Natural Soil Fertility Solutions for Organic Farming in the UK
At Carboliva, we transform the olive industry’s by-products into high-value, sustainable energy solutions. Based in Osuna, in the heart of Andalusia, we combine deep-rooted olive-growing tradition with cutting-edge technology to create renewable fuels that respect both nature and people.
Our production focuses on premium olive-based charcoal, biochar, and clean thermal energy — all derived from olive biomass. By giving new life to agricultural residues, we help close the carbon loop and promote a truly circular economy. With a commitment to innovation, quality, and environmental responsibility, Carboliva delivers sustainable energy products that meet today’s industrial needs while protecting tomorrow’s planet. Below you’ll find a series of reasons why you should choose us for Fertiliser for organic crops:
100% natural composition ideal for certified organic farming
Carboliva’s biochar fertiliser is made entirely from olive biomass — a renewable and traceable resource sourced from the Andalusian olive industry. Free from synthetic chemicals, heavy metals, or artificial additives, it meets the highest standards for organic certification. Its clean composition ensures it integrates seamlessly into organic farming systems, improving soil fertility without compromising ecological integrity. Choosing Carboliva means investing in a product that supports organic certification compliance while contributing to a cleaner, greener food production cycle.
Long-lasting soil fertility and nutrient efficiency
Unlike conventional fertilisers that deliver a short-term nutrient boost, Carboliva’s biochar offers long-lasting soil enrichment. Its porous structure captures nutrients and water, releasing them slowly over time as plants need them. This controlled nutrient release prevents leaching, reduces waste, and ensures consistent plant nutrition throughout the growing season. Farmers benefit from improved yields, reduced input costs, and sustainable fertility that endures year after year. It’s a natural solution that enhances productivity while respecting the soil’s biological balance.
Strengthening soil biology for healthier crops
Healthy soil produces healthy plants — and Carboliva’s biochar fertiliser helps restore the natural microbiome essential for thriving organic systems. By creating a habitat for beneficial microorganisms, our biochar stimulates biological activity and promotes nutrient cycling. This living soil environment improves root development, enhances plant immunity, and reduces the need for external inputs. Over time, fields treated with biochar become more self-sustaining, resilient, and capable of supporting high-quality organic produce rich in nutrients and flavour.
Sustainable and carbon-negative agricultural practice
Carboliva’s mission extends beyond soil fertility — it’s about building a sustainable future for agriculture. Our production process uses clean pyrolysis to convert olive waste into stable carbon, preventing CO₂ emissions and creating a fertiliser that actively supports carbon sequestration. Each application of biochar to farmland helps lock carbon into the soil for centuries, turning your organic crops into a force for climate regeneration. This makes our fertiliser one of the most eco-friendly options for growers committed to reducing their carbon footprint.
Expert guidance and tailored organic solutions
At Carboliva, we understand that every farm is unique. Our team of specialists provides personalised advice on how to integrate biochar fertiliser effectively into organic management plans, whether for vegetables, vineyards, orchards, or arable crops. We collaborate closely with farmers and agronomists across the UK to ensure optimal application rates and measurable results. Choosing Carboliva means choosing more than a fertiliser — it means partnering with experts dedicated to helping you grow stronger, healthier, and more sustainable organic crops.
If you’re looking for fertiliser for organic crops, don’t hesitate to contact us using the form below:
