Products Archive | Page 6 of 10 | Trillium Flow Technologies™

Hydrogritter

The WEMCO Hydrogritter is an exceptional grit cyclone and classifier with an enduring operational life of over 25 years.

The WEMCO® Hydrogritter® components are designed as a system to optimise each piece of equipment to consistently produce long-term, high performance grit removal with unmatched reliability, and low operation and maintenance costs. The WEMCO® Hydrogritter® system removes and dewaters grit from primary sludge or influent.

Torque-Flow

The WEMCO Torque-Flow is a recessed impeller pump designed by industrial experts to perform the toughest grit-handling duties.

The WEMCO® Torque-Flow® is the industry's toughest grit-handling vortex pump, it easily moves pipe size solids without clogging. Abrasion resistant construction - a robust solids handling pump.

Prerotation

The WEMCO Prerotation is an automatic wet well cleaning and flow matching system.

The WEMCO® Prerotation System is designed to use the WEMCO® pump and Prerotation basin together to remove floating and settled solids from the wet well during every pumping cycle, without supervision, maintenance, or complex controls.

GVG 3000 Main steam safety valve

The SEBIM POSV type GVG 3000 is designed for overpressure protection of the Nuclear Steam Supply System (NSSS) in all designs of nuclear reactor.

The SEBIM POSV GVG series was developed for overpressure protection of the Steam Generator or the Main Steam Lines of all designs of nuclear reactor. The GVG series is the tubeless design of the previous SGSV series and uses some tubing interface with piloting systems in operation since the 1990s.

PRG 3000 Primary coolant safety valve

The SEBIM POSV PRG 3000 is designed for overpressure protection in primary circuits of all designs of nuclear reactors, including third and fourth generations reactors.

The SEBIM POSV type PRG 3000 series is qualified for overpressure protection of the primary circuit of the third generation Pressurised Water Reactors (PWRs) (including EPR, VVER 1000 & 1200 etc.). Our PRG 3000 design is currently in operation throughout several primary loop second generation reactors (PWR, PHWR, VVER, and RBMK).

74LP, 74VP & 78LP Series Pilot Operated Pressure Relief Valve

The Sarasin-RSBD 74 Series Pilot Operated Pressure Relief Valve provides the capability for the protection of storage vessels, tanks and piping systems under low pressure and vacuum conditions.

The Sarasin-RSBD 74VP, 74LP & 78LP Series Pilot Operated Pressure Relief Valves are autonomous units and therefore they do not need an external source of power to operate. Pilot operated pressure relief valves are most effectively used within liquefied natural gas and floating liquefied natural gas industries. The valves are also effective in processes involving petrochemical refinement and the power industry. The Sarasin-RSBD pressure relief valves are designed to provide excellent operational performance and repeatability by their use of precision machined internal components and high integrity soft goods.

9 Series Pressure Relief Valve

The Sarasin-RSBD 9 Series is a compact Spring Loaded Pressure Relief Valve offering a versatile design with premium peformance.

The Sarasin-RSBD 9 Series range of Spring Loaded Pressure Relief Valves are available in both conventional and balanced bellows design. These compact spring loaded safety relief valves can be used in vapour, gas, liquid or steam applications. The Sarasin-RSBD safety relief valves are designed to provide high integrity performance and repeatability by their use of an integral full, one-piece nozzle, a self-aligning top-guided disc & disc-holder and a single adjusting ring for blowdown setting. The 9 Series pressure relief valves are suitable for use within the power industry as well as for cryogenic and industrial gas processes.

Stareco (76E Series) Pilot Operated Pressure Relief Valve

The Stareco Pilot Operated Pressure Relief Valve is designed to provide overpressure protection for the challenging Section I economizer application.

The Stareco Pilot Operated Pressure Relief Valve is designed to meet the rigorous process conditions which are mandated by boiler economizers. The pressure relief valves are designed to provide high integrity performance and repeatability in the power industry, particularly at high pressure and high temperatures. Their use of “Thermoglide” components eliminates any problems associated with seizing or galling of internal surfaces and guarantees excellent overpressure and blowdown characteristics.

Starsteam (V Series) Safety Valve

The Starsteam Spring Loaded Safety Valve is designed to reliably meet the stringent requirments of ASME Boiler and Pressure Vessel Code Section I for Power applications.

The Starsteam Safety Valve is designed to meet the rigorous process conditions which are essential for steam boilers. This spring loaded safety valve is used in superheater and reheater applications and is specially engineered to provide fast response to overpressure and blowdown requirements. The Starsteam safety valves are designed to provide high integrity performance and repeatability particularly at high pressure and high temperatures in power plants as well as oil and gas boiler applications. This safety valve features a Stardisc design which guarantees perfect tightness at high temperatures as well as repeated and accurate positioning on the nozzle.

76 Series Pilot Operated Pressure Relief Valve

The Sarasin-RSBD 76 SERIES FULL NOZZLE design has been developed for customer who want to protect vessel against overpressure in cryogenic condition or insure body chemical protection, keeping the highest tighness requirements.

The Sarasin-RSBD 76 SERIES design is based on API STD 526 spring-loaded body design (P SERIES) including limited acceptable back pressure value. Therefore, the center-to-face dimensions and inlet/outlet rating meet API STD 526 for spring-loaded valves. In the API STD 520 Part I, the selection of the nozzle type is only available for Spring-Loaded PRV, not Pilot Operated PRV which are designed with semi-nozzle as a standard design.

RO-FT API 610

Roto-Jet RO-FT API 610 pump works specifically for demanding low-flow high-head services fully meeting the requirements of API 610.

The RO-FT between-bearing configuration provides a reliable, robust and easy to maintain pump for the midstream and downstream refining, petrochemical and chemical processing industries. Designed specifically for demanding low-flow high-head services, this pump fully meets the requirements of API 610. The operating characteristics of the Roto-Jet® RO-FT API 610 pump are simple and similar to a conventional centrifugal pump. Energy is added to the fluid via the rotor, and the stationary Pitot tube converts the fluid velocity energy into static pressure. In addition, the Roto-Jet® RO-FT API 610 pump has been specifically designed to achieve a broad operating range without generating damaging hydraulic forces during a process upset. These attributes result in improved mechanical seal and bearing life to maximise Mean Time Between Failure, and decrease operational and maintenance costs, which make the Roto-Jet the most cost effective choice for low-flow high head process applications.

Uniflow Slide Valve

Hopkinsons Uniflow Slide Valves are specially designed for one way isolation and blowdown duties where there is no possibility of reversal flow.

The Hopkinsons 'Uniflow' Slide Gate Valve has been used for many years on drain, blow-down and other auxiliary services, especially in medium and high pressure installations. It is manufactured in sizes up to and including 1 1/2" bore with flange or butt weld connections according to temperature and pressure requirements. As the name implies, the design is for one-way flow only and when there is any possibility of a reverse flow, it can be used in series with a non-return valve fitted at the outlet. The Hopkinsons 'uniflow' valve is an adoption of the parallel slide valve principle but using only one disc which slides over the face of the seat, to which it is firmly held by fluid pressure in normal working conditions and by a light spring when not under pressure. The valve is fully opened or closed by a half turn of the handle or hand-wheel. To prevent rotation beyond these limits, stops are incorporated in the index plate. This plate is large, clearly marked and easy to read and can be engraved to suit foreign language requirements. No lubrication is required with this type of valve. Maintenance and the fitting of replacement parts are easily carried out as the valve can be easily dismantled without the aid of special equipment. In addition, there are no welded joints to be broken in order to gain access to the internals.