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... with same density as waste water to make the whole float to the surface thus achieve the aim of solid-liquid or liquid-liquid separation. 2. Application (1) Remove oil and TSS. (2) Separate small particles ...
... with same density as waste water to make the whole float to the surface thus achieve the aim of solid-liquid or liquid-liquid separation. 2. Application (1) Remove oil and TSS. (2) Separate small particles ...
... with same density as waste water to make the whole float to the surface thus achieve the aim of solid-liquid or liquid-liquid separation. 2. Application (1) Remove oil and TSS. (2) Separate small particles ...
... with same density as waste water to make the whole float to the surface thus achieve the aim of solid-liquid or liquid-liquid separation. 2. Application (1) Remove oil and TSS. (2) Separate small particles ...
... with same density as waste water to make the whole float to the surface thus achieve the aim of solid-liquid or liquid-liquid separation. 2. Application (1) Remove oil and TSS. (2) Separate small particles ...
... with same density as waste water to make the whole float to the surface thus achieve the aim of solid-liquid or liquid-liquid separation. 2. Application (1) Remove oil and TSS. (2) Separate small particles ...
... with same density as waste water to make the whole float to the surface thus achieve the aim of solid-liquid or liquid-liquid separation. 2. Application (1) Remove oil and TSS. (2) Separate small particles ...
... with same density as waste water to make the whole float to the surface thus achieve the aim of solid-liquid or liquid-liquid separation. 2. Application (1) Remove oil and TSS. (2) Separate small particles ...
... formula C40H52O2, naturally found in mushrooms, crustaceans, fish, and algae. Its industrial products are deep purple crystals or orange-red powder, slightly soluble in vegetable oils, and must be stored aw...