Our Research

Partner

Science meets action

The Advanced Environmental Analytics Laboratory (AEAL) conducts rigorous, peer-reviewed research, pioneering solid-state anaerobic digestion to convert Northern Nigeria's most severe industrial liabilities into sovereign energy assets.

Foundational Research

Tannery waste into value

Pioneering the use of toxic tannery wastewater as a biological pretreatment for solid-state Anaerobic Digestion (SS-AD).

Industrial Symbiosis

Fusing two massive liabilities into one asset.

Kano's leather industry discharges 3,000 cubic meters of tannery wastewater daily, while the agricultural sector burns 1 million tonnes of rice straw annually. Our foundational PhD research fuses these two distinct hazards. By utilizing the highly-complex tannery effluent to chemically pre-treat the lignocellulosic rice straw, we achieve high-yield solid-state biogas production while neutralizing toxic discharge.

Materials Commercialization

Developing biogenic silica

Pivoting from capital-heavy elemental purity to high-impact functional silica for decentralized African industries.

Strategic Pivot

Extracting high-value materials from agricultural waste.

Instead of pursuing cost-prohibitive solar-grade silicon, we extract amorphous, highly reactive silica from rice husks using low-energy controlled calcination (<700°C) and alkaline leaching. This proprietary, low-capex process creates 50–95% pure functional silica optimized for local off-take. The resulting bio-based materials are deployed as drought-resistant liquid fertilizers, low-carbon "green concrete," heavy metal filtration for wastewater, and composite filaments for Yoda Box micro-factories.

Peer-Reviewed Expansion

Neutralizing textile effluents

Applying our proven solid-state digestion framework to the highly polluting textile and dyeing industry.

Published Methodology

Accelerating biomass breakdown with textile waste.

Building upon our foundational tannery framework, we are expanding our methodology to utilize textile wastewater as a pretreatment for lignocellulosic biomass. Published in the Federal University Dutsin-Ma Journal of Sciences, this research validates the use of complex, synthetic dye effluents to accelerate the breakdown of agricultural waste for stable biogas generation.

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