Living Forest infrastructure
Three Living Forest systems.One regenerative mission.
Foresta systems capture CO₂, purify air, generate oxygen and turn emissions into renewable biomass — delivering measurable forest-equivalent impact in compact, deployable infrastructure. From interiors to industrial scale.
Choose Your Scale of Impact
Each Foresta system is engineered around the same biological core — accelerated microalgae photosynthesis — adapted to different spatial and environmental needs.
Liquid Tube
Indoor air regeneration, refined.
Equivalent to 2–3 mature trees
Designed for: Indoor and semi-outdoor spaces — corporate offices, hospitals, schools, hotels, gyms, showrooms and commercial interiors.
Why it fits India
Indian indoor air routinely tracks outdoor PM2.5 because buildings are naturally ventilated for much of the year. A Liquid Tube works without consumable filters, which removes the recurring cartridge cost that makes conventional purifier fleets expensive to run across a large campus.
Capacity & environmental performance
- Continuous CO₂ capture
- Removes NOx, VOCs, PM2.5 and airborne pollutants
- Oxygen enrichment
- Filter-free biological purification — no cartridge replacement
- Improves indoor air quality in closed environments
Functional capabilities
- Photobioreactor microalgae chamber
- Closed-loop water system
- Continuous oxygen release
- Low maintenance operation
Biomass output & value creation
- Microalgae biomass harvested periodically
- Repurposed for fertilisers, bio-based materials and energy applications
Footprint & installation
- Compact installation suitable for interior integration
Liquid Tree
The forest for modern cities.
Equivalent to 130–150 mature trees
Designed for: Urban public spaces, parking areas, high-density zones, transit hubs and city centres.
Why it fits India
Land is the binding constraint in Indian cities. A Liquid Tree delivers the absorption of well over a hundred mature trees on a footprint smaller than a single car parking bay — deployable on a footpath, plaza or metro forecourt where planting 150 trees is simply not possible.
Capacity & environmental performance
- Equivalent impact of 130–150 mature trees
- Significant CO₂ absorption
- Pollutant reduction — NOx, particulate matter, VOCs
- Oxygen production in a compact footprint
Functional capabilities
- Autonomous outdoor photobioreactor
- LED-optimised algae growth system
- Durable urban installation
- Climate-adaptive operation
Biomass output & value creation
- High biomass productivity
- Supports biomethane, fertiliser or industrial feedstock production
Footprint & installation
- Approximately 6–10 m² depending on configuration
Liquid Foresta
Industrial-scale carbon transformation.
Equivalent to 700–800 mature trees
Designed for: Industrial zones and clusters, infrastructure hubs, municipal corporations and large-scale carbon mitigation programmes.
Why it fits India
Arrives as a 20ft container, which means it moves on standard Indian road and rail freight and commissions in days rather than the multi-year horizon of a compensatory afforestation plot. That suits industrial estates and SEZs that need demonstrable mitigation inside a reporting year.
Capacity & environmental performance
- 1 CTRX ≈ 700–800 mature trees equivalent
- 14.4 m² footprint delivering roughly 24,000 m² of forest impact
- 87–89% carbon removal efficiency
- Continuous high-density CO₂ absorption
- 24/7 oxygen production
Functional capabilities
- Modular 20ft container biofactory
- Rapid installation
- High-yield microalgae growth
- Circular water recovery system
- Harvest cycle every 2–3 days
Biomass output & value creation
- High-value algae biomass
- Biofuel — biodiesel and biojet
- Fertilisers
- Bioplastics
- Nutraceuticals
- Industrial raw materials
Footprint & installation
- Compact containerised system
- Scalable by stacking multiple CTRX units
Dual-purpose deployment
Advertising that cleans the air
Liquid Foresta can also operate as a visible advertising unit. While it captures CO₂ and produces oxygen, it gives cities and brands a way to communicate a commitment to cleaner air.
In India this matters commercially: outdoor media revenue can offset a meaningful share of deployment cost, and municipal advertising concessions become a route to funding climate infrastructure without drawing on capital budgets.
Discuss a media-funded deploymentCompare Living Forest Systems
Side-by-side capabilities across all three deployment scales.
| Specification | Liquid Tube | Liquid Tree | Liquid Foresta |
|---|---|---|---|
| Primary use | Offices, hospitals, hotels, schools | Urban public spaces | Industrial zones, municipalities |
| CO₂ capture scale | Standard | High | Very high |
| Tree equivalent | 2–3 | 130–150 | 700–800 |
| Footprint | Compact | 6–10 m² | 14.4 m² |
| Environment | Indoor / semi-outdoor | Outdoor | Outdoor |
| Biomass output | Periodic | High | Very high |
| Pollutant removal | Yes | Yes | Yes |
| Installation speed | Plug-and-play | Fast | Rapid |
| Scalability | Unit-based | Modular | Fully modular |
| Economic value creation | Moderate | High | Very high |
Scroll the table sideways to compare.
Why Indian Cities Need Living Forests
Forest-equivalent absorption where land, time and air quality are all under pressure at once.
CO₂ Capture Capacity
Forest-equivalent absorption in a compact footprint.
Oxygen Production
Continuous oxygen generation through photosynthesis.
Pollutant Reduction
Reduction of NOx, SOx, VOCs and particulate matter.
Biomass Production
Harvestable algae biomass for circular applications.
1 system = hundreds of trees
A single CTRX occupies 14.4 m² and delivers roughly 24,000 m² of forest impact — the difference between a parking bay and a two-and-a-half hectare plantation.
Ready to scope a deployment?
Send us the site, the scale and the timeline. We will come back with a system recommendation and an indicative deployment plan.
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