High chrome and salt loads
Variable pH between process steps
Large volumes of wastewater
High disposal cost and regulatory pressure
Risk of pollution incidents
Growing sustainability expectations from brands
Removes up to 99% of long-chain PFAS compounds.
Delivered in container units that scale with your needs.
Designed for low operating cost and fast setup.
Reuse chrome, salts, enzymes, and water directly in your tannery.
Proven long-term performance under real industrial conditions.
Lower wastewater volume, lower chemical use, and lower disposal cost.
Leather tanning is resource-intensive: large volumes of water, chemicals, and energy go into every batch of hides.
Yet most of that value is lost — discharged as wastewater and sludge.
With BIOS SOBA, tanneries can reclaim that value.
By recovering chrome, salts, enzymes, and water across core tanning processes, the system reduces chemical purchases, lowers wastewater disposal cost, and helps brands meet their sustainability commitments.
Circular tanning is no longer a concept — it’s an operational reality.
Every tannery is different — but our recovery strategy follows a clear, proven path.
We analyze each wastewater stream (soaking, liming, deliming, pickling, chrome tanning) to map recovery potential.
A pilot unit validates chrome, salt, enzyme, and water recovery on real production streams.
Full-scale recovery modules are installed and integrated into your existing tannery operations.
Sensors and digital monitoring ensure stable performance and consistent product quality.
Our BIOS SOBA system transforms tanning waste streams into reusable resources — reducing cost, improving compliance, and enabling circular production.
We help tanneries become cleaner, more efficient, and more resilient.
Learn more about chemical and water recovery.
Performing reliably under real tannery conditions for extended periods.
From assessment to pilot to full-scale integration with minimal disruption.
Transparent, data-based recovery performance and cost reduction.
Each case is unique – but every project starts with an assessment followed by an on-site pilot setup. Once deployed and scaled, ongoing optimization follows for an in-depth PFAS purification process.