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Description
4 in 1 Smart Carbon Soil Platform
• Conditioner
• Biostimulant
• Fertiliser
• Surfactant
FUTURE SOIL® LIQUID BIOCARBON is not just one product, it’s a group of soil-enhancing technologies powered by carbon, biology, and science.
Each droplet carries millions of microscopic carbon particles and plant-derived compounds that transform how soil & roots hold water, nutrients and life - turning dry, tired soil into energised living, fertile earth.
How it Works
- Bio-Active Carbon Matrix – Porous carbon stores water and nutrients like micro-batteries while sustaining beneficial microbes.
- Soil Surface Transformation – Re-charges and re-opens hydrophobic surfaces, restoring long-lasting capillary flow.
- Enhanced CEC – Giving soils more nutrient-holding capacity so plants keep more of what you feed them, meaning less water, less fertiliser, and faster establishment.
- Reductive Pyrolytic Organics – Phenolic and lipidic compounds stimulate roots and protect against oxidative stress.
- Balanced NPK 1 : 1 : 1 – FS Liquid Biocarbon delivers a balanced NPK profile supported by strong secondary nutrients like calcium, magnesium, sulfur and silicon, along with key micronutrients including iron and trace copper, creating a complete broad-spectrum nutrient and soil-conditioning matrix.
- Long-Term Moisture & Fertiliser Efficiency – Reduces irrigation by up to 40% over time by holding water in the root zone, locking nutrients in place, and preventing leaching.
- Regenerative Carbon Storage – Locks stable bio-carbon for decades, building soil structure, fertility, and carbon sequestration.
Who is it for?
Commercial Growers & Turf Managers
Cuts irrigation volume, prevents nutrient leaching, and maintains consistent soil moisture and structure for uniform growth.
– Ideal for crops, turf, golf courses, and sports fields exposed to heat or drought stress.
Rehabilitation & Civil Projects
Restores structure in dispersive, saline, or mined soils, helping vegetation establish faster and reducing erosion.
– Used in mine-site rehabilitation, embankments, roadside revegetation, and erosion-control programs.
Home & Urban Gardeners
Revives compacted soils, potting mixes, and raised beds.
– Extends watering cycles and restores soil biology for stronger, healthier plants.
Desert & Arid-Zone Agriculture
Transforms hydrophobic sands and quicksand-like clays into stable, water-retentive soils.
– Reduces irrigation demand, improves infiltration, and supports large-scale desert-greening and re-vegetation programs under initiatives such as the Saudi Green Initiative.
Broadacre & Pasture Farming
Improves root-zone water storage, fertiliser efficiency, and drought tolerance.
– Applied pre-plant or early season to build lasting soil carbon and moisture resilience.
Horticulture, Orchards & Vineyards
Boosts root establishment, fruit set, and nutrient uptake through improved soil structure and moisture retention.
– Enhances crop uniformity and post-harvest resilience.
Composting & Soil Blends
Enhances nutrient retention and microbial activity in compost and growing media.
– Mix 20–50 mL per litre of blend to stabilise nutrients and accelerate maturation.
Pot Plants & Containers
Improves water-holding and soil health in potted mixes.
– Use 3 mL per litre of water fortnightly to maintain vitality and extend watering cycles.
Application Guide
(Water in throroughly)
SAND:
Initial: 50-100 mL/m²
Maintainence: 20 mL/m² As needed
Desert / Hydrophobic: 250mL/m²/Yr or 25mL/m² monthly
CLAY:
Initial: 50–100 mL/m²
Maintainence: 20 mL/m² As needed
LOAM:
Initial: 20 mL/m²
Maintainence: 10 mL/m² As needed
DEGRADED or COMPACTED:
Initial: 100 mL/m²
Trouble areas: 50 mL/m² Monthly until resolved
SEEDING / TRANSPLANTS
Seeding: 2 mL per L of water monthly
Transplants: 50 mL per planting hole
Potplants: 2mL/L monthly
Proven Results
Pasture (Field Study – NSW, Australia):
• +44 % pasture yield in fertilised areas compared with control (27.89 t ha⁻¹ vs 19.31 t ha⁻¹)
• 24.5 % increase in non-biochar soil carbon within 50 cm of treatment are (2.54 % vs 2.04 %)
• Improved microbial metabolic activity (fructose, maltose, sucrose, alanine utilisation)
• Increased uptake of N, P and K by pasture grasses
• Estimated CO₂ removal ≈ 150 kg CO₂ e ha⁻¹ annually from liquid BMC application
• Soil C storage and moisture benefits extend > 50 cm laterally from application zone
• +44 % pasture yield in fertilised areas compared with control (27.89 t ha⁻¹ vs 19.31 t ha⁻¹)
• 24.5 % increase in non-biochar soil carbon within 50 cm of treatment are (2.54 % vs 2.04 %)
• Improved microbial metabolic activity (fructose, maltose, sucrose, alanine utilisation)
• Increased uptake of N, P and K by pasture grasses
• Estimated CO₂ removal ≈ 150 kg CO₂ e ha⁻¹ annually from liquid BMC application
• Soil C storage and moisture benefits extend > 50 cm laterally from application zone
Wheat (Pot Study):
• +73 % total biomass compared with untreated control, demonstrating major carbon-induced growth acceleration.
• +18 % higher water retention at field capacity, confirming enhanced soil porosity and micro-capillary formation.
• Improved root density and shoot-to-root ratio, indicating greater water and nutrient uptake efficiency.
• Higher chlorophyll and nitrogen use efficiency, consistent with reduced nutrient loss through leaching.
• Replicates field-scale behaviour of the carbon matrix under controlled conditions — validating that even small inclusions of FUTURE SOIL® LIQUID BIOCHAR transform soil function and plant performance.
FAQ's
1. What is Liquid Biochar?
Liquid Biochar is a 4-in-1 Smart Carbon Soil Platform — a fertiliser, soil conditioner, biostimulant, and surfactant in one. It rebuilds soil structure, improves water retention, and boosts microbial life using micronised biochar, reactive minerals, and bio-active organics.
2. How does Liquid Biochar work in the soil?
Each droplet carries micro-carbon particles and natural plant compounds that bind to soil and create a living carbon matrix. This increases nutrient exchange, restores capillary flow, and holds water and fertiliser where roots can use them — turning dry, compacted soil into a stable, fertile ecosystem.
3. What makes it different from normal biochar?
Traditional biochar is dry and slow-acting. Liquid Biochar delivers activated, micronised carbon in a flowable form that penetrates the root zone instantly. It combines advanced surface-bonding technology with biological activation for fast, visible results.
4. What crops and soils can it be used on?
It suits all soils — sand, loam, clay, or saline — and all crops, including broadacre, horticulture, turf, orchards, and vines. It’s also effective for landscaping, mine rehabilitation, and desert-greening projects.
5. How often should Liquid Biochar be applied?
For most soils, apply 20–100 mL/m² (200–1,000 L/ha) every 4–8 weeks or once per season for broadacre and pasture. For pot plants, mix 3 mL per litre of water and apply fortnightly. One heavy application before planting can establish a lasting soil-improvement base.
6. Can it replace fertiliser?
It complements rather than replaces fertiliser. The carbon matrix stores and re-releases nutrients, improving efficiency and reducing leaching — often allowing fertiliser use to drop by 20–50 % while maintaining or improving yield.
7. Does it improve drought resistance and water efficiency?
Yes. Field trials showed 37 % less irrigation required and double soil-moisture retention. It restructures soil to hold water longer and release it gradually to roots, helping crops stay productive through dry conditions.
8. Is Liquid Biochar environmentally safe?
Completely. It’s made from sustainable biomass and contains no harmful chemicals. It’s non-toxic, biodegradable, and safe for people, pets, and pollinators.
9. What is the NPK ratio?
The balanced 1 : 1 : 1 NPK profile provides gentle, even nutrition that supports microbial activity and healthy plant growth without salinity or burn stress.
10. What are the main benefits?
• Builds long-term soil structure and fertility
• Improves water retention and irrigation efficiency
• Boosts microbial life and nutrient cycling
• Reduces fertiliser and water costs
• Stabilises soil pH and salinity
• Sequesters carbon for measurable credit value
11. Is it suitable for organic and regenerative farming?
Yes. It’s ideal for regenerative and carbon-farming systems, improving soil biology, increasing carbon storage, and enhancing input efficiency naturally.
12. Can it generate carbon credits?
Yes. Each litre adds stable carbon to the soil that remains for decades. The process can be measured under recognised soil-carbon credit frameworks, creating both environmental and financial returns.
13. How quickly will I see results?
Most users notice greener growth, better moisture retention, and softer soil texture within weeks. Long-term gains build over time as soil carbon and microbial life increase.
14. Can it be used with other soil treatments?
Yes. It works well with gypsum, lime, compost, and fertilisers. Its surface-bonding chemistry helps carry these materials deeper into the soil, improving their performance.
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