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CO₂ Savior 50KG
$10.00 USD
CO₂ Savior is a revolutionary fertilizer made from sustainably sourced biochar and Black Soldier Fly Larvae (BSFL) frass. Designed specifically to sequester carbon while improving soil fertility and crop productivity.
BETTER FOR OUR CROPS. SOIL. PLANET.
For our crop.
Grows stronger, cleaner, and more resilient - without the toxic baggage of chemical fertilizers.
For our soil.
Revives fertility, restores balance, and turns every harvest into a healing ritual.
For our planet.
Captures carbon, cuts pollution, and cultivates a future where farming regenerates the Earth.
Made from simple organic compounds
proven to being an efficient solution against the farming crisis today
Biochar
Biochar
Agricultural waste
Frass
Frass
Nutrient-rich insect biowaste
Dead Black Soldier Flies
Dead Black Soldier Flies
Organic matter for water retention
Feature Comparison
| Feature | Typical Inorganic Fertilizer | CO₂ Savior Recommended |
|---|---|---|
| Source Material | Synthetic chemicals, often petroleum-based | Biochar, frass, dead BSF flies |
| Environmental Impact | Causes chemical leaching, soil and water pollution | Promotes carbon sequestration, reduces pollution |
| Soil Health | May cause compaction, acidification, and microbial imbalance | Enhances soil structure, microbial activity, and water retention |
| Nutrient Profile | Focused on NPK, often lacking organic matter | Rich in NPK + organic carbon and biowaste nutrients |
| Carbon Capture | No carbon sequestration capability | Actively stores CO₂ in soil through biochar integration |
| Sustainability | High energy input, non-renewable sourcing | Made from agricultural and insect biowaste - fully renewable |
| Local Availability | Often costly to produce | Made from abundant Nigerian agri-waste |
| Global Impact | Contributes to climate and soil degradation | Aligns with UN SDGs for Zero Hunger, Responsible Consumption, and Life on Land |
Source Material
Typical Inorganic Fertilizer
Synthetic chemicals, often petroleum-based
CO₂ Savior
Recommended
Biochar, frass, dead BSF flies
Environmental Impact
Typical Inorganic Fertilizer
Causes chemical leaching, soil and water pollution
CO₂ Savior
Promotes carbon sequestration, reduces pollution
Soil Health
Typical Inorganic Fertilizer
May cause compaction, acidification, and microbial imbalance
CO₂ Savior
Enhances soil structure, microbial activity, and water retention
Nutrient Profile
Typical Inorganic Fertilizer
Focused on NPK, often lacking organic matter
CO₂ Savior
Rich in NPK + organic carbon and biowaste nutrients
Carbon Capture
Typical Inorganic Fertilizer
No carbon sequestration capability
CO₂ Savior
Actively stores CO₂ in soil through biochar integration
Sustainability
Typical Inorganic Fertilizer
High energy input, non-renewable sourcing
CO₂ Savior
Made from agricultural and insect biowaste - fully renewable
Local Availability
Typical Inorganic Fertilizer
Often costly to produce
CO₂ Savior
Made from abundant Nigerian agri-waste
Global Impact
Typical Inorganic Fertilizer
Contributes to climate and soil degradation
CO₂ Savior
Aligns with UN SDGs for Zero Hunger, Responsible Consumption, and Life on Land
Join thousands of small-scale US farmers growing cleaner food and healthier soil
Proudly serving climate-conscious farmers across the United States and beyond.
