Our Design and Engineering Approach

BKC Makina combines its nearly 30 years of industrial experience not only with machine manufacturing but also with a holistic engineering approach focused on building integrated factories that operate in a balanced, efficient, and sustainable manner. Every plant project begins with a comprehensive and detailed analysis of customer needs. Raw material type, moisture content, particle size, target carbon structure, energy recovery expectations, capacity planning, and site conditions are all evaluated together. At this stage, the design team and R&D unit work in coordination to create process flowcharts, calculate heat and mass balances, and design the system architecture based on the pyrolysis gas balance obtained from organic waste. The main goal is to create a fully circular and sustainable production infrastructure that is minimally dependent on external energy and capable of generating its own energy.

The reactors, furnaces, gas lines, heat recovery units, and all auxiliary equipment used in the design process are tested in detail with advanced process simulations, thermal analyses, fluid dynamics (CFD) studies, and mechanical strength calculations. When necessary, animation-based modeling and digital twin applications are developed to analyze the system's behavior under real operating conditions before the manufacturing phase begins. Thus, potential efficiency losses, heat leaks, and performance risks are identified and optimized in advance.

Thanks to this engineering approach, the constructed facilities are not only operational; they become long-lasting and operationally reliable factories that maximize energy recovery and produce stable and high-quality carbon products. All approved designs are archived within the quality management system, and technical drawings and calculation reports are fully transferred to the manufacturing process. For BKC Makina, design means not just equipment placement, but also engineering-based guarantees of efficiency, sustainability, and performance.