K-JHIL Scientific Makes Liquid-Liquid Extraction Systems Available for Pharmaceutical, Chemical, and Metallurgical Industries Across India

2026-07-10 03:53:04 Industry

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K-JHIL Scientific Pvt. Ltd., a chemical processing equipment manufacturer based in Vapi, Gujarat, India, is making its liquid-liquid extraction systems available to pharmaceutical companies, fine chemical manufacturers, metal recovery operations, and industrial processors across India and international
markets seeking reliable, low-energy separation technology for compound isolation and purification.

The growing complexity of pharmaceutical synthesis and the increasing recovery demands in hydrometallurgy and specialty chemical production have raised the requirement for separation equipment that can handle challenging feed streams without reliance on energy-intensive thermal separation. Liquid-liquid extraction fills this role by enabling selective compound transfer between immiscible liquid phases
at near-ambient temperatures, preserving sensitive compounds while delivering high-purity separation outcomes.

K-JHIL Scientific's liquid-liquid extraction systems are engineered around mass transfer efficiency and operational reliability. Our designs address the two most critical performance factors in solvent extraction - maximising interfacial contact between phases and ensuring clean, complete phase separation after mixing - to deliver consistent extraction performance across diverse industrial applications, said a spokesperson for K-JHIL Scientific.

Pharmaceutical Compound Purification: Pharmaceutical manufacturers use liquid-liquid extraction to isolate active pharmaceutical ingredients from reaction mixtures, remove process impurities, and recover high-value synthesis intermediates. The gentle near-ambient temperature operation protects thermally sensitive API molecules from degradation during purification, a critical requirement in pharmaceutical manufacturing where compound integrity directly affects therapeutic efficacy and regulatory compliance.

Fine Chemical and Specialty Intermediate Separation: Fine chemical producers working with high-value specialty chemicals and reaction intermediates require separation systems capable of handling complex multicomponent mixtures with selective compound recovery. K-JHIL Scientific's extraction systems offer the phase contact efficiency and construction material options needed for corrosive and reactive fine chemical streams.

Hydrometallurgy and Metal Recovery: The recovery of copper, uranium, lithium, rare earth elements, and precious metals from leach solutions is one of the largest industrial applications of liquid- liquid extraction globally. K-JHIL Scientific supplies extraction systems designed for hydrometallurgical metal recovery, using
purpose-selected extractants including D2EHPA, Cyanex, and Alamine series compounds for selective metal transfer from aqueous leach solutions to organic solvent phases.

Solvent Recovery and Recycling: Industrial manufacturers using large volumes of organic solvents in their production processes use liquid-liquid extraction for solvent recovery from process streams, reducing raw material consumption and waste disposal costs. K-JHIL Scientific's systems with integrated solvent recovery capability support closed-loop solvent management in chemical and pharmaceutical production facilities.

Wastewater Treatment and Pollutant Removal:Industrial facilities generating wastewater streams containing dissolved organics, phenols, oils, or heavy metals use liquid-liquid extraction as a primary or complementary treatment technology to remove pollutants before discharge. The low energy operation and high selectivity of extraction make it applicable to industrial effluent streams where biological or thermal treatment would be impractical.

K-JHIL Scientific offers liquid-liquid extraction systems in laboratory, pilot scale, and industrial plant configurations. The laboratory system supports solvent screening and process development. The pilot scale system with PLC control handles scale-up validation and clinical batch production. The industrial plant configuration supports high-volume continuous operation with full automation, advanced process control, and integrated solvent recovery.

All systems are customisable for feed composition, target compound, solvent system selection, flow rate requirements, and purity specifications. Construction materials including stainless steel, glass-lined steel, PTFE, and specialty alloys are selected based on the chemical compatibility requirements of each specific
application. Complete engineering support, installation, and after-sales service are provided with each system supplied.

For complete system details, configurations, and procurement enquiries, visit:
https://kjhil.com/liquid-liquid-extraction-system/