API 610 VS2 structural vertical suspended pump is a vertical, suspended centrifugal pump designed specifically for demanding applications, adhering to the international standards of the petroleum industry (API 610). It is ideally suited for handling media such as iron oxide scale water in the steel rolling industry, seawater transport, accumulated water drainage in the metallurgical sector, and circulating water delivery in power plants.
Hydraulic Model: Double-suction/mixed-flow impeller design, optimized for high-flow, high-head applications;
Casing Structure: Symmetrical design with dual flow passages and space guide vanes, balancing most of the axial forces.
Shaft Support System: Multi-point support; clearances between guide bearings comply with API610 standards; rolling bearings are lubricated either with grease or oil. The submerged section features self-flushing sliding bearings, and depending on the media conditions, protective shaft sleeves can also be used, along with externally supplied flushing water for lubrication.
Sealing Systems: Depending on operating conditions, either packing seals or mechanical seals can be used; the seal chamber design complies with API682 standards. Single and double cartridge seals are available, and for special applications, tandem mechanical seals can also be employed.
This series of vertical propeller pumps is designed for transferring clean water as well as wastewater containing solid particles such as iron filings, sand, coal dust, and other abrasive materials, along with corrosive industrial effluents and seawater. The standard operating temperature for the pumped liquids does not exceed 55°C, though specially engineered models can handle media temperatures up to 150°C.
Multi-stage, radially split, double-casing, vertical canister pump conforms to the API610 standard and is designated as the VS6 pump type. Impellers are arranged in a series configuration, specifically engineered for extreme operating conditions. The pump features a segmented long shaft equipped with multi-stage guide bearings, making it ideal for handling applications involving cryogenic temperatures (especially low-temperature hydrocarbons), high pressures, and clean media.
Vertical sump pump is a single-stage centrifugal pump specifically designed to handle wastewater and effluent containing solid particles, fibers, and other impurities. Its key feature is that the pump’s working components, such as the impeller and pump casing are fully submerged beneath the liquid, connected via a long transmission shaft to a surface-mounted motor for operation. Equipped with an optimized single-stage centrifugal impeller (non-clogging type), this pump efficiently accommodates larger solid objects, effectively preventing blockages.
Sinofluid®vertical turbine pump is specifically designed for deep well or submersible water lifting applications, featuring an exceptionally long transmission shaft that connects the upper motor to the lower pump body. Key components are fully submerged beneath the liquid surface, while the discharge outlet can be positioned either above or below the base structure. This pump is ideal for extracting water from great depths, such as in deep wells, reservoirs, or mine drainage systems and delivers both high head and large flow rates, all while maintaining a compact design that saves valuable space. Typically, it employs a segmented long-shaft configuration for easy installation and maintenance. Additionally, wear-resistant and corrosion-proof materials should be considered for the wetted parts.
Specializing in mine drainage, emergency rescue operations for accident-related water removal, and mine rehabilitation drainage. These pumps are designed to handle high-concentration or highly corrosive mine water, featuring an anti-stall shaft mechanism and delivering exceptional performance, such as full-head startup and stable operation, critical emergency drainage scenarios. This ensures both high efficiency and energy savings while perfectly matching the demanding real-world conditions found in mining environments.
Sinofluid® sea water lift pump is an ideal pump to raise seawater and other corrosive medium. It can also be used as a fire pump to provide clean water, sea water or other similar fire extinguishing agents. The medium can contain a small amount of sediment, sea creatures and other substances. It has a series advantage such as compact structure, no need pump housing and easily automatic control. It is an ideal water lifting pump for municipal, mining, offshore platforms, FPSO, shipyards and similar use conditions.
Sinofluid® electric submersible pump (ESP) is an efficient artificial lifting device that directly connects a long shaft multi-stage centrifugal pump to a downhole motor and is driven by a surface power source through a dedicated cable. It is mainly used in medium to high permeability and high-yield medium to deep vertical or high inclination wells, especially suitable for offshore platforms, cluster well groups and other oil fields that require efficient and intensive management.
Sinoflo deep well pump is an important water lifting tool that is directly connected to a motor and a water pump for submerged operation. It is widely used for extracting groundwater from deep wells and can also be used in water lifting projects such as rivers, reservoirs, and canals. Mainly used for irrigation of farmland and water supply for humans and animals in high-altitude mountainous areas, it can also be used for drainage in cities, factories, railways, mines, and construction sites.
Sinoflo high lift submersible pump is a submersible water lifting equipment designed specifically for deep well, long-distance water delivery, or high-pressure water supply scenarios. Its core features are high lift, compact structure, and strong pressure resistance. Through the multi-stage impeller series design, the liquid can be lifted to a height of several kilometers, widely used in deep well water intake, mountainous water supply, mine drainage, fire pressure boosting, industrial high-pressure circulation and other scenarios.
