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DG25-80X7P boiler feedwater pump of a certain electromechanical equipment company in Yunnan Province


Recently, a mechanical and electrical equipment company in Yunnan successfully procured a batch of DG25-80X7P boiler feedwater pumps for a cooperating power plant’s circulating‑system project. The equipment was smoothly installed, commissioned, and put into stable operation, effectively addressing the power plant’s core requirements for boiler feedwater supply and circulating‑system pressurization.

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Project Introduction

DG25-80X7P boiler feedwater pump of a certain electromechanical equipment company in Yunnan Province
Recently, a certain electromechanical equipment company in Yunnan successfully procured a batch of DG25-80X7P boiler feedwater pumps for a cooperating power plant’s circulating system project. The equipment was smoothly installed and commissioned, and has since been put into stable operation, effectively addressing the power plant’s core requirements for boiler feedwater supply and circulating system pressurization.
The power plant’s circulating system places extremely stringent demands on pump stability, pressure resistance, and continuous operation. Conventional pumps are prone to issues such as insufficient pressure, abnormal operating noises, and seal leakage, which directly compromise boiler feedwater efficiency and unit safety. Based on the project’s operating conditions, the customer requires a dedicated boiler feedwater pump that is well-suited for high‑temperature clean water transfer, delivers adequate head, operates reliably, and is easy to maintain.
Our specially recommended DG25-80X7P self‑balancing boiler feedwater pump is a dedicated model for power‑plant boiler feedwater applications. Featuring a horizontal, multi‑stage, sectional design, it delivers a rated flow of 25 m³/h and a head of 560 m, perfectly meeting the plant’s circulating‑system pressurization and water‑supply requirements. The pump employs an all‑enclosed shaft configuration, offering excellent resistance to media corrosion and stable sealing performance, enabling long‑term operation with clean water at temperatures up to 150°C. With superior high‑temperature tolerance and wear resistance, it can reliably support the power plant’s 24‑hour continuous operation. Additionally, its streamlined structure ensures easy disassembly and maintenance, significantly reducing subsequent operation and maintenance costs.

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