In April 2025, a customer message from the EPCB boiler website initiated a deep collaboration between China and Uzbekistan.
The client is a food production company located in Uzbekistan, mainly engaged in the deep processing of agricultural products such as sugar beets and corn. Their products are widely supplied to the domestic market and exported to several Central Asian countries. Because the food processing involves multiple stages such as steaming, sterilization, and packaging disinfection, the company has extremely high requirements for the stability, energy efficiency, and continuous operation capability of its steam system .
At this time, the client was facing a core problem that had long plagued the company's development—the existing Turkish boiler system had high energy consumption and continuously increasing operating costs, making it difficult to meet the company's expanding production needs. It was against this backdrop that the client established contact with EPCB.
Professional On-Site Evaluation Supports Customized Solutions
On April 6, 2025, a customer submitted a boiler consultation request through the EPCB boiler website.Coincidentally, the EPCB boiler sales and technical team was in Uzbekistan at the time, visiting local customers and providing market technical services. Upon receiving the customer's message, EPCB boiler immediately contacted the customer by phone.
Through initial communication, the EPCB boiler technical team quickly understood the customer's core needs:
· Continuous and stable steam supply to the food industry
· Stable steam quality
· Reduce energy consumption
· Improve system thermal efficiency
· To meet future capacity expansion needs
· Improve the overall level of automation
Unlike typical equipment sales, EPCB boiler doesn't rush to quote prices; instead, it first conducts a detailed analysis of the customer's production processes.
The customer's production process involves:
· Steamed beets
· Corn processing
· sterilization and disinfection
· Packaging heating
· Finished product processing
These processes have very high requirements for steam stability; any fluctuations in steam will directly affect product quality and production continuity.
Therefore, the EPCB boiler technical team believes that this is not just the purchase of a boiler, but an optimization and upgrade project for a complete thermal energy system.
In-Depth Site Evaluation Builds Technical Trust
After initial communication, EPCB boiler did not stop at online exchanges. Before returning home, the EPCB boiler team made a special trip to the client's factory to communicate face-to-face with the client's owner and purchasing manager, and conducted an in-depth inspection of the production workshop to comprehensively examine the food production process, steam usage, and the operation of the existing boiler system. This on-site exchange became a crucial turning point in the entire project's progress.
Through on-site investigation, the EPCB boiler technical team discovered that while the client's existing Turkish boiler could maintain daily production, its overall operating efficiency was no longer sufficient to meet the company's ever-increasing production demands. The most prominent issue was high energy consumption. Due to the original system's low thermal efficiency and high flue gas temperature, a significant amount of heat was not effectively utilized during operation, resulting in persistently high natural gas consumption. Over the long term, this led to a continuous increase in the company's energy costs, putting significant pressure on overall profit margins.
Meanwhile, during peak production periods, the instability of boiler steam supply has become increasingly apparent. On-site operational data shows significant fluctuations in steam pressure, with some processes even experiencing insufficient steam supply, directly impacting the stable operation of critical production steps such as packaging, cooking, and sterilization. For the food processing industry, steam stability not only affects production efficiency but also directly impacts product quality and food safety.
EPCB boiler also noted that the customer's existing system had relatively limited automation, with some operational adjustments still relying on manual experience. Due to the lack of precise automatic control, the boiler struggled to maintain optimal combustion under varying loads, impacting thermal efficiency and increasing the difficulty of operation and maintenance. Furthermore, the system lacked a comprehensive energy-saving recovery design; for example, waste heat from flue gas was not fully utilized, the feedwater system was insufficiently optimized, and overall thermal energy utilization was low, further exacerbating energy waste.
Especially considering that the customer's products not only supply the domestic market but are also exported to several Central Asian countries, the company has higher requirements for production continuity, product stability, and energy efficiency. Based on the actual on-site working conditions and the customer's future development needs, EPCB boiler believes that this is not just an upgrade of a boiler, but a comprehensive optimization project for a food steam system, requiring systematic improvements from multiple dimensions such as the boiler body, energy-saving system, automation control, and subsequent operation and management.
EPCB Boiler Delivers Customized Energy-Saving Steam System Solution
Based on the customer's on-site working conditions and actual needs, EPCB boiler has tailored a more energy-efficient, high-performance, and stable steam system solution for the customer.
The entire solution does not only focus on the boiler itself, but also optimizes the entire system.
High-efficiency boiler body design
EPCB boiler has configured its customers with high-efficiency three-pass wet-back boilers. This structure features a larger heating area and more efficient flue gas heat exchange, effectively reducing exhaust gas temperature and improving overall thermal efficiency. Simultaneously, the large-diameter corrugated furnace design effectively absorbs thermal expansion, reducing operational stress and further enhancing the boiler's long-term operational stability. For long-term continuous operation conditions in the food industry, this structure not only ensures a stable and continuous steam supply but also offers enhanced safety and durability.
Energy Efficiency Becomes the Customer’s Primary Concern
During the communication process, the client repeatedly emphasized: "Our biggest concern is energy saving."
The boiler system had been operating at high energy consumption for a long time, which had become a significant cost burden for the company.
To address this pain point, EPCB boiler has significantly enhanced its energy-saving system configuration.
Configure an energy-efficient energy-saving device
EPCB boiler added a high-efficiency energy-saving system to the project, which effectively increases boiler feedwater temperature, reduces flue gas heat loss, and further improves overall thermal efficiency by recovering waste heat from high-temperature flue gas. This means that previously wasted heat is being reused. For food factories that operate continuously for extended periods, this energy-saving effect accumulates over time, effectively reducing the company's energy consumption and overall operating costs in the long run.
Intelligent Control System Enhances Overall Operating Efficiency
In addition to energy-saving design, EPCB boiler also focused on improving the automation level of the entire system. The project adopts an intelligent PLC control system, which can realize one-button start, automatic operation, real-time monitoring, automatic alarm and multiple interlock protection. The system can automatically adjust the combustion state according to the steam load changes, avoid fuel waste, and further improve the boiler's operating efficiency and stability.
Compared to traditional manual adjustment methods, this system offers more stable combustion, higher thermal efficiency, and simpler, more standardized operation. It effectively reduces the difficulty of daily operation and management for customers, and also minimizes the risks associated with manual operation. For food companies engaged in long-term continuous production, this intelligent control provides a more reliable guarantee for production stability and safety.
On-Time Delivery Demonstrates EPCB’s Project Execution Capability
Despite the impact of payment deadlines on the project timeline, EPCB boiler still delivered the project on schedule.
For international projects, on-time delivery not only reflects manufacturing capabilities but also the company's overall project management capabilities.
Customers in the food industry, in particular, often have clear production plans.
Once the equipment is delayed:
· This will affect production schedules.
· Increased risk of work stoppage
· Impact on enterprise order delivery
Therefore, EPCB boiler has always regarded project delivery cycle as one of its core management objectives.
Project Successfully Entered Stable Operation Phase
After installation and commissioning, the project was officially put into operation at the end of November 2025.
After the system went into operation, the customer quickly experienced the significant changes brought about by the steam system upgrade. The boiler can continuously and stably output steam, which not only meets the continuous operation requirements of food production but also effectively ensures the stable operation of key processes such as cooking, sterilization, and packaging, further reducing the risk of production fluctuations and providing a more reliable guarantee for the customer's production continuity.
At the same time, the energy-saving system has begun to take effect. With the high-efficiency energy-saving device in operation, the boiler flue gas temperature has decreased significantly, the overall thermal efficiency has been further improved, and fuel utilization has been effectively improved. Compared with the previous boiler system, the overall operation is more economical, and customers have felt a significant optimization in terms of energy consumption and operating costs.
Furthermore, the application of intelligent PLC control systems has significantly reduced the complexity of manual operation. The system operates more stably, the operation process is more standardized, and overall management is more convenient. With EPCB boiler continuously providing operational guidance and technical support, on-site operators at customers have gradually established a more standardized boiler operation and management system, laying a solid foundation for long-term stable operation.
EPCB boiler provides on-site service again: a true long-term partnership
For EPCB, project delivery is not the end of the service.
In March 2026, EPCB boiler once again sent technical personnel to the customer's site.
This on-site service was not due to equipment failure, but rather because EPCB boiler proactively optimized the system based on the customer's actual operating conditions.
The technical team conducted a comprehensive on-site inspection:
· Boiler operating status
· Combustion parameters
· Water system operation
· Steam load changes
· Energy-saving system operation status
· Operating habits and management processes
Based on the actual situation on site:
EPCB boiler has optimized and adjusted some operating parameters and helped customers solve some operational details.
For example:
· Combustion regulation optimization
· Run parameter matching
· System operation specifications optimization
· Energy-saving operation recommendations
Through these optimizations:
The system runs more stably.
The client also highly praised EPCB's professionalism and service attitude.
The customer stated:
EPCB boiler not only provides high-quality equipment, but more importantly, it can continuously provide professional technical support.
This kind of long-term service capability is something that many suppliers find difficult to achieve.
Conclusion
As the global food industry continues to demand higher levels of energy conservation, environmental protection, and production stability, the importance of efficient steam systems is constantly increasing.
EPCB boiler will continue to rely on:
· Professional boiler manufacturing capabilities
· Rich international project experience
· Improve the technical service system
· Systematic energy-saving solutions
We provide more stable, efficient, and energy-saving thermal energy system solutions for customers in the global food, textile, pharmaceutical, and chemical industries.
In the future, EPCB boiler will continue to cultivate the Central Asian market, establish long-term and stable cooperative relationships with more customers, and continuously promote the development of industrial thermal energy systems towards a more efficient, green, and intelligent direction.
