K-JHIL Scientific launches precious metals refinery systems for gold, silver and PGMs
By AI, Created 7:21 AM UTC, May 27, 2026, /AGP/ – K-JHIL Scientific Pvt. Ltd. is highlighting refinery systems in Vapi, Gujarat, that recover and purify gold, silver and platinum group metals from jewellery scrap, e-waste, dore bars and industrial by-products. The systems are certified by TUV and DAR and are designed to reach up to 99.95% gold purity across manual, semi-automatic and fully automatic configurations.
Why it matters: - Precious metals recovery is a high-value process for recyclers, refineries, jewellery makers and industrial processors. - K-JHIL Scientific is targeting buyers that need high purity, operator safety and lower reagent use in one system. - The company’s refinery line is aimed at a broad market, from small workshops to industrial-scale plants.
What happened: - K-JHIL Scientific Pvt. Ltd., a chemical processing equipment manufacturer in Vapi, Gujarat, India, is presenting precious metals refinery systems for gold, silver and platinum group metals recovery. - The systems are designed to process jewellery scrap, electronic waste, dore bars and industrial by-products. - The equipment is certified by TUV and DAR. - K-JHIL Scientific says the systems can achieve up to 99.95% purity in gold output. - More information is available in the company’s announcement.
The details: - The refinery systems use aqua regia dissolution chemistry with selective precipitation and purification cycles. - K-JHIL Scientific says its reactor geometry is designed to support complete chemical reactions and reduce batch processing time. - Standard features include integrated scrubbing, leak-proof piping and automated temperature control. - The systems are built with high-grade materials chosen for resistance to corrosive chemicals used in aqua regia-based refining. - Turnkey installation, commissioning support and operator training are included. - The product line is offered in three automation levels. - The basic manual system is built for 1 to 5 kilograms per batch. - The manual system is aimed at small jewellery workshops, assay offices and educational institutions. - The semi-automatic system handles 15 to 20 kilograms per batch. - The semi-automatic system uses PLC-controlled refining cycles with manual material handling. - The semi-automatic system is aimed at mid-sized refineries, jewellery manufacturers and collection agencies. - The fully automatic system supports 20 kilograms per batch and above. - The fully automatic system is designed for continuous industrial-scale operation. - The fully automatic system includes programmable logic control, remote monitoring and automated chemical dosing. - The fully automatic system is aimed at large-scale precious metal refining plants, electronic scrap processors and central bank refinery facilities. - Gold jewellery refining covers process scrap, polishing dust and old jewellery. - Electronic scrap refining covers printed circuit boards, connector components and integrated circuits. - Silver recovery covers photographic waste, X-ray films and silver alloys. - Industrial and laboratory refining covers spent catalysts and chemical process waste streams.
Between the lines: - The product positioning suggests K-JHIL Scientific is trying to serve both entry-level users and large industrial buyers with the same platform family. - The emphasis on safety systems and certification indicates the company is selling into regulated and risk-sensitive operations. - The focus on e-waste and industrial by-products reflects growing demand for recovery systems tied to recycling and resource reuse.
What’s next: - Industrial buyers, jewellery manufacturers, refinery operators and electronic waste processors can review configurations, capacity options and specifications on the company website. - K-JHIL Scientific is inviting project enquiries for procurement and deployment.
Disclaimer: This article was produced by AGP Wire with the assistance of artificial intelligence based on original source content and has been refined to improve clarity, structure, and readability. This content is provided on an “as is” basis. While care has been taken in its preparation, it may contain inaccuracies or omissions, and readers should consult the original source and independently verify key information where appropriate. This content is for informational purposes only and does not constitute legal, financial, investment, or other professional advice.
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