Kunshan Aulank Pump Manufacturing Co., Ltd. has officially entered into an industry-research cooperation agreement with Lanzhou University of Technology, marking a significant milestone in Aulank's commitment to technology-driven innovation.
Background of the Partnership
Aulank Pump has long been dedicated to advancing pump technology in specialized sectors, particularly in high- and low-temperature fluid conveying applications. Driven by the growing demand for innovation across the industry, the company has continuously pushed forward in product performance and technical capabilities.
Lanzhou University of Technology, recognized as a national-level institution, boasts a highly regarded School of Energy and Power Engineering. The school's expertise in fluid machinery and engineering provides a strong academic foundation for this collaboration, combining deep theoretical knowledge with strong applied research capabilities.
Two Core Areas of Cooperation
1. Pump Technology Upgrade for Circulating Water Applications
The partnership will focus on developing optimized material selection and structural design solutions for pumps operating in high-temperature circulating water environments. Through advanced flow field simulation and intelligent control technologies, the goal is to significantly enhance pump performance, reliability, and operational stability.
2. Research on Hydraulic Efficiency of Condensate Pumps
The collaboration will also involve the construction of precise hydraulic models and the development of high-efficiency, low-energy pump design solutions for condensate applications. The aim is to establish standardized benchmarks for pump energy efficiency, driving measurable improvements across the industry.
Looking Ahead
This cooperation between Aulank Pump and Lanzhou University of Technology represents a shared commitment to technology innovation and product advancement. Both parties will continue to deepen collaboration under a long-term framework agreement, working together to deliver more reliable, efficient, and intelligent fluid handling solutions for users worldwide.
