Stoker-Fired Hot Water Boilers are high-efficiency systems designed to provide reliable heating, domestic hot water, and process heat for both large-scale residential complexes and industrial facilities. These boilers utilize an automated stoker system for the combustion of solid fuels, generating thermal energy that is transferred to the water. The heated water is then circulated through the installation via high-performance pumps, allowing for significant distances between the boiler room and the heat distribution points, thereby offering greater flexibility in plant layout

The boiler unit is vertically configured atop a robust steel platform, directly integrated with the stoker combustion system. Depending on the required capacity, these boilers are engineered in two-pass or three-pass arrangements. To maximize thermal performance and minimize heat loss, the combustion chamber is reinforced with high-grade refractory brick and specialized concrete applications.

Operational precision is achieved through a proportional control system that automatically regulates the fuel feed rate (stoker speed) and combustion air fan speeds based on the target temperature. Furthermore, the design incorporates extended flame passageways, ensuring that the maximum amount of thermal energy generated during combustion is recovered for water heating, significantly increasing overall efficiency.

Manufactured in strict compliance with EN and CE standards, these boilers are built with premium materials and equipped with advanced safety systems to ensure secure operation. These systems are available with operating pressures of 6 or 10 bar, and capacities ranging from 2,300 to 6,000 kW, making them ideal for the textile, food, and chemical industries, as well as large-scale district heating projects.