Hemp: The Super Plant Driving Sustainable Innovation for Our Future.

Hemp, a versatile and ancient crop, stands as a powerful ally in the fight against climate change, paving the way for a sustainable future with its eco-friendly characteristics and wide-ranging uses.

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Benefits of Nature-Based Solutions and Hemp Carbon Removal credits

Explore the incredible versatility of hemp, a sustainable crop set to revolutionize various industries, from textiles and paper to construction materials and biofuels. Beyond its potential to replace fossil fuel products, hemp excels in rapidly removing and safely sequestering up to 15 tonnes of CO2 per hectare for decades, with a growth cycle of just around 90 days. This makes industrial hemp the most scalable solution in combating climate change.

Harness the potential of industrial hemp, a plant that not only provides environmental benefits but also supports pollinators like bees, enhancing biodiversity. Recognize hemp as a driving force for positive change in both our environment and society, as increasing awareness fuels investment and innovation in this groundbreaking field.


Nature-based carbon removal solutions not only remove carbon from the atmosphere but contribute to many additional benefits.

One.

Carbon Sequestration

Hemp absorbs more carbon dioxide per hectare than most trees and crops, making it a great tool in the fight against climate change.

Two.

Soil Health

Hemp improves soil health by aerating the soil and preventing erosion. Its deep roots also help to bind the soil together.

Three.

Water Efficiency

Hemp uses much less water compared to crops like cotton, making it a more sustainable option in regions prone to drought.

Four.

Pest Resistance

Hemp is naturally resistant to many pests and diseases, reducing the need for harmful pesticides.

Five.

Versatility

Hemp can be used in various industries, including construction (hempcrete), textiles (hemp fabric), and even biofuels

Six.

Air Cleaning

Vegetation reduces CO2, methane, and other greenhouse gasses, while ensuring healthy oxygen levels.

No Additional Harm

Our nature-based carbon removal credits come from carbon storage on land, in mangroves, in mines, and within bio-based building projects using hempcrete, all aimed at removing CO₂, restoring ecosystems, and making biodiversity the norm.

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Empowering Hemp Farmers:

Central to our vision is the empowerment of hemp farmers worldwide. We believe in creating a sustainable supply chain that supports local communities and promotes ethical farming practices. By providing incentives and education, we aim to foster a global network of hemp cultivators committed to environmental stewardship

Community engagement:

Collaboration is key to driving systemic change. We actively engage in advocacy efforts to raise awareness about the benefits of hemp in communities and forge partnerships with organizations, governments, and businesses committed to a sustainable future.

Land-based Carbon Removal Solutions

Our approach to healing the Earth is rooted in science and a deep respect for ecosystems. Each project is tailored to promote biodiversity, improve water retention, and ensure ecosystems are vibrant and balanced, utilising polyculture and native species. Backed by information from Project Drawdown (drawdown.org), you can read more about the different land based carbon removal technologies below:

Farmland Restoration

More than 100 million hectares of land are transformed through regenerative farming. Cutting down as much as 10.45 gigatons of CO₂ emissions and producing an extra 10 billion metric tons of food. Cleanup focuses on cleaning up oil spills and restoring mangrove forests, which are crucial for maintaining the health of coastal ecosystems.

Mines Restoration

Galamsey refers to illegal small-scale mining activities in Ghana, which have caused significant environmental degradation, particularly in water bodies and soils. Using hemp and bamboo to absorb and detoxify contaminants from soil and water is crucial to mitigate impact and ensure environmental sustainability.

Wet land and Mangroves Restoration

Restore and revitalize communities impacted by hydrocarbon pollution. clean up oil-contaminated sites, restore mangrove forests, improve drinking water supply, and support sustainable livelihoods. engaging with local communities to ensure their well-being and environmental sustainability

Desertification

Restore and revitalize communities impacted by hydrocarbon pollution. clean up oil-contaminated sites, restore mangrove forests, improve drinking water supply, and support sustainable livelihoods. engaging with local communities to ensure their well-being and environmental sustainability.

Construction Stored Carbon

Construction-stored carbon refers to the carbon dioxide (CO₂) that is captured and stored within building materials and structures. This concept is part of sustainable construction practices aimed at reducing the overall carbon footprint of buildings.

By using nature-based materials like bamboo, and hempcrete, based materials, construction can effectively sequester carbon, contributing to climate change mitigation and promoting sustainability in the built environment