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From pollution to solution

1

Soil restoration

Turn degraded and polluted soils into fertile grounds 3x faster than before using our plant-powered solution.

I want to restore land
2

New breed of materials

Build and manufacture with circular, carbon-negative materials from plant biomass.

I want to explore materials
3

Carbon credits

Get advanced carbon credits that lock carbon for 100-2000 years while restoring land.

I want carbon credits

Our kids will face huge CO2 and land degradation costs. Let’s sort it out like adults.

PFAS pollution
CO2 emissions

PFAS pollution

1.370 tons/day

PFAS emissions
43.835 MILLION €/day

PFAS societal costs

Known sites
Presumptive sites
User sites

Sources: Le Monde, Forever Pollution Project, ChemSec

CO2 emissions

103.539.726 tons/day

CO2 emissions
18.197 MILLION €/day

Societal costs

Manufacturing
Waste
Transportation
Power
Fossil fuel operations

Sources: NASA, Nature Journal

Fertile lands in decline. Reverse it, profitably.

40% of soils are degraded or polluted, costing us $26 trillion annually. Over 3.2 billion people are already feeling the effects. It’s not just the soil - our food, water, air, and health are all at risk. Join a bold mission: the largest nature-powered soil cleanup ever! What’s the plan? We bring a business model to land regeneration. How you can turn problems into profits with us. Partner farmers restore soils with our nature-based technology and earn income. Others can profit too: buy land before restoration and watch its value grow after cleanup. Harvested biomass is transformed into high-performance materials that generate revenue. Advanced carbon credits capture CO2 for centuries, restore land, and help you offset your carbon footprint.

Impact realised with our projects

225

HECTARES OF LAND
30.500

HECTARES COMING
1.125

CO2 TONS CAPTURED
25

PROJECTS

Bringing river Quipar back in Murcia, Spain

30.000

HECTARES

Murcia is one of the driest regions in Spain. And it's getting worse because of climate change and industrial agriculture for water-intensive crops, like lettuce and broccoli.

We teamed up with local regenerative farmer, Alfonso Chico de Guzman, to regenerate 30.000 hectares of land and bring river Quipar back.

See full project

30.000 Hectares

Bringing river Quipar back in Murcia, Spain

Agriculture Investments Carbon credits

200

HECTARES OF LAND AVAILABLE FOR INVESTORS

regenerative crops

land investments

carbon credits

Murcia is one of the driest regions in Spain. And it's getting worse because of climate change and industrial agriculture for water-intensive crops.

We are regenerating 30.000 hectares of land and bringing river Quipar back.

See full project
1 Hectare

PFAS cleanup at Campus Vesta

Pollution Biochar

0,5-29 micrograms/kg PFAS in soil

67% reduction of PFAS in 4 months

30x faster PFAS phytoextraction

Training site of Belgian firebrigade and police. Historical PFAS pollution from firefighting foams.

PFAS extraction from soil and groundwater with hemp, willows and natural soil additives.

See full project
24 Hectares

Reviving land and making hemp wood

Agriculture Construction

156 TONS OF HARVEST

257 CO2 TONS CAPTURED

Discover the power of hemp as a rotation crop for sustainable farming. This project enhances soil biodiversity, boosts main crop yields and produces carbon-negative materials.

Explore hemp's role in sustainable agriculture and construction today!

See full project
8 Hectares

Hemp-based alternative to plastic

Agriculture Biocomposite

4

TIMES LOWER CO2 VS VIRGIN PLASTIC

44 TONS OF HARVEST

90 CO2 TONS CAPTURED

New breed of materials for bio-based composites.

50% hemp - 50% recycled plastic. This virgin plastic alternative is circular and regenerates soils.

See full project
10 Hectares

From hemp fields to building insulation

Agriculture Construction

50 TONS OF HARVEST

102 CO2 TONS CAPTURED

This project does both: restore soil biodiversity and make carbon-negative construction materials.

Hemp is grown as a rotation crop. Then turned into building insulation. Lightweight, durable and circular, this insulation stores carbon in buildings for at least 100 years.

See full project