Ⅰ. Introduction of the product:
Solid furnaces can be categorized into vertical and horizontal designs, with their structures differentiated primarily by two types: water-cooled wall constructions and refractory concrete casting. Water-cooled wall furnaces are typically employed for high-calorific-value waste, whereas refractory concrete is better suited for waste with lower calorific values. Fixed furnaces, also known as manually operated furnaces, conventionally involve manual feeding and ash removal processes, although they can be customized with automated feed and discharge systems based on waste characteristics and customer needs.
The decision to incorporate a grate within a solid furnace is contingent upon the physical form and composition of the material being processed. Additionally, these furnaces feature cooling ash hoppers and bottom oxygen supplementation systems to enhance combustion efficiency.
In remote mountainous areas where centralized waste management is impractical, and for immediate on-site disposal needs such as the incineration of animal carcasses, fixed furnaces adopt advanced incineration technologies and equipment to handle a variety of waste streams, including municipal solid waste. These furnaces are also equipped with sophisticated exhaust gas treatment systems that target post-combustion pollutants, ensuring emissions comply with national standards and prevent secondary pollution. Furthermore, they facilitate the recovery of substantial amounts of hot water, warm air, and steam, which can be utilized for both residential and industrial purposes, thereby contributing to energy recycling and sustainability.
Ⅱ. Processing objects:
Industrial Hazardous Waste (Solid, Liquid), Sludge, and General Municipal Solid Waste.
Handling Capacity: 20-400 kg/hour.
Ⅲ. Technical advantages:
1. The furnace features a large internal volume, high furnace load capacity, ample operational flexibility, and a broad, stable range of applications.
2. Designed for negative pressure combustion to prevent backfire and ensure no harmful gases escape, ensuring safe and reliable operation.
3. Equipped with agitation ports, ash discharge outlets, and a furnace grate drying mechanism.
4. Incorporates a unique supplementary oxygen supply system to ensure high combustion efficiency.
5. Auxiliary combustion systems and vital components employ imported parts, ensuring long-term, reliable operation of the equipment.
6. Advanced automatic control technology guarantees the safe and reliable operation of the equipment.
7. Employing a comprehensive and rational exhaust gas treatment and purification system to ensure compliance with environmental emission standards.
Process flow chart
