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Assogomma comments on the Annex XV Dossier of the universal PFAS restriction proposal September, 6th 2023 1 1.
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refid# 82Kn7G0NddkGpxJ6E5NYz690k35 pages
Assogomma comments on the Annex XV Dossier of the universal PFAS restriction proposal September, 6th 2023 1 1.
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refid# 82w3aro181yE4Re8nRLXO8ErB35 pages
Betr. / Ref.: EMERSON, ISV DACH Department Statement regarding public PFAS ECHA consultation Armaturenbau und PFAS.....
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refid# E6yGZr5Gm97957z96VvG5zx2 pages
Assogomma comments on the Annex XV Dossier of the universal PFAS restriction proposal September, 6th 2023 1 1.
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refid# 3YoZL8Eo3Rrqwr90B4jzpZ0035 pages
Supposed PFAS materials at Swissbit Germany AG: Line Material Ingredients 1 Chip adhesive Perfluoropolyoxyalkane ether~ 2 Die Adhesive Film (DAF) m-tolylidene diisocyanate silicon dioxide 3 Dam&Fill potting Siloxanes and Silicones, 3,3,3-methyl trifluoropropyl Usage Adhesive Adhesive Encapsulation 4 Mold compound 2,2'-((3,3',5,5'-Tetramethyl-(1,1'-biphenyl)-4,4'diyl)-bis(oxymethylen))bisoxiran 2,2'-(methylenebis((6-dimethyl-4,1phenylene)oxymethylene))bis oxirane Polycondensate of 4,4'bis(methoxymethyl)biphenyl and phenol Silica, vitreous Encapsulation 5 Flux Remover 6 Flux 7 Grease 8 Mold Release Film 9 Substrate (PCB) 10 Chip underfiller 11 Vacuum Oil Methyl-nonafluorbutylether (Methyl Nonafluorobutyl Ether) Methyl-nonafluorisobutylether (Methyl Nonafluoroisobutyl Ether) trans-dichloroethylene Dipotassium tetraborate tetrahydrate potassium fluoride potassium tetrafluoroborate silicon dioxide disodium sebacate Ethene, 1,1,2,2- tetrafluoro-, homopolymer ETFE no info Siloxanes and Silicones, 3,3,3-methyl trifluoropropyl 1-propene, 1,1,2,3,3,3-hexafluoro-, oxidized, polymd.
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Himes 224 I Hydrochloric Acid Table 116: Continued IPlont component Process air dampers, dry blower dampers Regenerate dampers Steam dampers Solvent separator Solvent pump Loading Motarwl 403 K (130 C), condensing phenol resin duroplast steam, condensing HCC, HCI 403 K (130 C), condensing steel/PTFE--sheathed steam, condensing HCC, HCI steam, 403 K (130 C) steel/PTFE--sheathed 303 K (30 C), condensed HCC, phenol resin duroplast HCI condensed HCC stainless steel Table 116: Materials for a stripper unit to remove hyd rochIoroca rbons [235] The mechanical properties of PP change on long-term temperature loading in dilute aqueous hydrochloric acid (up to 5 %) in the same way as in pure water.
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refid# aJo0E1VrXyDGEzwJpvy9OYG5X3 pages
ABB Marine & Ports contribution to the ECHA consultation on PFAS About ABB Marine and Ports (PAMP) ABB PAMP is a division of the ABB group serving the marine and ports customer segments.
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refid# MGQYzEYzQ7GBvXqjpkGbG39KV13 pages
September 24, 2023 Non-confidential comments for Annex XV restriction report: Health-related socioeconomic costs linked to PFAS exposure Dear Madame or Sir, We welcome the opportunity to provide input on the restriction proposal regarding per- and polyfluoroalkyl substances (PFAS).
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tntertek Total Quality.
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refid# Le5bgGkanw73Jy738G5Yzj855 pages
4th submission - Comments on the proposed restriction of universal PFAS September 22, 2023 Conference of Fluoro-Chemical Product Japan (FCJ) On behalf of chemical manufacturers, we, Conference of Fluoro-Chemical Product Japan (FCJ), have been working tirelessly to comply with national chemical regulations.
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refid# MJb1qaaE1Koy9eGX5MGe4gJbz8 pages
Comment on Proposed Restriction of PFAS May 25, 2023 Japan Fluoropolymers Industry Association (JFIA) We, Japan Fluoropolymers Industry Association (JFIA), think that fluoropolymers should be distinguished from the proposed restriction of PFAS (Per- and polyfluoroalkyl substances), which collectively regulates more than 10,000 of organofluorine compounds (PFAS) on the grouping basis.
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refid# RJmrbJn5g5KQyQrLvLY5xGpvz12 pages
polirnnenn FABRICANT DE MEMBRANES GRAPHEN FLAGSHIP PVDF-GO modules El Consiglio Nazionale delle Ricerche Content Hollow Fibers (HF) module type Experimental set-up Tested contaminants FaRreemcolivcalpoefr: modificare lo stile del titolo dello schema Ciprofloxacin Mixture of 14 PFASs Metals Conclusion Next experiments planned HF modules: PDVF-GO 3,5% 18/05/2022 8 modules PVDF-GO 3,5% 25/07/2022 3 modules PVDF Neophil + 11 modules PVDF-GO 3,5% Materials: Graphil B3 PVDF-GO 3,5% HF weight = 432 mg Weight of GO = 15,12 mg Materials: Neophil XS PVDF HF weight = 357 mg Fare clic per modificare lo stile del titolo dello schema 48 fibers each, 26 cm length Fiber edge 12 mm Fiber wall Experimental set-up OUT-IN modality Flow rate= 5 ml/min Washed with 2L of mQ water before use Tested on : Ciprofloxacin (CIPRO), 5 ppm (tot V= 1L) Fare clic per modificare lo stile del titolo dello schema Mixture of 14 PFASs (MIX14), 0,5 ppb each (tot V=1 L) PUMP UF FLOW OUT-IN Mixture of Heavy Metals, 100 ppb each (tot V= 3 L for PVDF-GO,1L for PVDF) Cd, Pb, U, AS(V), V, Cr (III), Ni, Cu FEED Results ofloxacin Removal of OFLOX by PVDF-GO 100% % Removal 80% 60% 40% Ciprofloxacin (CIPRO) Fare clic per modificare lo stile d2e0%l titolo dello schema 0% CIN = 5 ppm, Vtot= 1L 0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,8 0,9 1,0 Vol (L) Matrix: Tap water 100 q (mg/g GO) Flow rate: 5 ml/min Configuration: OUT-IN 80 60 81 mg/gGO 40 PVDF- 20 GPVODF 0 Tot ads CIPRO: 1,22 mg Performance: 81 mg/gGO 0 0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,8 0,9 1 Vol (L) Note: the adsorption of CIPRO on PVDF is negligible Results metals Mixture of Heavy Metals Cd, Pb, U, AS(V), V, Cr (III), Ni, Cu PVDF-GO 3,5% Removal Vs filtered volume 100 80 Removal % 60 CIN = 100 ppb each, 40 VMtaottr=ix3F:LTafaoprrPweVaDtcFe-rlGiOc, 1Lpfoer PrVDmF odificare lo stile d2e0 l titolo dello schema 0 Flow rate: 5 ml/min 0 0,5 1 1,5 2 2,5 3 Configuration: OUT-IN Cd Pb U As (V) V Cr (III) Ni Cu PVDF Removal Vs filtered volume 100 GO improves the removal of Pb, Cr(III) and Cu mg removed after 1 L Pb Cr (III) Cu PVDF-GO 3,5% 653 483 555 PVDF 581 265 147 Improvement 1.1 1.8 3.8 Removal % 80 60 40 20 0 0 0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,8 0,9 1 Cd Pb U As (V) V Cr (III) Ni Cu Results PFAS 100% 80% % Removal 60% Mixture of 14 PFAS (MIX14) 40% Fare clic per modificare lo2s0%tile del titolo dello schema CIN = 0,5 ppb each, Vtot= 1L 0% Matrix: Tap water Flow rate: 5 ml/min Configuration: OUT-IN 12,00 PVDF_0.5L PVDF-GO_0.5L PVDF_1L PVDF-GO_1L 10,00 cumulative ug/gremoved 8,00 No contribution of GO Adsorption performance drops after 0,5L 6,00 4,00 2,00 0,00 0.5 L PVDF PDVF-GO 1 L Results PFAS test: comparison between PSU, GAC ( 1g) and PVDF modules at 0,5 L % Removal 100% 80% 60% F40a%re clic per modificare lo stile del titolo dello schema 20% 0% PFBA PFPeA PFBS PFHxA PFHpA PFHxS PFOA PFNA PFOS PFDA PFUnDA PFDoDA PFTrDA PFTeDA GAC (1g) PVDF PVDF-GO PSU-HF Mixture of 14 PFAS (MIX14) CIN = 0,5 ppb each, Vtot= 1L Matrix: Tap water Flow rate: 5 ml/min Configuration: OUT-IN PVDF and PDVF-GO showed better adsorption properties on PFBS, PFHxS, PFOA, PFNA, PFOA, PFDA compared to PSU and GAC.
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Assogomma comments on the Annex XV Dossier of the universal PFAS restriction proposal September, 6th 2023 1 1.
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refid# XOr6joqv4r5RYMxxejzD6MX5G35 pages
WSTW Contribution to ECHA Consultation on PFAS Restriction Proposal Wiener Stadtwerke (WSTW) as a climate and environment protection corporation highly supports the EU's objective of reaching climate neutrality and safeguarding the environment and health of EU citizens and therefore endorses a planned restriction on PFAS.
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