Project Overview
Kano State, Nigeria, is a major center for the textile and dyeing industry in West Africa. A large local printing and textile dyeing enterprise is one of Nigeria’s primary production bases for all-cotton wax-printed fabrics, with products exported to multiple countries in West Africa. Thermal oil boilers are critical equipment in the printing and dyeing industries, providing stable high-temperature thermal energy for processes such as hot-melt curing, high-temperature steaming, drying, and finishing.
Based on its positive experience from previous collaborations with Huano Boilers, the company has full confidence in Huano’s product quality and safety and has once again chosen to partner with Huano.

Solution
In response to the enterprise’s stringent requirements for temperature stability in processes such as hot-melt curing and high-temperature steaming, Huano Boilers’ technical team provided a YGW-3000MA horizontal coal-fired thermal oil boiler:
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The boiler features an optimized furnace arch structure and a multi-pass heat exchange design, providing ample heat transfer area. This enables rapid heating of the thermal oil and high heat transfer efficiency, effectively reducing coal consumption and delivering significant energy savings.
The boiler employs a fully automated operation control system that automatically adjusts combustion intensity based on process load, ensuring minimal fluctuations in thermal oil temperature and stable heat supply—perfectly meeting the continuous production requirements of the printing and dyeing industry.
With multiple safety interlock protections and a user-friendly interface, local operations and maintenance personnel can operate the system independently after only a short training period, ensuring the long-term safe and stable operation of the equipment.
Core Project Advantages
Coal consumption is significantly reduced, fuel costs are effectively controlled, and operational efficiency is greatly improved.
Stable thermal oil temperature leads to steady improvements in product quality for key processes such as hot-melt curing and high-temperature steaming.
Safe and reliable equipment operation ensures full-capacity production during peak seasons.








