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Together for a Sovereign and Sustainable Future

SEICA connects technology, governance, and finance to power the next generation of sovereign impact credit systems — transparent, traceable, and results-driven.

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About SEICA

Building a Sovereign Framework for Environmental Integrity

Turning Environmental Action Into Sovereign Value

SEICA enables nations to generate verified carbon credits by linking real-world impact data with transparent, measurable climate outcomes.

Impact Verification

Impact Verification

Impact Verification

Sovereign Strategy

Sovereign Strategy

Sovereign Strategy

Climate Finance Integration

Climate Finance Integration

Climate Finance Integration

Technology That Turns Climate Action Into Carbon Value

5.4M+

CO₂ credits verified

12+

National & Regional programs

200+

Field projects

The SEICA Framework

From Climate Action to Verified Sovereign Credits

SEICA provides the framework that connects data, verification, and finance to create measurable national impact.

Data Capture

Verification & MRV

Tokenization

Credit Issuance

PROJECT R-LEAF APP

R-Leaf: Connecting Farmers, Science, and Sovereign Credits

R-Leaf is SEICA’s operational platform that connects field activities with national carbon accounting.
Through every product application and data record, R-Leaf captures measurable reductions in emissions and transforms them into verifiable, sovereign credits.

Field Tracking

Impact Data Capture

Verification Engine

Credit Generation

Through SEICA Tech, that proof is verified, certified, and recorded as sovereign carbon value.

Converting Air Pollution to Fertiliser for Plants!

PROVEN RESULTS / IMPACT DATA

Science-Backed Solutions for Measurable Impact

Real Results. Verified Impact

Every R-Leaf application contributes to national carbon goals — generating verifiable impact data that supports the creation of sovereign credits. Our science-backed technology delivers proven improvements in yield, soil quality, and greenhouse gas reduction.

Through field trials and large-scale implementations, Project R-Leaf has consistently demonstrated measurable carbon reduction, improved crop yield, and soil health recovery — data verified and aligned with SEICA’s sovereign impact framework.

Our process

We developed an innovative and transparent process that turns air pollutants into plant nutrients — powered by daylight.

01.

Photocatalyst Activation

R-Leaf® particles, once sprayed on crops, are activated by natural daylight. The photocatalysts capture energy and begin generating reactive species that start breaking down atmospheric pollutants.

01.

Photocatalyst Activation

R-Leaf® particles, once sprayed on crops, are activated by natural daylight. The photocatalysts capture energy and begin generating reactive species that start breaking down atmospheric pollutants.

01.

Photocatalyst Activation

R-Leaf® particles, once sprayed on crops, are activated by natural daylight. The photocatalysts capture energy and begin generating reactive species that start breaking down atmospheric pollutants.

03.

Nutrient Uptake

The nitrate produced is dissolved by dew and rain, absorbed by plant leaves, and utilized as a natural nitrogen source, increasing plant biomass and vitality.

03.

Nutrient Uptake

The nitrate produced is dissolved by dew and rain, absorbed by plant leaves, and utilized as a natural nitrogen source, increasing plant biomass and vitality.

03.

Nutrient Uptake

The nitrate produced is dissolved by dew and rain, absorbed by plant leaves, and utilized as a natural nitrogen source, increasing plant biomass and vitality.

02.

NOx Conversion

When nitrogen oxides (NOx) come into contact with the activated surface, they are converted into harmless compounds — primarily nitrate (NO₃⁻), water, and CO₂ — essential components for healthy plant growth.

02.

NOx Conversion

02.

NOx Conversion

04.

Continuous Regeneration

The photocatalysts remain active for long periods without degradation, continuing the process daily — reducing air pollution while enriching soil and crop ecosystems.

04.

Continuous Regeneration

The photocatalysts remain active for long periods without degradation, continuing the process daily — reducing air pollution while enriching soil and crop ecosystems.

04.

Continuous Regeneration

The photocatalysts remain active for long periods without degradation, continuing the process daily — reducing air pollution while enriching soil and crop ecosystems.

How R-Leaf® Works

By harnessing the power of light, R-Leaf® transforms harmful air pollutants into plant nutrition. This continuous photocatalytic process enables measurable climate impact and improved agricultural productivity.