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Process Fluid Membrane Separation

50 m³/h Tea Extract Membrane Filtration

Clarify an aqueous botanical extract and define optional downstream fractionation or concentration interfaces.

Process Fluid Membrane Separation

50 m³/h Tea Extract Membrane Filtration

Clarify an aqueous botanical extract and define optional downstream fractionation or concentration interfaces.

Project scale
50 m³/h
Feed / process stream
Aqueous tea extract
Membrane sections
Pretreatment + tubular clarification + optional fractionation/concentration
50 m³/h tea extract tubular membrane system
Project-related system image. Customer identity and operating-performance data are not published.

01 · Engineering task

What the project needed to resolve

Clarify an aqueous botanical extract and define optional downstream fractionation or concentration interfaces.

02 · Membrane sections

The documented membrane process route

Pretreatment + tubular clarification + optional fractionation/concentration

Configuration, operating windows, and guarantees are not transferred automatically to a new duty.

03 · Plum scope

Only the confirmed participation boundary is stated

This page records only the confirmed membrane sections. Reagent programs, upstream and downstream units, utilities, terminal streams, and whole-plant performance remain subject to project documents.

04 · Public project facts

Facts available for preliminary comparison

Published facts include a project scale of 50 m³/h, the feed or process stream “Aqueous tea extract”, and the membrane route “Pretreatment + tubular clarification + optional fractionation/concentration”. Customer identity and operating-performance data are not published.

RELATED ROUTE

把案例事实放回具体工况中判断

既有项目规模和膜法段仅用于相近经验比对,不自动成为新项目设计值或保证值。