ShengYa Secures Major Electromechanical Contract for Fuzhou River Basin PPP Project, Showcasing Integrated Capabilities.

Release time: 2025-09-11

The successful procurement and installation of electromechanical systems for this comprehensive water management project in China’s Jiangxi province demonstrates a proven track record for complex, large-scale international partnerships.
ShengYa, a leading provider of integrated electromechanical solutions for water conservancy and infrastructure projects, is proud to announce its pivotal role in the “Fuzhou River Basin Comprehensive Management PPP Project” in Jiangxi Province, China. This landmark project underscores our capability to deliver large-scale, technologically advanced systems and positions us as an ideal partner for global clients seeking reliable and efficient project execution.

Mastering Complexity in a Mega-Project

The Fuzhou River Basin Project is a large-scale Public-Private Partnership (PPP) initiative designed for ecological restoration, flood control, and sustainable water resource management. ShengYa was awarded the critical contract for the supply, installation, and commissioning of the core electromechanical systems.

This involved a comprehensive suite of responsibilities, from the procurement of high-efficiency pumps, motors, and control systems to their precise installation, integration, and final commissioning. Successfully navigating the complexities of a PPP model—which demands seamless collaboration with multiple stakeholders, stringent adherence to timelines, and uncompromising quality control—highlights our exceptional project management and technical expertise.

Why International Clients Choose ShengYa

This project serves as a powerful case study for what we can deliver to international partners:

  • End-to-End Solutions: We are a single-source provider, managing everything from initial design support and equipment sourcing to on-site installation and lifecycle maintenance, ensuring project coherence and reducing interface risks for our clients.
  • Technical Excellence & Quality Assurance: Our solutions feature high-performance, energy-efficient equipment backed by robust quality control protocols, ensuring long-term reliability and reduced operational costs.
  • Proven Project Management: We have a demonstrated ability to manage complex logistics, stringent timelines, and multi-faceted teams, delivering projects on schedule and within budget, even in challenging environments.
  • Adaptability to Project Models: Our experience with the PPP model proves we understand the unique requirements of collaborative, long-term infrastructure projects, making us a flexible partner for various contract structures worldwide.

A Testament to Global Partnership Potential

“The successful execution of our scope in the Fuzhou River Basin Project is a testament to our team’s dedication and technical prowess,” said Yu , Chief Engineerat ShengYa . “It perfectly illustrates our capacity to act as a trusted, strategic partner for international developers, EPC contractors, and government bodies. We are not just equipment suppliers; we are solution providers who ensure the heart of your infrastructure project beats with reliability and efficiency. We are eager to bring this same level of commitment and expertise to partners across the globe.”

This project solidifies ShengYa’s reputation as a trusted ally for complex water management and infrastructure development, ready to collaborate on international ventures that demand precision, quality, and a partnership-focused approach.

About ShengYa:
ShengYa is a specialized provider of advanced electromechanical systems for the water, energy, and infrastructure sectors. With a focus on innovation, sustainability, and international standards, we deliver turnkey solutions that empower our global clients to build a more resilient and efficient world.

Instructed installation site photos

Go Back

Recommended articles

WhatsApp

Leave a message!

Leave a message!

Please enable JavaScript in your browser to complete this form.