THERMOTEC-ECO S.A. is implementing an investment project to build a highly efficient next-generation gas power plant in Czerwionka-Leszczyny, Silesian Voivodeship, Poland.

The project is based on the energy processing of RDF waste, followed by the production of syngas, electricity, and heat. The project meets modern European requirements in the areas of circular economy, industrial decarbonization, and sustainable waste management.

The planned installed capacity of the complex is:

• 3.45 MW of electric power;
• 2.94 MW of thermal power.

The investment model allows for equity participation by investors through the acquisition of shares in THERMOTEC-ECO S.A., a joint-stock company, with legally established capital protection mechanisms and subsequent share buybacks.

The project is aimed at creating a long-term infrastructure asset with predictable profitability, a sustainable business model, and high development potential amid growing demand for decentralized energy and modern waste management solutions in the European Union.

The project is being implemented through the Polish joint-stock company THERMOTEC-ECO S.A., registered under the laws of the Republic of Poland and operating within the framework of European corporate and investment law.

The investment model envisions raising capital through the acquisition of company shares by investors, with official documentation of participation and securing ownership rights to a stake in the project.

To enhance investment security, a share buyback mechanism is provided after 5 years, using a pre-determined valuation formula reflected in the investment documentation.

The project structure is focused on:

• transparency of corporate governance;
• legal protection of investor interests;
• long-term sustainability of the investment model;
• compliance with European regulations in the field of energy and infrastructure investment.

Upon request, investors are provided with a full package of legal, corporate, and technical documentation, including the project structure, financial model, permits, and terms of investment participation.

The funding model is designed with the potential for additional funding from European support programs for green energy and waste recycling projects in mind.

The THERMOTEC-ECO S.A. project is in the practical implementation phase and includes the full cycle of preparing an energy infrastructure facility – from developing a land and permitting base to commissioning the plant.

Currently:

• The land plot for the complex construction has been identified and prepared;
• Permitting, design, and technical documentation is being prepared;
• Preliminary agreements for the sale of electric and thermal energy have been reached;
• The technological and operational model of the facility has been developed.

Planned project implementation timeline:

• Construction phase – approximately 12 months;
• Commissioning and ramp-up to design capacity – approximately 3 months;
• Total time until full commercial operation – approximately 15 months from the date of completion of financing.

The project is being implemented in accordance with modern European standards in industrial safety, environmental regulation, and energy efficiency.

The project management structure provides for phased implementation monitoring, transparent use of investment funds, and a subsequent transition to stable operations with projected cash flows.

Thermotec-eco S.A. Project The project has a sustainable financial and economic model, based on long-term demand for RDF waste processing, electricity and heat generation, as well as the potential to leverage government and European green energy support programs.

 

Key financial parameters of the project:

• Total project cost: EUR 29.2 million (excluding VAT);
• Total cost including VAT: EUR 35.6 million;
• Projected internal rate of return (IRR): approximately 11–12%;
• Net present value (NPV): approximately EUR 15.2 million;
• Projected payback period: approximately 6.5 years;
• Profitability index (PI): approximately 1.52.

The project's financial model is based on conservative assumptions and is focused on generating stable long-term cash flows once the plant reaches its design capacity.

 

An additional factor enhancing investment efficiency is the potential for partial capital expenditure compensation through existing green energy and sustainable development project support programs in Poland. The potential compensation amount could be approximately 50-80% of individual capital expenditures, depending on the terms of existing financing programs.

 

The project's economic structure combines infrastructure sustainability, a long-term production cycle, and growing market demand for waste-to-energy solutions, which forms the basis for projected operating profitability and future project scalability.