandgade 29 1401 Copenhagen K, Denmark www.mst.dk/english Year: 2013 ISBN no. 978-87-93026-03-2 Disclaimer: When the occasion arises, the Danish Environmental Protection Agency will publish reports and papers concerning research and development projects within the environmental sector, financed by study grants provided by the Danish Environmental Protection Agency.

PRESS RELEASE New laboratory study reveals that highly-toxic hydrofluoric and hydrochloric acids are released when PTFE burns The independent institute Warringtonfire Frankfurt GmbH examines impact of incineration of PTFE, Polyurethane and Polyester membrane grades in an open fire in accordance with EN ISO 5659-2 (NBS smoke chamber).

p. 1 PERFLUORINATED ORGANIC S ANALYSIS AQUEOUS SAMPLES AXYS METHOD: MLA-040 Contract .- REDACTE D Data Package Identification : DPWG20231 Analysis WG2011 2 Prepared for.

3 Edition 1.0 Nov 2016 STANDARD TEST METHOD Determination of PFOA in articles of commerce: Disassembly, disjointment and mechanical preparation of solid samples, sample preparation of aqueous polymer systems, sample extraction, and LC/MS/MS quantitative analysis.

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OSMAFIN AQUABLOCK FREE Vattenavvisande impregneringsmedel fr personalklder Anvndning Fr impregnering av medicintekniska mikro-polyestertextilier, skyddsklder fr frsta hjlpen och allmn impregnering av syntetiska fibrer.

J MATER RES TECHNOL.2014,3(3)274-279 Available online at www.sciencedirect.com i m r8tt Journal of Materials Research and Technology www.jmrt.com.br abm Original Article Recycling of electric arc furnace (EAF) dust for use in steel making process lill CrossMark Jose Alencastro de Araujo*, Valdir Schalch Department of Hydraulics and Sanitation, Escola de Engenharia de Sclo Carlos, Universidade de Scio Paulo, Scio Carlos, SP, Brazil ARTICLE INFO Article history: Received 28 February 2014 Accepted 11 June 2014 Available online 16 July 2014 Keywords: Hazardous waste Electric arc furnace dust Sintering Pre-cast agglomerated Recycling ABSTRACT The EAF dust is listed as hazardous waste from specific source, K061, according to ABNT 10004:2004 and constitutes one of the major problems of electrical steel plant.

SCHMIDT + BARTL Materials & Chemical Resistance Information PTFE TFM Chemical Designation: Norm: PTFE TFM Polytetrafluorethylen PTFE TFM chemical: chemical formula: chemical group: acetaldehyde {CH3CHO} AUK CAS-No.: 75-07-0 Conc.: Value: Temp.: 40 % RT Value: Resistance: C resistant Conc.: Value: Temp.: 40 % 50 Value: Resistance: C resistant Conc.: Value: Temp.: 40 % 75 Value: Resistance: C resistant Conc.: Value: Temp.: 40 % 100 Value: Resistance: C resistant Conc.: Value: Temp.: UV % RT Value: Resistance: C resistant Conc.: Value: Temp.: UV % 50 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Syn-No.: Remarks: Remarks: Remarks: Remarks: Remarks: Remarks: Remarks: Remarks: chemical: chemical formula: chemical group: Acetamide {CH3CONH2} AMID CAS-No.: 60-35-5 Syn-No.: Conc.: Value: Temp.: UV % RT Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV % 50 Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV % 125 Value: Resistance: C resistant Remarks: technical pure SCHMIDT + BARTL GMBH - AUF HERDENEN 30 - 78052 VS-VILLINGEN - TEL: 07721/99130 - FAX 07721/991320 Effective: 29.05.2016 www.schmidt-bartl.de e-mail: Mschmidt-bartl.de Side 1 of 128 PTFE TFM chemical: chemical formula: chemical group: Acetamide ICH3CONH2I AMID CAS-No.: 60-35-5 Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Syn-No.: Remarks: technical pure chemical: chemical formula: chemical group: Acetic acid ICH3COOHI ORAC CAS-No.: 64-19-7 Conc.: Value: Temp.: 10 % RT Value: Resistance: C resistant Conc.: Value: Temp.: 10 % 50 Value: Resistance: C resistant Conc.: Value: Temp.: 10 % 75 Value: Resistance: C resistant Conc.: Value: Temp.: 10 % 100 Value: Resistance: C resistant Conc.: Value: Temp.: 10 % 125 Value: Resistance: C resistant Conc.: Value: Temp.: 10 % 150 Value: Resistance: C resistant Conc.: Value: Temp.: 50 % RT Value: Resistance: C resistant Conc.: Value: Temp.: 50 % 75 Value: Resistance: C resistant Conc.: Value: Temp.: 50 % 100 Value: Resistance: C resistant Conc.: Value: Temp.: 50 % 125 Value: Resistance: C resistant Conc.: Value: Temp.: 50 % 150 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 25 Value: Resistance: C resistant Conc.: Value: Temp.: UV cyo 50 Value: Resistance: C resistant Conc.: Value: Temp.: UV cyo 75 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Conc.: Value: Temp.: UV cyo 125 Value: Resistance: C resistant Syn-No.: Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: aqueous Remarks: technical pure Remarks: technical pure Remarks: technical pure Remarks: technical pure Remarks: technical pure Effective: SCHMIDT + BARTL GMBH - AUF HERDENEN 30 - 78052 VS-VILLINGEN - TEL: 07721/99130 - FAX 07721/991320 29.05.2016 www.schmidt-bartl.de e-mail: Mschmidt-bartl.de Side 2 of 128 PTFE TFM chemical: chemical formula: chemical group: Acetic acid {CH3COOH} ORAC CAS-No.: 64-19-7 Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Syn-No.: Remarks: technical pure chemical: chemical formula: chemical group: acetone {CH3COCH3 - C3H6O} AL/K CAS-No.: 67-64-1 Conc.: Value: Temp.: 10 % 50 Value: Resistance: C resistant Conc.: Value: Temp.: 10 % 75 Value: Resistance: C resistant Conc.: Value: Temp.: 10 cyo 100 Value: Resistance: C resistant Conc.: Value: Temp.: 10 % 125 Value: Resistance: C resistant Conc.: Value: Temp.: 10 % 150 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 50 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 125 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Syn-No.: Remarks: Remarks: Remarks: Remarks: Remarks: Remarks: technical pure Remarks: technical pure Remarks: technical pure Remarks: technical pure Remarks: technical pure chemical: chemical formula: chemical group: Acetonitrile {CH3CN} NITR CAS-No.: 75-05-08 Syn-No.: Conc.: Value: Temp.: UV % RT Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV % 50 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV cyo 100 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV % 125 Value: Resistance: C resistant Remarks: Effective: SCHMIDT + BARTL GMBH - AUF HERDENEN 30 - 78052 VS-VILLINGEN - TEL: 07721/99130 - FAX 07721/991320 29.05.2016 www.schmidt-bartl.de e-mail: Mschmidt-bartl.de Side 3 of 128 PTFE TFM chemical: chemical formula: chemical group: Acetonitrile {CH3CN} NITR CAS-No.: 75-05-08 Syn-No.: Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Remarks: chemical: chemical formula: chemical group: Acetophenone IC6H5COCH31 ARHC CAS-No.: 98-86-2 Conc.: Value: Temp.: UV % RT Value: Resistance: C resistant Conc.: Value: Temp.: UV % 50 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 125 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Syn-No.: Remarks: Remarks: Remarks: Remarks: Remarks: Remarks: chemical: chemical formula: chemical group: Acetyl chloride ICH3COCII CFHC CAS-No.: 75-36-5 Conc.: Value: Temp.: UV % RT Value: Resistance: C resistant Conc.: Value: Temp.: UV % 50 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Syn-No.: Remarks: Remarks: Remarks: Remarks: Remarks: chemical: chemical formula: chemical group: Acrylic acid ICH2CHCOOHI ORAC CAS-No.: 79-10-7 Conc.: Value: Temp.: UV % RT Value: Resistance: C resistant Conc.: Value: Temp.: UV % 50 Value: Resistance: C resistant Syn-No.: Remarks: Remarks: Effective: SCHMIDT + BARTL GMBH - AUF HERDENEN 30 - 78052 VS-VILLINGEN - TEL: 07721/99130 - FAX 07721/991320 29.05.2016 www.schmidt-bartl.de e-mail: Mschmidt-bartl.de Side 4 of 128 PTFE TFM chemical: chemical formula: chemical group: Acrylic acid {CH2CHCOOH} ORAC CAS-No.: 79-10-7 Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 125 Value: Resistance: C resistant Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Syn-No.: Remarks: Remarks: Remarks: Remarks: chemical: chemical formula: chemical group: Acrylonitrile {CH2:CHCN } N ITR CAS-No.: 107-13-1 Syn-No.: Conc.: Value: Temp.: UV 0/0 RT Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV 0/0 50 Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV % 125 Value: Resistance: C resistant Remarks: technical pure Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Remarks: technical pure chemical: chemical formula: chemical group: Allyl alcohol {CH2:CHCH2OH} ORAC CAS-No.: 107-18-6 Syn-No.: Conc.: Value: Temp.: 96 % RT Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: 96 % 50 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: 96 % 75 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: 96 % 100 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: 96 % 125 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: 96 % 150 Value: Resistance: C resistant Remarks: Effective: SCHMIDT + BARTL GMBH - AUF HERDENEN 30 - 78052 VS-VILLINGEN - TEL: 07721/99130 - FAX 07721/991320 29.05.2016 www.schmidt-bartl.de e-mail: Mschmidt-bartl.de Side 5 of 128 PTFE TFM chemical: chemical formula: chemical group: Allyl chloride ICH2:CHCH2CII CFHC CAS-No.: 107-05-1 Syn-No.: Conc.: Value: Temp.: UV % RT Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV % 50 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV % 75 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV % 100 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV % 125 Value: Resistance: C resistant Remarks: Conc.: Value: Temp.: UV % 150 Value: Resistance: C resistant Remarks: chemical: chemical formula: chemical group: Aluminium chloride {A1O13} SALT CAS-No.: 7446-70-0 Syn-No.: Conc.: Value: Temp.: GL % RT Value: Resistance: C resistant Remarks: saturated aqueous solution Conc.: Value: Temp.: GL % 50 Value: Resistance: C resistant Remarks: saturated aqueous solution Conc.: Value: Temp.: GL % 75 Value: Resistance: C resistant Remarks: saturated aqueous solution Conc.: Value: Temp.: GL cyo 100 Value: Resistance: C resistant Remarks: saturated aqueous solution Conc.: Value: Temp.: GL % 125 Value: Resistance: C resistant Remarks: saturated aqueous solution Conc.: Value: Temp.: GL % 150 Value: Resistance: C resistant Remarks: sat

ST311 ToxDocs 10-196 TOXICOLOGY ASSESSMENT AND COMPLIANCE ASSURANCE GROUP 3M COMPANY 10-196: ORAL STUDY OF MTDID 208 AND MTDID 1004 IN MALE RATS FINAL REPORT ToxDoes Study Number 10-196 Test Material MTDID 208 MTDID 1004 Lot Number(s) 217 (MTDID 208) 332 (MTDID 1004) Strategic Tox Lab Study Number| ST-311 Other Identification Number(s) | K PFOS (MTDID 208) NH:PFOA (MTDID 1004) T9F/TH-NMR Analytical Report| See Appendices | & 2 for Certificate GID Number ofAnalysis Study Director Jill Hart, AAS, LATg Laboratory Administrator Principle Investigator: (Study Monitor) John Butenhoff, Ph.D., DABT, CIH Corporate Scientist Testing Facility 3M Strategic Toxicology Laboratory 3M Center, Bldg 270, room SB314 Saint Paul, MN 55144 Tn-Life Termination Date fAuguest 13, 2010 Tof14 ST-311 "ToxDocs 10-196 TOXICOLOGY ASSESSMENT AND COMPLIANCE ASSURANCE GROUP 3M COMPANY 10-196: ORAL STUDY OF MTDID 208 AND MTDID 1004 IN MALE RATS Compliance Statement and Signature Page `This study was conducted for research and development purposes and does not conform to regulatory guidelines.

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ELSEVIER Chemosphere 226 (2019) 898-906 Contents lists available at ScienceDirect Chemosphere journal homepage: www.elsevier.com/locate/chemosphere Waste incineration of Polytetrafluoroethylene (PTFE) to evaluate potential formation of per- and Poly-Fluorinated Alkyl Substances Chec updates (PFAS) in flue gas Krasimir Aleksandrov a, Hans-Joachim Gehrmann a, Manuela Hauser a, Hartmut Matzing a, Daniel Pigeon b. , Dieter Stapf a, Manuela Wexler a a Karlsruhe Institute of Technology, Karlsruhe, 76021, Germany b W.L.

Safety Assessment of Polysilsesquioxanes as Used in Cosmetics Status: Release Date: Panel Meeting Date: Draft Final Report for Panel Review November 10, 2017 December 4-5, 2017 The 2017 Cosmetic Ingredient Review Expert Panel members are: Chair, Wilma F.

International Journal of Refrigeration 90 (2018) 229-237 Contents lists available at ScienceDirect International Journal of Refrigeration journal homepage: www.elsevier.com/locate/ijrefrig Theoretical evaluation of different high-temperature heat pump 011) configurations for low-grade waste heat recovery Check for updates Carlos Mateu-Royo , Joaquin Navarro-Esbri, Adrian Mota-Babiloni, Marta Amat-Albuixech, Francisco Moles ISTENER Research Group, Department of Mechanical Engineering and Construction, Universitatfaume I, Campus de Riu Sec s/n, E12071 Castellon, Spain ARTICLE INFO Article history: Received 1 February 2018 Revised 17 April 2018 Accepted 18 April 2018 Available online 24 April 2018 Keywords: Waste heat recovery Low GWP refrigerants Industrial heat pump Energy efficiency Greenhouse gases Climate change ABSTRACT The introduction of high-temperature heat pumps for waste heat recovery with low GWP refrigerants can reduce the greenhouse gas emissions in the industrial sector.