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Opening of Bids - Waste Treatment Chemical Wastewater 2023-2024 - Polydyne Inc.
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Opening of Bids - Waste Treatment Chemical Wastewater 2023-2024 - Polydyne Inc.
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4/16/2025 10:00:00 AM
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4/25/2023 4:17:43 PM
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Board of Public Works
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Projects
Document Date
4/25/2023
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SAFETY DATA SHEET <br />Effects on terrestrial organisms: No data available. <br />Sediment toxicity: No data available. <br />Sal/?nnic acid <br />CLARIFLOC'm CE.1463 <br />Acute toxicity to fish: LC50/Pimephales promelas/96 hours = 70.3 mg/L (OECD 203) <br />Acute toxicity to invertebrates: EC50/Daplmia magna/48 hours = 71.6 mg/L (OECD 202) <br />Acute toxicity to algae: IC50/Scenedesnms subspicatus/72 hours = 48 mg/L (OF,CD 201) <br />Chronic toxicity to fish: NOEC/Dauio rerio/34 days >= 60 mg/L (OECD 210) <br />Chronic toxicity to invertebrates: NOEC/Daphnia magna/21 days = 19 mg/L (OECD 211) <br />Toxicity to microorganisms: EC50/activated sludge/3 hours > 200 mgjL (OECD 209) <br />Effects on terrestrial organisms: No data available. <br />Sediment toxicity: No data available. <br />12.2. Persistence and degradability <br />Information on the product as supplied: <br />Degradation: Based on the degradability data of the components, this product is expected to be <br />readily (bio)degradable according to OECD criteria. <br />Hydrolysis: At natural pHs (>6) the polymer degrades due to hydrolysis to more than 70% in 28 <br />days. The hydrolysis products are not harmful to aquatic organisms. <br />Photolysis: No data available. <br />Relevant information on the hazardous components: <br />Arlipic acid <br />Degradation: Readily biodeg'adable. > 70% / 28 days (OECD 301 D) <br />Hydrolysis: Does not hydrolyse. <br />Photolysis: Half-life (indirect photolysis): = 2.9 days <br />Print Date: 04120/2023 Revision date: 0210312023 Page: 10 / 15 <br />
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