Terraligna was established due to the success of its sister company, Terravusa, which in 2022 secured exclusive rights to distribute four leading bush encroachment herbicides in Southern Africa. These products include Sendero, Mezavue, Garlon Max and Molopo. They play a critical role in controlling invasive trees and shrubs and bush encroachment that affect millions of hectares of land.
Terraligna focuses on the next phase by harvesting and processing the biomass cleared from affected land. We aim to support farmers and rural communities in turning this material into useful and valuable products through sustainable and commercially viable methods.
Our purpose is to help farmers and rural communities turn the problem of invasive trees and shrubs into a source of value. By developing sustainable methods to harvest and process biomass, we create opportunities for economic growth while restoring land and supporting environmental health.
At Terraligna, our values guide everything we do. We believe in sustainability as a foundation for long term impact, ensuring that our work benefits both the environment and the people who depend on it. Innovation drives us to find smarter, more efficient ways to transform invasive biomass into valuable resources.
We are deeply committed to empowering rural communities by creating economic opportunities and sharing practical solutions that improve lives. Integrity, responsibility and a deep respect for the land are at the heart of our approach. Together, these values shape our mission to turn environmental challenges into lasting benefits for people and the planet.
Eliminate invasive species and reverse land degradation.
By targeting bush encroachment and invasive biomass, you restore the land’s natural functionality. Clearing unwanted vegetation reduces fire risk, improves biodiversity, and sets the stage for more productive and sustainable land use.
Turn the problem into a resource.
The biomass removed isn’t waste, it’s a valuable input. It can be used for small or large scale bioenergy, compost, charcoal, or soil enhancers. This creates jobs and opens new markets in green energy and agricultural inputs.
Replace degradation with long term productivity.
Once cleared, the land can be rehabilitated using regenerative practices. This includes techniques like cover cropping, rotational grazing, or agroforestry, all of which restore soil health, boost water retention, and make the land more resilient and profitable.
Introduce integrated solutions to landowners and communities.
With cleared and fertile land, there’s an opportunity to implement broader initiatives, water rehabilitation, food gardens, firebreak systems, or green infrastructure. These services support both ecological restoration and economic development for communities.
Lower financial barriers through innovative support models.
Adoption is made easier with tailored funding strategies such as partnerships, carbon credit schemes, or regeneration linked finance. These models empower landowners to implement changes now, with returns that grow over time.
One of the most immediate ways to use biomass from encroaching species is as firewood. Woodfuel remains an essential energy source for many households and small businesses, especially for cooking and heating.
Using this biomass as firewood creates a practical and low cost energy solution. It provides direct benefit to communities by turning cleared material into a useful product while supporting local energy resilience and reducing pressure on more valuable or restored land.
Charcoal is one of the most common forms of fuel made from wood, with around 17 percent of all wood fuel globally being converted into charcoal. As energy needs grow, especially in rural and off-grid areas, charcoal remains a valuable and widely used resource.
Biomass from invasive and encroaching species can be used to make ordinary charcoal using traditional methods. While it is not as refined as industrial-grade charcoal, it offers a practical and immediate way to turn waste into a useful product.
One of the valuable outcomes of clearing invasive and encroaching plant species is the production of industrial-grade charcoal. This form of charcoal is made from the dense, woody biomass removed during land restoration efforts. It offers a much higher quality compared to ordinary household charcoal, with greater carbon content, larger uniform pieces, and no chemical additives.
The result is a clean, consistent burn that produces high heat and minimal ash or smoke. It is especially sought after by restaurants and commercial users who rely on steady, controlled heat for cooking.
Biochar is a valuable soil enhancer that can be produced from the biomass of encroaching species. When applied to soil, it improves nutrient retention, boosts crop yields, enhances plant health, and reduces agricultural pollution. It is easy to use and can benefit almost every type of plant.
Because biochar is rich in stable carbon, it breaks down over long period of time. Once added to the soil, it continues to deliver benefits over many years. It also plays a powerful role in climate action. One ton of biochar in the ground can lock away the equivalent of three ton of carbon dioxide from the atmosphere, offering a meaningful and permanent carbon offset solution.
Wood vinegar is a dark, acidic liquid created during the carbonization of wood and other plant materials. When biomass from encroaching species is processed, wood vinegar can be collected as a useful byproduct with a wide range of applications.
In agriculture, wood vinegar serves as a natural pesticide, soil enhancer, and plant growth stimulant. It can improve seed germination, enrich compost, and support healthier crop development. It is also used in animal feed, food preservation, and even traditional medicine.
