01 Industrial biotechnology

Smart microbes.
Clean metals.
A circular future.

BioMetallix turns complex industrial waste and low-grade materials into battery-ready critical metals — using precision-engineered microbial consortia and real-time bio-data analytics.

  • EU-funded pilot
  • Zero hazardous byproducts
  • 70%+ recovery efficiency
Scroll

Backed by & collaborating with

Horizon Europe Partner University Industrial Partner Innovation Fund Global Tech Corp
01 The challenge

The clean-energy transition has a metals problem.

Electrification depends on a reliable, ethical supply of lithium, cobalt and rare earth elements. Conventional recovery is chemically intensive, energy-hungry, and leaves a legacy of toxic tailings.

Low-grade ores, e-waste and mine tailings — the largest untapped reservoirs of critical metals — remain economically unrecoverable with today's metallurgy.

02 Our platform

Biology, engineered for industry.

Our Microbial Enhanced Recovery (MER) platform deploys precision-engineered microbial consortia that selectively leach and concentrate metals from previously unusable feedstocks.

Every bioreactor is monitored by our Bio Data Analytics Platform — AI-driven process control that turns biological complexity into predictable, audit-ready output.

03 The outcome

A closed loop, ready to scale.

70%+ recovery efficiency from mixed waste streams. 40% lower carbon footprint than smelting. Metals returned to supply chains — not landfill.

The result: a cleaner, smarter recovery system, purpose-built for the circular economy.

02 Impact

Results at a glance

High-yield recovery, with a fraction of the cost and environmental burden of conventional metallurgy.

BioMetallix recovery performance chart
70%+ Recovery efficiency

Consistently achieved from mixed and complex waste streams.

40% Lower carbon footprint

Versus conventional energy-intensive recovery and smelting.

3× Higher selectivity

Compared with chemical leaching across tested feedstocks.

0 Hazardous byproducts

A closed-loop process — nothing toxic leaves the system.

Figures based on pilot-scale trials across e-waste and mine-tailings feedstocks. View methodology

03 Services

An integrated service portfolio

End-to-end services designed to embed bio-recovery into your operations — maximising yield, minimising complexity.

01

MER Implementation & Operations

Microbial Enhanced Recovery units

Deployment of proprietary bioreactor systems for high-yield, low-cost metal extraction from targeted waste streams — e-waste, mine tailings, spent batteries.

Discuss deployment
03

Strategic Partnership & Consulting

Feasibility & supply-chain integration

Feedstock analysis, custom consortia development and certified data reporting — ensuring compliance and market readiness for recovered metals.

Start a conversation
04 Technology

Microbial Enhanced Recovery

Precision-engineered bio-leaching. Industry-ready.

MER is the cutting edge of industrial biotechnology. We harness the metabolic power of microbial communities — precisely engineered to target and extract strategic metals from low-grade, dispersed and previously unusable materials.

It is a paradigm shift: non-toxic, energy-efficient and fully modular — enabling profitable metal recovery directly at the source of waste.

  • Non-toxic process chemistry
  • Fully modular, containerised units
  • Works on dispersed and low-grade feedstocks
MER bioreactor technology
Live bio-reactor telemetry
05 Process

How it works

From feedstock to certified, battery-ready metals — in three stages.

01
Targeted extraction

Custom microbial consortia generate bio-compounds that bind and mobilise metals — lithium, cobalt, rare earths — even in complex waste.

02
Modular deployment

Containerised, prefabricated MER units integrate seamlessly into existing industrial sites — scalable and adaptive to material streams.

03
Closed-loop recovery

Recovered metals are reintroduced into supply chains — reducing mining dependence and advancing circular resource use.

06 Intelligence

The Bio Data Analytics Platform

Turning biological noise into predictive certainty — the intelligence engine behind every MER deployment.

Real-time optimisation

Continuous monitoring of microbiome conditions dynamically maximises extraction efficiency.

Predictive modelling

Forecasts changes in feedstock and microbial performance for proactive operations.

Audit & reporting

Delivers certified data for compliance, sustainability claims and carbon reporting.

07 Validated in industry

Integrating the MER platform has fundamentally changed how we view our industrial waste. The recovery efficiency is unmatched, and the reduction in chemical usage has lowered our compliance burden significantly. BioMetallix is delivering the circular economy, today.

Dr. Anya Sharma Head of Materials Innovation, Global Tech Corp
08 Get involved

Join the circular metals revolution.

BioMetallix is building the infrastructure for a resource-secure future — where waste becomes wealth and sustainability drives profitability.

09 Contact

Let's talk feedstock.

Tell us about your site, your volumes and your targets — we'll come back with a feasibility view and next steps.

Address

20a Abbeywood Road
London SE2 9NP
United Kingdom

Loading
Your message has been sent. Thank you!