Next generation of performance-critical boiler circulating pumps for the power industry
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Next generation of performance-critical boiler circulating pumps for the power industry Industry’s first choice for reliability, increased performance, and lower lifetime cost of ownership

Hayward Tyler designs, manufactures and services fluid-filled electric motors and pumps for performance-critical applications across the power market. With more BCPs installed worldwide than any other manufacturer, we are the industry’s first choice for reliability, increased performance and lower lifetime cost of ownership.

g years’ experience 60 g Designed world’s first glandless BCP g Largest installed base g 11kV high voltage design g Sub, super and ultra-supercritical capability g years’ design lifetime 30+ g 40-week standard lead time g 24/7/365 customer service 65,000 HOURS BETWEEN MAINTENA

Faced with today’s tough market challenges, you can’t afford to take any risks. You must know who you can always rely on to deliver to specification — on time, and on budget. For over 200 years, Hayward Tyler has been meeting and exceeding client expectations. We have built a global reputation for industryleading innovation, quality, and reliability. Global reputation Hayward Tyler is recognised worldwide as a leading manufacturer of glandless wet stator circulating pumps for the power industry. We invented the technology over 60 years ago and now have more than 2,300 units operating in...

OUR BUSINESS-WIDE CONTINUOUS IMPROVEMENT PROCESSES ARE FURTHER ENHANCING OUR COMMITMENT TO PERFORMANCE, RELIABILITY, SERVICE LIFE, AND EASE OF MAINTENANCE. CASE STUDY: Leading the way in large-scale coastal power generations China’s Zhejiang Ninghai Power Plant is breaking new ground in large-scale coastal power generation and is the first of its kind to use a desalinated seawater circulation cooling system so eliminating any environmental impact on adjacent sea areas caused by warm water discharge. The operators chose Hayward Tyler glandless wet stator boiler recirculation pumps for both...

Performance-critical pumps for the toughest power generation environments. You must be able to rely 100% on the technology that drives your operations, and with Hayward Tyler you can be confident you’re in safe hands. Our high-availability, low-maintenance glandless motor and pump units are recognised worldwide as the most reliable and robust available today. Global service capability Our status as an industry-leading OEM supplier is reflected in our commitment to world-class after-sales service. We have dedicated facilities in the UK, USA, India, and China delivering though-life support....

400bar @ 4000C HIGH RELIABILITY (30+ YEARS DESIGN LIFETIME) LONGER SERVICE INTERVALS (PROVEN 8 YEARS) Quality and durability Our commitment to continuous improvement means all our products are durable and meet - or exceed - quality standards. A key reason for our worldwide recognition as the leading supplier of glandless motor pumps is the simplicity of pressure containment within our design, which comprises three continuously connected vessels. SUB, SUPER AND ULTRA-SUPERCRITICAL CAPABILITY LOWER TOTAL COST OF OWNERSHIP CASE STUDY: Increasing power capacity at South Helwan power plant in...

High power, high performance, low maintenance. Simplicity of design, unrivalled manufacturing numbers and operational experience all make Hayward Tyler the boiler and utility sector’s preferred choice. Our products incorporate an array of industry leading features to help drive efficiency, ensure reliability and deliver low maintenance, a long lifespan, and a high ROI - however challenging the operating environment. Seal-less canned motor pumps By eliminating the need for shaft seals and oil-lubricated ball bearings, we greatly improve the Mean Time Between Failure (MTBF) through designing...

UNITS - LARGEST GLOBAL INSTALLED BASE AVERAGE LEAD-TIME IN DELIVERING COMPLEX PROJECTS HOURS MEANTIME BETWEEN MAINTENANCE OVER 200 YEAR HERITAGE IN DESIGN, ENGINEERING AND PRODUCTION Hot neck The unique hot neck arrangement, which is part of the motor case forging, limits the transfer of heat from the pump to the motor and negates the need for a separate heat barrier with independent cooling water supply. Ultra-supercritical, supercritical, subcritical capabilities OPTIONS: Pumps g Cast or forged pump case g Single or double discharge Motors g voltage up to 11kV Any g Fluid-filled wet...

Engineering capabilities. Optimising performance and extending equipment lifetime. Engineering Hayward Tyler has a multi-disciplinary team of engineers including mechanical design, hydraulic and electrical engineers along with quality and production engineers who are organised in concurrent teams to deliver standard and bespoke design solutions using the latest CAD modelling and simulation tools to design, develop and verify the product. Design For combined pump / motor products, the design process begins with hydraulic engineering to define pump capability to meet the customer duty...

Centre of Excellence – the most advanced facility for specialist motor manufacture in the world. Our Centre of Excellence provides cuttingedge process capabilities, for the design and manufacture of our performance-critical motors and pumps - enabling our products to be delivered with unrivalled quality assurance and even shorter lead times. The manufacturing centre is certified as Fit for Nuclear (F4N) and ISO Class 9 nuclear compliant. We are the UK’s only provider of industry-specific hotbed testing. To respond to your needs we use predictive simulation technology to emulate load effect...

Delivering performance-critical solutions for the most demanding requirements to meet current and future global energy needs Boiler circulation pump standardisation for 2-pole 50Hz (2960rpm) speed 225 10.5*420A 10*450A 8*10*16DIFF 7.5*381A 9.5*370A 7*366A 9.5*356A 8*356A 7.5x335A 11*335A 11.5*348A Motor Power Ratings Design Life Motor Design For further information on Hayward Tyler’s next generation of performance-critical boiler circulating pumps for supercritical and ultra-supercritical applications, please contact us at a location shown below or visit www.haywardtyler.com/power...