Engineering Every Stage
of Resource Recovery.
Engineering the technologies that transform industrial waste into critical materials powering a cleaner, circular future through indigenous innovation.
Process Engineering
E-Waste recycling
Hydrometallurgy
Metal Refining
Material Recovery
Process Engineering
E-Waste recycling
Hydrometallurgy
Metal Refining
Material Recovery
Process Engineering
E-Waste recycling
Hydrometallurgy
Metal Refining
Material Recovery
Designed for
Industrial Excellence
Precision engineering, intelligent process design, and indigenous manufacturing working together to redefine recycling.
OperateSustainably.
Zero Liquid Discharge , optimized resource utilization, & environmentally responsible processing engineered for long-term impact.
Build Smarter.
Modular engineering, turnkey execution, and intelligent automation from concept to commissioning.
Recover More.
High recovery. Battery-grade purity. Lower energy consumption. Built for the next generation of critical materials.
Research
Understanding the feed, chemistry, capacity and recovery requirements to define the right recycling approach.
Process Design
Developing the complete process flow, material routes and recovery strategy around your specific requirements.
Equipment Manufacturing
Manufacturing and integrating equipment designed to deliver reliable material processing and controlled operation.
Plant Engineering
Engineering the complete plant around process flow, equipment integration, utilities, material handling and operational requirements.
Installation
Installing and integrating the complete recycling system to bring equipment, process stages and supporting systems together.
Commissioning & Training
Commissioning the plant, validating process operation and training operators for safe, consistent and efficient performance.
20,000+
Tonnes of Annual Recycling Capacity Enabled
95%+
Material Recovery Efficiency
100%
Indigenous Engineering
Projects That Speak
for Themselves
Every project is a benchmark in precision engineering and sustainable resource recovery.
01
Mumbai
Li-ion battery recycling Plant
Designed and commissioned as a turnkey lithium-ion battery recycling facility, this plant enables efficient material recovery through advanced process engineering, indigenous equipment, and scalable industrial infrastructure.
Products
Indigenously designed industrial machinery built for high performance, reliability, and long-term operation.
Battery Assembly Line
Industrial assembly systems designed for efficient and scalable battery manufacturing.
ViewE-Waste Recycling Line
Integrated equipment lines for processing e-waste and recovering valuable materials.
ViewLi-ion Battery Recycling Plant
Complete mechanical plant systems for processing end-of-life lithium-ion batteries.
ViewSolution
Integrated mechanical and chemical engineering solutions tailored for industrial-scale resource recovery.
Lithium-ion Battery Recycling
End-to-end recycling plants engineered for the safe processing and recovery of valuable materials from end-of-life lithium-ion batteries.
ViewSolvent Extraction
Selective solvent extraction processes designed for efficient purification and separation of valuable metal ions.
ViewMetal Refining / Hydrometallurgy
Complete hydrometallurgical process solutions for extracting, refining, and producing high-purity critical metals from recycled materials.
ViewServices
From concept development to long-term operational support, Refnic delivers the expertise that powers successful industrial projects.
Newsletters
From concept development to long-term operational support, Refnic delivers the expertise that powers successful industrial projects.
Inside the Engineering
Explore the ideas, innovations, and technologies shaping the future of battery recycling and refining.
Mohit Gulati
7 min read
Precision in Every Process
Why engineering accuracy plays a critical role in modern recycling and refining operations.
REFNIC Engineering Team
5 min read
The Machines Behind Recovery
Explore the equipment and technology powering efficient material separation and recovery.
REFNIC Engineering Team
14 min read
Designing for Circularity
Exploring how smarter plant design supports a more sustainable battery ecosystem.
REFNIC Engineering Team
14 min read
From Battery to Resource
Understanding how advanced engineering helps recover valuable materials from used batteries.
REFNIC Engineering Team
15 min read
From Battery to Resource
Understanding how advanced engineering helps recover valuable materials from used batteries.
REFNIC Engineering Team
15 min read
Inside the Recycling Process
A closer look at the technology and engineering behind modern battery recycling.
REFNIC Engineering Team
5 min read
Engineering Smarter Recovery
How precision machinery and process design improve material recovery and efficiency.
REFNIC Engineering Team
7 min read
The Future of Battery Recycling
Discover the engineering innovations transforming end-of-life batteries into valuable resources.
REFNIC Engineering Team
14 min read
Inside the Engineering
Explore the ideas, innovations, and technologies shaping the future of battery recycling and refining.
Mohit Gulati
7 min read
Precision in Every Process
Why engineering accuracy plays a critical role in modern recycling and refining operations.
REFNIC Engineering Team
5 min read
The Machines Behind Recovery
Explore the equipment and technology powering efficient material separation and recovery.
REFNIC Engineering Team
14 min read
Designing for Circularity
Exploring how smarter plant design supports a more sustainable battery ecosystem.
REFNIC Engineering Team
14 min read
From Battery to Resource
Understanding how advanced engineering helps recover valuable materials from used batteries.
REFNIC Engineering Team
15 min read
From Battery to Resource
Understanding how advanced engineering helps recover valuable materials from used batteries.
REFNIC Engineering Team
15 min read
Inside the Recycling Process
A closer look at the technology and engineering behind modern battery recycling.
REFNIC Engineering Team
5 min read
Engineering Smarter Recovery
How precision machinery and process design improve material recovery and efficiency.
REFNIC Engineering Team
7 min read
The Future of Battery Recycling
Discover the engineering innovations transforming end-of-life batteries into valuable resources.
REFNIC Engineering Team
14 min read
Whether enabling new recycling ventures or modernizing existing facilities
Refnic delivers the technology, engineering, and execution required to build the next generation of resource recovery infrastructure.
Whether enabling new recycling ventures or modernizing existing facilities
Refnic delivers the technology, engineering, and execution required to build the next generation of resource recovery infrastructure.