PlanctoLab
Bioluminescent Precision v1.0.2

Biological water treatment designed for industrial reality.

PlanctoLab engineers microalgae-based systems that treat industrial effluents, capture nutrients, and generate valuable biomass — all within a single circular biological process.

water_drop
Current Flux
1,240 L/h
verified
Purity Index
99.4%
Phase 01 // The Problem

Industrial water is still a liability, not a resource.

warning

Regulatory Pressure

Tightening EU regulations on nitrogen, phosphorus, and micropollutants force industries to upgrade or face penalties. Compliance costs are rising 12% year-over-year.

opacity

Nutrient Waste

Billions of tons of recoverable nitrogen and phosphorus are discharged into waterways annually. Current treatment destroys value instead of capturing it.

Phase 02 // Our Solution

A biological engine that treats, captures, and creates.

eco

Biological Treatment

Proprietary microalgae strains engineered to metabolize industrial contaminants — nitrogen, phosphorus, heavy metals — into clean water outputs.

biotech14+ Strains Optimized

Nutrient Capture Efficiency

Real-time biological processing metrics

+15.2%
+18.7%

Nutrient Capture

Recover up to 95% of nitrogen and phosphorus from effluent streams, converting waste into biofertilizer.

trending_up95% Recovery Rate
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Biomass Generation

Microalgae biomass harvested from the treatment process serves as feedstock for biofuels, animal feed, and bioplastics.

recyclingZero Waste Output
engineering

Project-based Execution

From site audit to deployment, we deliver end-to-end pilot projects tailored to your industrial context — water chemistry, throughput, regulatory requirements, and ROI targets.

01Site Audit02Strain Selection03System Design04Deployment

BiologicalPrecision.

Readytoturnyoureffluentintoachallenge.

Letusdesignabiologicaltreatmentpilottailoredtoyourindustrialprocess.Fromlabvalidationtoon-sitedeployment.
shieldISO 14001
recyclingCircular Ready
verifiedEU Biolab v2

Observe,measure,optimize.