Super Gravity Solvent Rectification Device

Super Gravity Solvent Rectification Device

Super Gravity Solvent Rectification Device is a high efficiency solvent recovery unit, it can work from 10% concentrate solvent, and reach 98% concentration.
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Description

    In the chemical, pharmaceutical, and environmental protection industries, solvent recovery and purification have always been critical challenges in production processes. Supergravity technology (also known as high-gravity technology) generates intense centrifugal force through high-speed rotation, dispersing liquids into micro-droplets to significantly enhance gas-liquid contact efficiency. This innovation replaces bulky "towers" with compact machines, enabling highly efficient and energy-saving solvent separation.

 

 

Technology Introduction

 

Hi-gee Distillation device

 

 

Technology Principle

 

Centrifugal Force Replaces Gravity

A high-speed rotor (similar to a centrifuge) generates centrifugal force hundreds of times stronger than Earth's gravity. In this hypergravity environment, liquids are torn into extremely fine droplets or filaments, dramatically increasing their contact area with gas.

Highly Efficient Mass Transfer

1.Liquid droplets are micron-sized, creating a contact area dozens of times larger than traditional tower equipment.

 

2.Rapid renewal of the gas-liquid interface significantly accelerates mass transfer.

 

3.The equipment achieves mass transfer efficiency tens of times higher than conventional methods, accomplishing the separation effect of a traditional 10-meter-high tower with a system only 1–2 meters tall.

Structure introduce

 

 

1

1-Rotor, 2-ai inlet, 3-air outlet, 4,5-liquid inlet, 6-shell, 7-liquid outlet, 8-shaft

The above photo is the main structure of this high effective rectification device.

 

 

Core Structure

Rotor

The core component rotates at high speed (thousands of revolutions per minute) and features a specialized porous surface structure to disperse liquids. Liquid is injected into the rotor's center and flung outward by centrifugal force, while gas flows inward counter-currently for full contact

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Casing

A sealed enclosure houses the rotor and includes gas/liquid inlets and outlets. Its internal design ensures counter-current gas-liquid contact with brief interaction times (mass transfer occurs within seconds

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Auxiliary Systems

Drive motor: Controls rotor speed to adjust hypergravity intensity.

Temperature control: Maintains optimal separation temperature.

Sealing device: Prevents gas leakage.

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Advantages

 

 

Four Major Advantages
 
 
 

High Efficiency & Energy Savings

Mass transfer unit height is reduced to 1/10 of traditional equipment, cutting energy consumption by 10%–50%. Ideal for recovering methanol, acetone, DMF, and other solvents.

 
 

Flexibility & Safety

Compact design (under 3 meters tall) allows indoor installation. Low liquid retention, anti-clogging performance, and compatibility with toxic or heat-sensitive materials.

 
 

Intelligent Control

Optional automation systems enable precise regulation of flow, temperature, and pressure for easy operation and maintenance.

 
 

Environmental Sustainability

Achieves over 99.5% solvent recovery with less than 0.5% residue in waste, supporting clean production goals.

 

 

Model

 

No.

Name

Model

Initial concentration

Final concentration

Earliest time

Qty

1

Ethanol and water

BZ600-900/2P-4P

10-80%

90-99.9%

July of 2004

40

2

Absolute ethyl alcohol

BZ750-900/2P-3P

88-92%

99-99.5%

Aug of 2006

10

3

DMSO(DMF)and water

BZ750-850/3P

70-90%

>99.9%

July of 2006

10

4

Methanol separation

BZ750/3P-4P

12%

<0.1%

Sep of 2005

6

 

 

Application

Supergravity solvent distillation systems are widely used in:

 

Pharmaceuticals

Purifying APIs and intermediates without degrading heat-sensitive components.

01

Fine Chemicals

Efficiently separating high-value solvents like ethyl acetate and methylene chloride.

02

Biodiesel

Rapid separation of glycerol and methanol.

03

Environmental Protection

Recovering organic solvents from industrial wastewater to reduce treatment costs

04

    As global efforts toward "dual carbon" goals intensify, the energy-saving advantages of supergravity solvent distillation will grow more prominent. Its modular design adapts to diverse process needs, from lab-scale units to 10,000-ton production lines, all customizable. Future applications may expand into hydrogen storage, CO₂ capture, and other emerging fields.

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FAQ

 

FAQ of solvent recovery plant

 

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