Wuhan Bus Manufacturing Plant
Project Background
Vehicle and machinery manufacturing facilities contain large numbers of production machines, machining equipment, automated production lines, and auxiliary utility systems. Some equipment requires cooling water for continuous heat dissipation and temperature control during operation.
Process cooling networks typically distribute cooling water from circulation equipment to different workshops and production equipment. Main pipelines cover extensive areas with numerous branch lines, while the system also needs to accommodate future equipment additions and production line layout changes.
For manufacturing companies, cooling systems are auxiliary utility systems, but insufficient flow, connection leakage, or pipeline blockage can still affect the normal operation of critical production equipment.
Key Project Requirements and Challenges
Multiple Pieces of Equipment Require Simultaneous Cooling
Manufacturing workshops contain numerous pieces of equipment, and different units may require cooling at the same time. The recirculating network therefore needs to distribute water flow reliably throughout the system.
Cooling Branch Lines Cover the Entire Production Area
Production equipment is distributed across different areas, resulting in long main and branch piping runs. Pipe diameters and routing therefore need to be planned appropriately.
Conventional Piping Is Prone to Corrosion During Long-Term Operation
In recirculating water systems, conventional metal piping may gradually develop corrosion and deposits, increasing maintenance requirements for valves, filters, and equipment cooling passages.
Production Lines Frequently Require Adjustment and Expansion
Equipment upgrades and production line modifications are common in manufacturing facilities, requiring cooling systems that can accommodate additional or relocated branch lines as equipment layouts change.
Franta Solution
To meet the requirements of vehicle manufacturing process cooling systems with numerous equipment points, extensive piping coverage, and frequent future modifications, Franta can use stainless steel pipes and multiple connection products to build equipment recirculating cooling water networks.
Stable and Corrosion-Resistant Recirculating Water Piping
Stainless steel pipes offer good corrosion resistance and mechanical strength, helping reduce leakage and maintenance issues caused by pipe corrosion during long-term recirculating water operation.
Smooth Internal Surfaces Help Reduce Flow Resistance
Smooth stainless steel internal surfaces help reduce scaling and water flow resistance, providing a stable piping foundation for recirculating cooling water distribution when multiple pieces of equipment operate simultaneously.
Mechanical Connections Improve Workshop Installation Efficiency
Suitable mechanical connection methods can be selected according to pipe diameter and system location, helping reduce complex on-site welding procedures and better accommodate manufacturing workshops with dense equipment layouts and limited installation spaces.
Modular Branch Lines Support Production Line Adjustments
When equipment is added or relocated, additional cooling branches and valves can be connected to existing main pipelines, improving the system's adaptability for future expansion.
Project Value
Reliable Equipment Operation
A stable recirculating cooling piping network provides a reliable industrial water distribution foundation for continuous heat dissipation from production equipment.
Reduced Flow Resistance
Smooth internal pipe surfaces help reduce hydraulic losses during cooling water circulation.
Reduced Piping Maintenance
Stainless steel helps reduce corrosion and deposit-related problems, lowering maintenance requirements for valves, equipment, and cooling branch lines.
Flexible Installation
Standardized mechanical connections are well suited to overhead installation, equipment areas, and confined spaces within factory workshops.
Adaptable to Production Line Upgrades
The system allows additional cooling branches and equipment connections to be added, making it better suited to long-term production line adjustments and factory expansion.
Application products
Application Products
Project service support
Project Implementation and Service Support
During project execution, Forte not only focuses on product delivery itself but also places great emphasis on engineering coordination and service responsiveness. In response to the demands of commercial real estate projects for both engineering efficiency and delivery quality, our service support can be structured around the following areas:
01
Initial proposal communication
Provide product selection and system integration recommendations tailored to the project’s application scenarios.
02
Mid-term supply coordination
Coordinate with the project timeline to advance document verification, product procurement, and on-site coordination.
04
Installation process supported
We provide installation coordination, construction support, and issue‑resolution assistance tailored to your specific needs.
04
After-sales service and support
Provide ongoing after-sales support to ensure the smooth operation and effective use of the project following delivery.