Trillium Flow Technologies Focuses on Fossil Power in Conventional Coal and Natural Gas Combined Cycle, and Simple Cycle

Trillium Flow Technologies is heavily focused on flow control applications in fossil power. In fact, we’ve been in the business for well over a century. Our approach begins with designing and manufacturing exceptional valve product lines built to last. We follow up this remarkable longevity and reliability with a unique level of support and aftermarket services throughout the life of your project cycle.

A Pedigree of Established Brands
Our portfolio of legacy brands in fossil power is a pedigree truly second to none.

ATWOOD & MORRILL® Engineered Isolation & Check Valves
BLAKEBOROUGH® Control & Severe Service Valves
HOPKINSONS® Parallel Slide Gate & Globe Valves
SARASIN-RSBD® Pressure Safety Devices
TRICENTRIC® Triple Offset Butterfly Valves

The Power of Confidence

When it comes to coal, combined cycle and simple cycle, you’ll be confident with Trillium Flow Technologies every step and every stage of your project. Across the globe, we design, install and maintain engineered isolation pressure relief and control applications for coal, engineered isolation, control and turbine bypass and pressure relief for combine cycle, and gas turbine for simple cycle.

Knowledge and Support 24/7

You’ll discover that our depth of knowledge, operational support, and aftermarket services for fossil power generation makes us an exceptional partner for your operation. We have a strong reputation for proven designs, long life cycles, and knowledgeable project specialists who are dedicated to your success.

We serve our worldwide installed base with a full range of responsive services including:

  • Spare and replacement parts
  • Replacement valves
  • Field service crews
  • Outage support
  • Maintenance, repair and modification
  • Responsive technical support
  • Onsite valve training or at our factory

When it comes to confidence in your flow control, Trillium Flow Technologies offers products and service that support you throughout the life of your operation.

Trillium Valves for Combined Cycle Plants

Take a virtual tour of a Combined Cycle Power Plant to see some of the Trillium valves that can be applied to the plant. Contact Trillium for all your power plant valve needs.

Virtual Tour

Pre -Purchase Support

  • Site surveys / FEED studies
  • Project timeline preparation
  • Detailed cost estimates
  • Material selection advice
  • System design & drawings
  • Tender specification creation & support
  • Necessary standards & compliance support
  • Full technical & commercial tenders
  • Offering of configured product or engineered to order solutions
  • In many cases supply of full technical package inclusive of provisional/final drawings
  • Full references to provide peace of mind

Equipment Supply

  • Butterfly, gate, globe, check, safety & control valves + actuators
  • Project management from basic to the most complex of packages
  • Engineered drop in replacement units
  • Capability to offer multiple manufacturing locations & localised content where required
  • Full pump, valve, turbine & motor performance testing

Full -Range Transactional Services

  • Full installation [JJ2] & commissioning service or supervisory scope
  • On-the-job training of operating staff
  • Training in maintenance
  • Combination of classroom & hands -on learning
  • Delivered in our training rooms or at your site
  • Rapid spares from stock
  • On -site and workshop repairs & service
  • Outage, shutdown & turnaround maintenance
  • Rapid response service
  • Performance upgrades often within same pump or valve body
  • Material upgrades for pumps & valves
  • Mechanical redesign of seals, bearings or wear parts to latest technology
  • Trillium & third party brands all handled with the same quality approach

Asset Management / Total Service

  • Pre -installation health checks
  • Long term service agreements (LTSA)
  • Central engineering knowledge base & support
  • Global network of product material specialists
  • Failure mode & effect analysis

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