UOP4 Solid/Liquid Extraction Unit Educational Equipment Fluids Engineering Training Equipment

I. Product Overview

1.1 Overview

The UOP4 MKII solid/liquid extraction device is designed to help students understand the principle of solid-liquid extraction, and use special solvents to extract certain components in solids or liquids. This component needs to be compatible with special solvents, and can be combined with Special solvent separation. When using this equipment for extraction, it is necessary to clearly know what components need to be extracted in the experiment, what kind of solvent this component needs to be extracted, and other unnecessary components cannot be introduced. In the teaching demonstration experiment, the UOP4 MKII solid/liquid extraction device uses porous polymer particles (solid carrier containing KHCO3, which needs to be prepared in advance) as the extraction material, the component to be extracted is KHCO3, and the extraction solvent is pure water.

1.2 Features

(1) The UOP4 MKII solid/liquid extraction device adopts an integrated design, and the electrical and mechanical parts are installed on a frame, which is safe and reliable, and greatly reduces the dependence of the equipment on the area occupied by the experiment.

(2) The demonstration experiment of UOP4 MKII solid/liquid extraction device uses safe experimental materials (solid carrier containing KHCO3), and the extraction solvent is pure water.

(3) In the design and production process of UOP4 MKII solid/liquid extraction device, a variety of anti-corrosion materials are considered and used to ensure better reliability and longer life of the equipment.

II. Performance Parameter

Input power: AC220V 50Hz

Weight: ＜200kg

Size: 850mm*670mm*1750mm

Working conditions: ambient temperature -10℃～+40℃; relative humidity <85% (25℃)

III. Components List and Detailed Introduction

3.1 Main part

3.2 Power box part

3.3 Equipment configuration list

3.4 Accessories

IV. Experiment List

Experiment 1 Open-loop batch extraction

Experiment 2 Closed-loop batch extraction

Experiment 3 One-stage continuous extraction

Experiment 4 Two-stage continuous extraction

Experiment 5 Three-stage continuous extraction