Introducing
CO₂ Savior
Specially formulated for rural smallholder farmers, agricultural co-ops, and sustainability-focused NGOs
BETTER FOR OUR CROPS. SOIL. PLANET.
Skip to product information
CO₂ Savior 1KG
$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.
Feature Comparison
| Feature | Typical Inorganic Fertilizer | CO₂ Savior Recommended |
|---|---|---|
| Source Material | Synthetic chemicals, often petroleum-based | Carbonized palm kernel shells, 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
Carbonized palm kernel shells, 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