Optimized Solvent Recovery
System for Industrial Recycling

Efficient solvent recovery system for recycling and reusing industrial solvents through distillation-based purification.
Our solvent recovery unit reduces chemical waste, lowers costs, and supports sustainable manufacturing operations.

Solvent Recovery System

A solvent recovery system is an essential industrial process unit that reclaims and purifies used solvents from manufacturing operations, enabling their safe reuse in production. The technology operates on distillation principles, separating volatile solvents from non-volatile contaminants, dissolved solids, and other impurities through controlled heating and condensation.
Our solvent distillation system addresses the growing need for sustainable chemical processing by transforming waste solvent streams into valuable, reusable resources. The process involves heating the contaminated solvent to its boiling point, vaporizing the pure solvent while leaving residues behind, then condensing the vapor back into liquid form for collection. This solvent recovery unit significantly reduces the need for fresh solvent purchases, minimizes hazardous waste disposal costs, and lowers environmental impact. Suitable for a wide range of organic solvents, including acetone, toluene, hexane, ethyl acetate, isopropyl alcohol, and methylene chloride, our systems serve chemical manufacturing, pharmaceutical production, printing, coating, and electronics industries with reliable, energy-efficient operation.
solvent recovery system for chemical and pharmaceutical industries used to recycle and purify solvents efficiently

Key Features of Solvent Recovery Equipment

Our solvent recovery equipment is engineered for maximum solvent recovery efficiency, operational reliability,
and long service life. Each feature contributes to cost savings and environmental compliance.

Efficient Solvent Purification Through Distillation

Advanced distillation design achieves high-purity solvent recovery, suitable for direct reuse in sensitive manufacturing processes.

High Recovery Efficiency and Solvent Reuse Capability

Maximizes solvent yield from waste streams, dramatically reducing the need for fresh solvent purchases and the volume of hazardous waste.

Corrosion-Resistant Industrial Construction

Fabricated from stainless steel or glass-lined steel to withstand aggressive solvents, acidic contaminants, and high-temperature operation.

Automated Temperature and Pressure Control

Precision controls maintain optimal boiling conditions for different solvent types, ensuring consistent purity and minimizing energy consumption.

Energy-Efficient Operation for Continuous Processes

Engineered heat transfer and insulation minimize energy requirements; optional vapor recompression further reduces operating costs.

Suitable for Various Organic Solvents

Versatile design handles a broad range of common industrial solvents, including ketones, alcohols, aromatics, esters, and chlorinated solvents.

Solvent Recovery Unit Configurations

Laboratory Solvent Recovery Unit

  • Configuration: Compact benchtop system with manual controls and small batch capacity.
  • Suitable usage: Research laboratories, quality control facilities, and small-scale solvent recycling where space and batch size are limited.

Pilot Scale Solvent Distillation System

  • Configuration: Scaled unit with PLC-based control, automated batch processing, and data logging.
  • Suitable usage: Process development, scale-up validation, and small-batch production for specialty chemicals and pharmaceuticals.

Industrial Solvent Recovery Plant

  • Configuration: Large-capacity continuous system with full automation, integrated feed, and product handling.
  • Suitable usage: Commercial chemical manufacturing, pharmaceutical production, printing, coating, and electronics industries with high solvent throughput.

Applications of Solvent Recovery Systems

Chemical Manufacturing Solvent Recycling

Recovery and reuse of solvents from reaction mixtures, extractions, and washing operations in chemical plants.

Pharmaceutical Solvent Purification Processes

Purification of solvents used in API synthesis, crystallization, and cleaning procedures for cost-effective reuse.

Paint, Coating, and Printing Solvent Recovery

Recycling of thinners, reducers, and cleaning solvents from spray booths, printing presses, and coating lines.

Petrochemical Processing Operations

Recovery of hydrocarbon solvents from refinery and petrochemical process streams.

Electronics and Precision Cleaning Industries:

Recycling of high-purity cleaning solvents used in circuit board manufacturing and component degreasing.

Waste Solvent Management and Recycling

Centralized treatment of mixed or single-solvent waste streams for volume reduction and resource recovery.

For sustainable solvent management and significant cost savings, K-JHIL’s solvent
distillation system delivers reliable recovery across chemical, pharmaceutical, and industrial applications.

How the Solvent Recovery System Works

01

Collection of used solvent from process streams

Contaminated solvent is collected from manufacturing operations and stored in dedicated feed tanks.

02

Filtration to remove solid impurities

Particulates, pigments, and solid residues are removed through pre-filtration to protect the distillation system.

03

Heating in solvent distillation chamber

The pre-filtered solvent is heated to its boiling point in a jacketed or electrically heated distillation vessel.

04

Vaporization and condensation of solvent

Pure solvent vapor rises, passes through a condenser, and returns to liquid form as high-purity distillate.

05

Recovery of purified solvent for reuse

Recovered solvent is collected in product tanks, tested for quality, and returned to manufacturing processes.

Request a Quote!

For a Vacuum Ejector System

Why Choose Us

With deep expertise in chemical process systems, K-JHIL delivers high-quality solvent recovery equipment backed by superior
manufacturing standards. We provide customized solvent recovery solutions, automation integration, and process
optimization capability for reliable industrial performance.
Positive Implications Thumb Icon

K-Jhil Promise in Quality

Idea Vector Icon

Innovative Approach

Critical Thinking Icon

Automation Expertise

System Update Icon

Trouble-Free Processes

Content Management System Icon

Tailored Process Solutions

Setting Icon

Customer-Centric Approach

Positive Implications Thumb Icon

K-Jhil Promise in Quality

Idea Vector Icon

Innovative Approach

Critical Thinking Icon

Automation Expertise

System Update Icon

Automation Expertise

Content Management System Icon

Tailored Process Solutions

Setting Icon

Customer-Centric Approach

Bromine Recovery System FAQs

1. What is a bromine recovery system, and why is it needed?

It is a process plant designed to extract and purify bromine from industrial waste streams (like NaBr/KBr/HBr effluents). It is needed to recover a valuable chemical for reuse, reduce raw material costs, and ensure environmental compliance by treating bromine-laden waste.

Key industries include chemical manufacturing (flame retardants, dyes), pharmaceutical intermediates, oil and gas processing, and specialty chemical producers. Any facility generating bromide-rich effluents can benefit from a bromine recovery system.
We design systems ranging from small-scale units processing a few hundred liters per day to large industrial plants handling thousands of liters per hour. Our systems are available for columns up to 600 mm in diameter and beyond, customized to your feed volume.
We use high-quality materials resistant to bromine and HBr, including borosilicate glass for visibility and corrosion resistance, PTFE/Teflon for gaskets and linings, and specialized alloys like Hastelloy for critical metallic components.

Yes, as a complete bromine recovery plant manufacturer, we offer turnkey project delivery. This includes process design, equipment fabrication, installation, commissioning, and comprehensive operator training to ensure seamless integration into your facility.