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Services

At Vera Solutions, we provide science-driven climate services that transform natural systems into long-lasting carbon sinks. Our work focuses on practical solutions that improve soil health, restore ecosystems, and generate verified ex-ante carbon credits enabling manufacturers and organizations to secure offsets before full project maturity and confidently progress toward their Net Zero targets.

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Through innovative land and resource management, we align ecological restoration with corporate sustainability goals, creating a bridge between environmental stewardship and economic value. Our ex-ante carbon credit program offers early-access sustainability benefits, ensuring our partners can take meaningful climate action today while supporting future ecological resilience.

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Explore our three core service areas:

Soil Carbon Management

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We use regenerative practices and advanced monitoring to increase the rate at which soils capture and store atmospheric CO₂.

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Process:

  • Cover Cropping & Reduced Tillage – increases organic matter inputs and minimizes soil disturbance.

  • Organic Amendments – applying compost, manure, and crop residues to enhance soil carbon stocks.

  • Remote Sensing & Soil Sampling – satellites, drones, and lab analysis to measure soil organic carbon changes.

  • Carbon Modeling Software – predicts sequestration outcomes and calculates verified carbon credits.​

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Economics:

  • Soil carbon projects generate steady, scalable carbon credits valued at $20–$40 per ton on voluntary markets.

  • A 1,000-hectare project could produce 5,000–15,000 credits annually, representing $100K–$600K in revenue potential.

  • Additional co-benefits: improved crop yields and reduced fertilizer costs increase farmer profitability.

Afforestation & Reforestation

We restore landscapes through tree planting guided by ecological science and digital monitoring.

 

Process:

  • Land Mapping & Species Selection – GIS tools and ecological surveys match trees to sites.

  • Planting & Maintenance – ensuring high survival rates and long-term ecosystem health.

  • Drone Monitoring – tracks canopy cover and growth rates over time.

  • Allometric Growth Models – calculate above- and below-ground biomass to verify carbon storage.

 

Economics:

  • Reforestation projects can yield 5–10 carbon credits per hectare annually, with credits priced at $10–$25 in many markets.

  • A 10,000-hectare project can create $500K–$2.5M in annual carbon value, scaling further as trees mature.

  • Beyond credits, forests generate ecosystem service value (water regulation, biodiversity, tourism) that supports long-term economic returns.

Biochar Production

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We convert agricultural residues into high-stability biochar through pyrolysis, locking carbon away for centuries while improving soil health.

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Process:

  • Biomass Collection – crop residues, forestry waste, and organic by-products.

  • Pyrolysis – heating biomass in a low-oxygen environment to produce carbon-rich biochar.

  • Soil Application – biochar integrated into soils improves structure, nutrient cycling, and water retention.

  • Certification & Verification – life-cycle analysis ensures true carbon-negative performance.​

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Economics:

  • Each ton of biochar can offset up to 3 tons of CO₂ equivalent, creating high-value credits priced between $100–$200 per ton.

  • Facilities processing 10,000 tons of biomass annually could generate ~$1M–$2M in credit revenue.

  • Farmers benefit from lower input costs (fertilizer, irrigation) and higher yields, creating dual revenue streams.

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