Climate-tech · est. 2024

Living infrastructure
for the future of cities.

Brine Labs builds algae-powered urban systems that clean air, capture carbon, and redefine what sustainable living can feel like.

CO₂ captured
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O₂ generated
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AQI improved
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Installations
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What is Brine Labs

We engineer the bio-layer of the modern city.

We design and deploy algae-powered urban systems that behave like infrastructure — quiet, continuous, measurable. Every product captures CO₂, releases pure oxygen, and feeds biomass back into the circular economy.

Working with smart cities, airports, real-estate developers and governments, we are building the substrate for net-zero metropolises that breathe.

Climate-positive
AI-monitored
City-integrated
How it works

A continuous photosynthetic loop.

We deploy automated bio-infrastructures that continuously capture urban pollutants, metabolize carbon inside photobioreactors, and release pure oxygen while harvesting biomass. Click through the operational stages to see the science in action.

Phase 01 · BiologyActive Core

Air intake & diffusion

Polluted metropolitan air is actively vacuumed or passively diffused through microscopic ETFE membrane patterns. The air stream is pre-filtered to block physical particulate debris (PM10) before feeding into the core biomass cultures.

Operational Readout
Intake velocity: 4.8 m/s
System Efficacy
PM10 filtration: 99.4%
Taxonomy & State
Active species: N/A (Mechanical pre-filter)
Photosynthetic System Live
Streaming environmental audit log...
Live impact grid

Measured. Verified. Streaming.

Network live · 24/7
CO₂ captured (T)
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Oxygen released (T)
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AQI improvement
0%
Energy offset (MWh)
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The future of cities

Cities that exhale oxygen.

Imagine airports that purify themselves. Boulevards that glow at dusk. Skylines that draw down carbon while they sleep. We are building the operating system for that civic transformation.

Read the vision
Built for

Designed for the institutions building tomorrow.

Airports
Smart Cities
Real Estate
Tech Parks
Corporates
Municipalities
Knowledge Base

Frequently asked questions

Depending on the scale, a single plaza installation can capture up to 15.6 tons of CO₂ annually, operating at 50x the efficiency of an equivalent tree canopy footprint.
The algae biomass is periodically harvested through our circular loop and sent to refineries where it's converted into bio-plastics, sustainable aviation fuels, and protein-rich fertilizers.
No. Our bioreactors are AI-monitored and self-regulating. Maintenance is typically required only twice a year to replace the mechanical pre-filters and run diagnostic checks.
Yes, our Bio Architecture facades are designed as modular clip-on systems that can integrate seamlessly with existing HVAC intakes to purify the building's air supply.