Our commitment to Brazil
its communities and industry.

• – Innovative Solutions for Brazil.

• Future-proof Socio-Ecological Infrastructure Projects. Our flagship socio-ecological projects focus on delivering solutions that merge sustainability with a very positive economic and social impact.

Our solutions provide new additional income opportunities for agriculture-dependent rural communities, supporting Brazil's poverty reduction goals. But it doesn’t end there as we also help to mitigate climate change and promote biodiversity conservation by supporting Brazil’s efforts to become a leader in sustainable agriculture and waste-to-value systems and infrastructure, fostering industrial modernization. This industrial and social innovation makes companies and communities equally fit for the future.

Circular systems and decarbonization — reducing carbon footprints across operations—is one of the key strategies for companies aiming to become future-proof. Leveraging technologies and practices that reduce emissions, such as renewable energy sources and energy-efficient and clean processes, is crucial. The concept of decoupling emissions from economic growth underscores the feasibility of achieving economic expansion without escalating carbon emissions and environmental pollution.

Through collaboration with strategic partners in Brazil, we are advancing socio-ecological projects that position Brazil as a global leader in sustainable development.

Estimated revenue generated from circular economy transaction in 2022 and 2026 worldwide (in billion U.S. dollars)

© FSRE Industries

• – Global Commitments.

• Our innovative infrastructure projects directly support Brazil’s compliance with international agreements like the Paris Climate Accord and UN SDGs.

Our innovative infrastructure projects are at the forefront of supporting Brazil’s compliance with key international agreements, such as the Paris Climate Accord and the United Nations Sustainable Development Goals (SDGs). By leveraging the scalability and groundbreaking potential of MWDP technology, we attract international support and establish Brazil as a central player in global sustainability initiatives and discussions.

Strengthening Brazil’s Global Position:
We are committed to enhancing Brazil’s reputation as a global exporter and a pioneer in sustainability. By adhering to international acceptance standards for agricultural products, our initiatives bolster Brazil’s standing in the global climate dialogue and strengthen its economic and environmental partnerships worldwide.

Driving Economic and Environmental Progress:

• Economic Growth: Our projects utilize agricultural waste to improve resource efficiency, fostering sustainable economic expansion.

• Amazon Protection: Through innovative and sustainable agricultural practices and technologies, we actively contribute to protecting the Amazon rainforest and preserving Brazil’s vital waterways.

By combining economic innovation with environmental responsibility, our work not only supports Brazil’s national interests and sustainable development objectives but also ensures a future where sustainability and economic growth go hand in hand.

• – Improved planning security

• through independence from the overpriced and fluctuating world markets, therewith reduction in operating costs.

Market disruption triggered a spike in prices for artificial fertilizer due to the corona pandemic and exacerbated by sanctions because of war on Ukraine that led to stockpiling by those able to afford fertilizers. Experts believe that prices will remain above pre-pandemic levels for a longer time to come. This horrendously high prices for artificial fertilizers on the open world market and the risk of supply bottlenecks and interruptions cause the prices of groceries and other products and semi-finished products to increase tremendously.

The race for fertilizer supplies has spawned efforts to encourage self-sufficiency.

Our approach develops a seamless circuit of resources that offers a way to independence from overpriced and fluctuating world markets, therewith reduction in operating costs for companies. The in-house produced organic fertilizer among other things composed of bio-activated carbon produced by the microwave technology of one of our client we promote globally, is, among other things, excellently suited for the sugar cane and sugar and ethanol companies in Brazil. Due to the in-house production of this product, it is always available and provides a very lucrative profit margin because of the reduction in operating costs and high demand on the open market.

❱ Details of our ongoing project

❱ The end of contaminated water and air.

We develop the optimization of a sugar cane mill to become the first high-tech climate positive mill in Brazil with sustainability and exponential growth in mind.

We must rethink the usage of biomass and find completely different ways of utilizing it than burning, dumping, or ploughing under, as it is often the case at present, and thereby emitting additional CO2 into our atmosphere. Growing international environmental concerns and awareness have resulted in stringent emissions regulations. This in turn has encouraged industries to invest in technology developments and advanced concepts for the use of biomass such as in form of the Microwave Depolymerisation technology like the one of our client and its main product, the bio-activated carbon, which can be used in many different applications.

MWDP is the most sophisticated way to create full use of biomass.

One application is carbon farming and the subsequent binding of greenhouse gases like CO2 or N2O (CCS) in the soil. Together with our local partners and clients, we are developing sustainable field management solutions, with the focus on improved quality and fertility of the soil, sustainability, real environment protection and increased sugarcane productivity. The goal is to produce organic NPK-like fertilizer from organic materials and high-quality bio-activated carbon and eliminate the use of mineral fertilizers. Finally, the complete reuse of disposed materials from the ethanol plant can be ultimately transformed.
When the optimization process is completed, the sugar cane farm and mill will be independent of the world markets and foreign NPK-fertilizer suppliers which will significantly reduce operating costs and the risk of supply bottlenecks.

Furthermore, our concept creates further advantages such as:

High economic efficiency of the plant.
Low-energy, cost-effective in-house production of min 8,000 tons highly porous bio-activated carbon pellets made of bagasse per year.
Low-energy, low-cost in-house production of organic NPK fertilizer and the utilization of otherwise costly and environmentally harmful vinasse.
Increased harvest yield of up to 30%.
35,000 tons of CO₂ sequestration (CCS) per MWDP-plant and year.
High future growth and high profits.

Another application for our high-quality bio-activated carbon is the filtration of water, air to remove impurities and pathogens such as the Covid-19 virus.

Contaminated water is a major problem in many countries around the world. In Brazil, many households use water filters to make tap water drinkable. Our bio-activated carbon does not contain any soluble substances and therefore the quality of the drinking water in the household can be guaranteed. In addition, the cleanliness of the breathing air in closed rooms is a challenge in many countries, especially in the 3rd world. Dust particles are responsible for the premature death of people in many parts of the world as these dust particles lead to respiratory diseases.

Whether clean drinking water or good air, our material cycle concepts and the products of the Microwave-assisted Catalytic Depolymerization Process (MWDP) ensure a cheap supply of filter systems for daily use for a healthy and good life.