Empowering The amazon
One tree at a time

Invest in a sustainable, long-term opportunity that aligns with market trends and delivers both impact and profits.

Carbon credits help fight climate change by funding projects that reduce greenhouse gas emissions. Before the Industrial Revolution, CO₂ levels were around 280 ppm (parts per million). Today, due to human activities like burning fossil fuels and deforestation, levels have surpassed 420 ppm - a 50% increase.

Impact Backed by Measurable Results

5,749

Tonnes of Net CO₂ Removed Annually

212,000

Tonnes of Basalt Applied

$2.13 Million

Annual Revenue from CO₂ Credits

5,300

Hectares of Land Utilized

74,200

Tonnes of CO₂ Sequestered

What We Do

Understanding Habitat Degradation

Habitat degradation, caused by human activities such as deforestation, urbanization, and pollution, poses significant threats to biodiversity and ecosystem health. Recognizing the importance of restoring degraded habitats is the first step towards conservation.

The Importance of Habitat Restoration

Habitat restoration plays a vital role in preserving native species, enhancing biodiversity, and restoring ecosystem functions. By reviving degraded ecosystems, we can mitigate the impacts of habitat loss and fragmentation, ultimately contributing to the conservation of global biodiversity.

The Importance of Wildlife Conservation

Biodiversity Preservation: Wildlife conservation plays a crucial role in maintaining the Earth's biodiversity by safeguarding diverse ecosystems and the species that inhabit them.

‍Ecosystem Balance: Wild animals contribute to ecosystem functions such as pollination, seed dispersal, and nutrient cycling, which are essential for the health and stability of ecosystems.

Key Strategies for Wildlife Conservation

Habitat Protection: Preserving natural habitats is essential for wildlife survival. This involves establishing protected areas, such as national parks and wildlife reserves, and implementing land-use policies that prioritize conservation.

‍Anti-Poaching Measures: Combatting illegal poaching and wildlife trafficking is critical for protecting endangered species from exploitation and extinction. This requires enforcement of wildlife protection laws and collaboration with local communities and law enforcement agencies.

Harnessing Nature’s Chemistry

Enhanced Rock Weathering: A Natural Solution for Carbon Capture

As we seek sustainable pathways to address climate change, nature offers us innovative solutions that align with our commitment to environmental stewardship. One such groundbreaking approach is Enhanced Rock Weathering (ERW), a natural process that captures and stores carbon dioxide (CO2) directly from the atmosphere, helping to mitigate the effects of climate change.

What is Enhanced Rock Weathering?

Enhanced Rock Weathering is a cutting-edge carbon capture technology that leverages the natural process of mineral weathering to sequester CO2. By spreading finely ground silicate rocks, such as basalt, over large areas of land, this method accelerates the natural breakdown of minerals, which react with CO2 and water to form stable carbonates. These carbonates lock away CO2 for thousands of years, effectively removing it from the atmosphere.

CO2 Sequestration
Potential with
Venezuelan Basalt

Preliminary geological assessments suggest that Venezuelan basalt may offer superior CO₂ sequestration capabilities compared to German basalt. The assumed chemical composition of the basalt is as follows:

Assumed Chemical Composition of Venezuelan Basalt

Calcium Oxide (CaO):
18.0% (increase from 16.6%)

Magnesium Oxide (MgO):
12.0% (increase from 10.4%)

Potassium Oxide (K₂O):
2.5% (slight increase from 2.3%)

Silicon Dioxide (SiO₂):
Balance of composition

Other Trace Elements:
Maintained at similar or optimized levels for reactivity.

Mass of Reactive Oxides per Tonne of Venezuelan Basalt

Calcium Oxide (CaO):
18.0% x 1,000kg = 180kg

Magnesium Oxide (MgO):1
2.0% x 1,000kg = 120kg

Stoichiometric Reactions with CO₂

Calcium Oxide Reaction:
CaO + CO₂ -> CaCO3

Magnesium Oxide Reaction:
MgO + CO₂ -> MgCO3

Molar Masses

CaO:
56.08 g/mol

CO₂:
44.01 g/mol

MgO:
40.31 g/mol

CO₂ Sequestration per kg of Oxide

Calcium Oxide (CaO):
(44.01 g/mol CO₂) / (56.08 g/mol Ca=) = 0.785kg CO₂/kg Ca0

Magnesium Oxide (MgO):
(44.01 g/mol CO₂) / (40.31 g/mol MgO) = 1.092 kg CO₂/kg MgO

Total CO₂ Sequestered per Tonne of Venezuelan Basalt

From CaO:
180 kg CaO × 0.785 kg C0₂/kg CaO = 141.3 kg CO2₂

From MgO:
120 kg MgO x 1.092 kg C0₂/kg MgO = 131.04 kg C0₂

Total CO₂ Sequestered:
141.3 kg COz + 131.04 kg CO₂ = 272.34 kg C0₂

Therefore, per tonne of basalt:
‍272.34 kg
CO₂ / 1,000 kg basalt =
0.272 tonnes CO₂ / tonne basalt

Enhanced CO₂ Sequestration with Enzymes:

Integration of Carbonic Anhydrase Enzymes:

Effect: Accelerates the reaction rates between CO₂ and basalt minerals.

Projected Increase: Approximately 16.6% enhancement in CO₂ capture efficiency.

Revised CO₂ Capture:
0.272 tonnes CO₂ / tonne basalt × 1.166 ~
0.317 tonnes CO₂/tonne

Final CO2 Sequestration Potential

This adjusted sequestration rate demonstrates the enhanced efficacy of Venezuelan basalt, particularly when coupled with enzymatic acceleration, providing a more robust and reliable CO₂ removal strategy.

Without Enzymes:
0.272 tonnes CO₂ per tonne basaltWith

Enzymes:
0.317 tonnes CO₂ per tonne basalt (16.6% increase)

CO₂ Dashboard

Transparency and documentation platform

We're building a Documentation and Transparency Platform to track and share our CO₂ sequestration steps, ensuring efficiency and trust. Key platform features include:

Transparency and trust

Sharing operational data openly builds confidence with investors, partners, and the public, showing our commitment to integrity.

Proof of Land

Regulatory Compliance

Detailed records support environmental compliance and carbon credit verification

Accountability

Documentation substantiates CO₂ sequestration claims with verifiable proof.

Operational Oversight

Real-time data collection boosts process management, accountability, and efficiency.

Stakeholder Engagement

Dashboard features let stakeholders engage directly, fostering trust.

Why Our Solution Makes a Difference

Mobile App for Field Personnel

Cross-Platform Flutter App: The app is developed using Flutter, ensuringcross-platform compatibility and smooth performance on Android devices.

Comprehensive Data Collection

Lab Results: Tracks basalt batch composition and certifications.Quantitative Records: Logs basalt quantities, enzyme usage, transport data, and emissions.

Web Dashboard

End-to-End Visualization: Shows basalt's journey from extraction to field.Real-Time Metrics: Displays operational statistics, images, and lab reports.

Operational Efficiency and Control

Staff Oversight: Tracks employee activities and coordinates teams.Alerts and Notifications:Automated alerts for delays or issues.

Soil Health

Improved soil fertility and ecosystem restoration boost agricultural sustainability.

Transparency

Lab-proven results and real-time data ensure trust and accountability.

Sustainable Impact at Scale

Effortless solutions for measurable climate action.

Transparent and Verifiable

Every tonne of CO₂ is documented with geotagged data and lab-verifiable results.

Scalable for Global Impact

Enhanced Rock Weathering is designed to scale and meet global climate challenges effectively.

Naturally Engineered Solutions

Proven Global Impact

What We Offer

We are inviting select investors to join our Seed Round.

Bafin Bond

+5%

Reserve your allocation in our upcoming fully regulated bond offering, combining stability with sustainability.

EUR 8'000'000 Volume

Fixed 3-year interest rate

Supervised by BaFin

Join Waitlist

Land Plots

1000 ha

Participate in revenue share generated from carbon credit sales through nature-based CO₂ removal projects.

Estimated 40% ROI

10-year revenue participation

Most promising climate method

Join Waitlist

Carbon Credits

$360.00

Invest directly in certified carbon credits to benefit from the rising demand for CO₂ offsets.

VERRA certified

Responsibly sourced

Long term value appreciation

Apply Now

A step-by-step approach to measurable, scalable, and verifiable carbon removal.

How We Drive Climate Action

01

Understanding CO₂ Removal Needs

Identify the scale of emissions and the potential for Enhanced Rock Weathering to achieve measurable reductions.

02

Enhanced Rock Weathering in Action

Distribute finely crushed basalt across suitable land areas, capturing CO₂ while improving soil health.

03

Transparent and Verifiable Results

Track progress with geotagged field data, lab analysis, and real-time reporting to ensure accountability.

04

Expand to Amplify Results

Leverage proven methods to extend operations globally, addressing climate challenges at scale.

05

Deliver Transparent Insights

Provide stakeholders with detailed reports, showcasing measurable outcomes and verified progress.

Ready to Make a Real Impact?

Join organizations worldwide in driving measurable climate action.

Innovating Climate Solutions

AMAZONICA

Creating a sustainable future

Empowering The amazonOne tree at a time