# Brazilian Deep Tech Innovation Could Drive Economic Benefits of Up to 1% of GDP in Countries Worldwide, Opening a New Frontier in Energy Efficiency

**Developed by Kovalk Innovations, a Brazilian deep tech company based in the state of Paraná, a proprietary bio-based fuel additive platform could help reduce global fuel consumption by billions of liters. Preliminary studies suggest potential economic impacts ranging from 0.10% to 1% of GDP across different countries under expanded adoption scenarios, excluding the additional benefits of local industrialization and technology exports.**

**CURITIBA, BRAZIL — October 2026** — A Brazilian multi-fuel bio-additive technology developed by **Kovalk Innovations, a Paraná-based deep tech company specializing in advanced engineering and technology**, could open a new frontier in economic competitiveness for countries heavily dependent on transportation, agriculture, and industrial activity.

The platform uses bio-based compounds designed to improve fuel efficiency, with the potential to reduce operating costs, increase energy productivity, and strengthen the competitiveness of industrial and logistics supply chains.

Preliminary economic studies conducted as part of the project identify scenarios in which potential economic benefits could amount to several tenths of a percentage point of national Gross Domestic Product (GDP). Under broader nationwide adoption scenarios, the company is exploring impacts that could approach 1% of GDP.

A key strategic consideration is that these assessments initially focus on the economic benefits arising from the use of the technology itself, without including the potential additional contributions of local manufacturing, industrial supply chain development, job creation, or bio-additive exports.

Strategic markets under evaluation include **Brazil, Paraguay, India, the United States, the European Union, Japan, South Korea, and other Latin American countries**, where substantial fuel consumption creates significant opportunities for large-scale efficiency improvements.