M/s. George Akkari came to NPCS with a clear instinct and a practical question. Liberia has substantial forest reserves and fast-growing bamboo plantations — two renewable resources that, if handled well, could anchor a commercially serious and environmentally responsible manufacturing operation. The question was how to structure that into a real business, with numbers that held up and a plan that could actually be executed.

The project NPCS recommended was charcoal manufacturing using ekki wood and bamboo as the primary feedstocks. Both materials offered distinct advantages. Ekki wood — known botanically as Lophira alata — is a dense West African hardwood that produces high-calorific charcoal with low ash content, making it well-suited for premium industrial and export-grade markets. Bamboo reaches harvestable maturity in three to five years, making it a genuinely renewable input, and bamboo charcoal is finding growing demand in eco-labelled BBQ and consumer product markets across Europe, the Middle East, and East Asia.

The market logic was grounded in real demand dynamics. Africa accounts for over 60 percent of global charcoal consumption, with the majority of the population relying on it as a primary cooking fuel. Industrial-grade charcoal is also in steady demand from steel and ferro-alloy producers seeking low-sulphur, low-ash fuel alternatives. Liberia's position in West Africa gives a domestic producer natural logistics access to ECOWAS markets and Atlantic shipping lanes — both of which were factored into the export market analysis NPCS conducted.

On the technical side, NPCS evaluated carbonization technologies including retort kilns, drum kilns, and continuous carbonization plants, comparing their efficiency, capital cost implications, and output quality. The full production process was mapped: controlled harvesting from approved forestry zones, raw material sizing and pre-processing, moisture reduction through solar-assisted or kiln-based drying to below 20 percent, pyrolysis at 400 to 700 degrees Celsius in low-oxygen conditions, controlled cooling to prevent ignition, mechanical screening and grading, and final packaging in formats ranging from one-kilogram consumer bags to bulk containers for industrial buyers.

The raw material sustainability assessment was a critical piece of the work — not just identifying supply sources, but understanding harvesting cycles and ecological balance to ensure the business model didn't undermine the resource base it depended on. Regulatory navigation covered forestry permits, environmental clearances, and export licensing requirements specific to Liberia's biomass sector.

Financial modeling built a complete picture of CapEx across land and civil infrastructure, carbonization equipment, drying facilities, processing and packaging lines, utilities, and first-year working capital. The model projected an IRR in line with regional manufacturing norms, break-even within two to three years of full production, and a payback period estimated at four to six years. NPV came out positive at standard discount rates.

The project execution roadmap ran nine months from initiation through implementation planning — covering market research and raw material sourcing in the first phase, financial modeling and DPR completion in the middle phase, and procurement planning and civil construction framework in the final phase.

The feasibility was reviewed and approved. George Akkari has moved into the implementation phase.