Pump Type: API610 0H1 (SOA) OH2 (SOB)
Execution Standard: API610
 

Parameter range
Flow rate Q: ~2600 m³/h
Head H: ~ 300 m
Design temperature T: -80°C to 200°C (SOA), -80°C to 450°C (SOB)
Design pressure P: ~2.5 MPa (SOA), ~5.0 MPa (SOB)

Product Features

Single-stage radial impeller, horizontal design, radially split volute casing, installation via foot mounting or centerline mounting. Axial suction and radial discharge; the suction and discharge flanges have the same pressure rating. The pump body and impeller are equipped with replaceable sealing rings, and axial forces within the pump are balanced by means of balance holes. The shaft seal and auxiliary system piping are configured according to the AP1682 standard mechanical seal and flushing scheme.

Scope of application
Clean or contaminated, low-temperature or high-temperature, chemically neutral or corrosive liquids; refineries, petrochemicals, chemical industry, coal chemical industry, seawater desalination plants, fertilizers, pulp and paper, offshore platforms, and general industrial applications.

Xylem Flygt/Godwin pump technology features
Okay, let's analyze in detail the technical characteristics of Flygt and Godwin, the core pump brands under Xylem that are related to the industrial and oil and gas fields.
It should be noted that Xylem is a leading global water technology company, with strengths in water transportation, water treatment, and water testing. Therefore, its Flygt and Godwin brands are not known for covering the full range of API 610 high-temperature and high-pressure process pumps, but for having irreplaceable technological advantages in specific niche areas, especially in the upstream of oil and gas, mining, building drainage, emergency rescue, and environmental protection fields.
Brand positioning and core application areas
Flygt: a leading global brand of submersible pumps, particularly in the fields of sewage, submersible mixers, and water treatment, which are industry standards. In the oil and gas industry, its core applications include the treatment of produced water from upstream oil fields, open discharge, sewage lifting, and submersible pressurization.
Godwin: The global leader in self-priming pumps for diesel engines. Focusing on temporary or permanent fluid transportation solutions, widely used in testing and pumping, fracturing and flowback, drilling supply, pipeline cleaning, dehydration, emergency drainage, as well as municipal firefighting, mining drainage, etc. in oil and gas fields.
Core technical features
1、 Technical features of Flygt
Revolutionary submersible motor technology:
N-motor technology: adopts air filled stator chamber and independent oil chamber cooling system. The heat generated by the motor is directly transferred to the surrounding medium through the stator shell, with extremely high cooling efficiency, allowing the motor to operate for a short period of time without damage under harsh conditions such as partial flooding or even complete dry running, with strong reliability.
Dual mechanical seal system: Adopting a series connected, independent oil chamber lubricated silicon carbide mechanical seal, it can withstand high solid content media and provide leakage sensors for early warning.
Excellent impeller hydraulic design:
Adaptive impellers: The famous "self-cleaning" N and C impellers have wide channels, are not easily blocked, and can efficiently transport fluids containing solids, fibers, and abrasive particles. They are an ideal choice for sewage treatment and sand oilfield production fluid lifting.
Efficient and energy-saving: The optimized hydraulic model ensures high efficiency even under high flow conditions.
Intelligence and state monitoring:
Flygt ASSISTANT&CONNECT: Integrated with intelligent sensors and cloud platform, it can monitor the real-time operation status of pumps (vibration, temperature, leakage, motor winding insulation, etc.), achieve predictive maintenance, and reduce unplanned downtime.
Durable structure and materials:
The pump casing, wear-resistant plate and other overcurrent components are usually made of high-strength cast iron and can be coated with various alloys, stainless steel or polymers to adapt to corrosive and abrasive media.
2、 Technical characteristics of high-quality pumps (Godwin)
Excellent self-priming ability:
Core advantage: Godwin pump is the benchmark for self-priming centrifugal pumps. Its patented liquid circulation and gas separation system enables it to quickly self suction (with a maximum vertical suction range of 8.5 meters of water column) without the need for bottom valves and external vacuum devices, and can handle gas-liquid mixed fluids, which is irreplaceable in intermittent and challenging working conditions such as oil and gas field testing and backflow.
Diesel engine driven, fully self-sufficient:
Independent power: usually directly connected to a diesel engine, forming a complete and movable pumping unit. No external power supply is required, making it very suitable for use in remote oil fields, new well sites, emergency situations, and areas without power along pipelines.
High performance engine: Many well-known brands such as John Deere use electronic fuel injection diesel engines, which have good fuel economy, meet emission standards, and high reliability.
Modular and highly portable:
The pump unit is usually installed on a heavy-duty steel sled or trailer chassis, equipped with lifting ears, and can be quickly deployed and transferred by trucks, ships, or helicopters, making it an ideal equipment for quick response.
Durability and ease of maintenance:
Durable design that can withstand frequent start stop and harsh on-site environments. The maintenance point design is user-friendly and easy for on-site personnel to operate.
Multifunctionality:
By replacing the impeller and wear-resistant plate, the same pump can adapt to different media ranging from clean water to high sand mud, achieving "one pump for multiple purposes" and reducing equipment investment for users.
Summary: Value positioning in the oil and gas and industrial fields
Flygt is an expert in solving persistent, submersible, and solid fluid transport problems. Its core competitiveness lies in unparalleled diving reliability and adaptability to complex media, making it the preferred choice for oilfield water treatment, open discharge tanks, and platform bottom pressurization.
Godwin is an expert in solving fluid transportation problems in mobile, intermittent, non powered, or high gas conditions. Its core competitiveness lies in its strong self-priming ability, independent power, and excellent maneuverability, making it the preferred choice for fracturing flowback, oil testing, pipeline cleaning, and emergency rescue.
Conclusion: Through the brands Flygt and Godwin, Thermo Fisher is not competing in the main battlefield of high-temperature and high-pressure process pumps dominated by Sulzer and KSB, but firmly occupying the vast and critical "service-oriented" market of oil and gas field production support, water management, emergency and mobile pumping. Their technical characteristics revolve entirely around reliability, adaptability, maneuverability, and rapid deployment, making them essential key equipment in the lifecycle of oil fields.