Economic sustainability for developing a less polluting eucalyptus-charcoal productive system in emerging markets

Abstract

Charcoal plays a relevant role in developing countries, with potential to contribute to the energy needs as a cheaper and carbon-friendly alternative. In Brazil, eucalyptus-charcoal has gained attention as an input for metal-steel industries, mostly supplied by small and medium forest producers. Those commonly use rudimentary charcoal-kilns, characterized by higher greenhouse gas (GHG) emissions, reduced productivity and economically unsustainable impacted by their reduced financial management. In order to fulfill this gap, a simplified financial planning model and an economic analysis of a less polluting charcoal productive system, called kilns-furnace system, were performed, also comparing to traditional charcoal-kilns. A differentiated cost of capital pricing model was also proposed, adjusted to bioenergy projects in emerging markets. Results showed that kilns-furnace system presented the best financial indicators, with greater free cash flow capacity, shorter reimbursement period, reduced charcoal production cost, better return on invested capital and a financial resilience even under pessimistic conditions. With its risk-return ratio verified, kilns-furnace larger insertion may be an attraction for charcoal producers, with probable increased long-term economic sustainability when compared to traditional kilns. The proposed cost of capital pricing model opened a new perspective for its calculation in developing countries, and should be used by producers, companies, and government in investment decision and as a guidance for financing lines.

Keywords

• Bioenergy
• Charcoal
• Financial plan
• Investment analysis
• Forest economics