MSI - Turbonetics Energy Independence Steam Turbine
MSI’s Turbonetics Energy Independence (TEI) turbine uses advanced rotor design to achieve the following breakthrough characteristics: Unsurpassed efficiency, typically 75% as opposed to 55% typical of conventional technologies. Superior efficiency is maintained over a broad operating range. Very small footprint, such that the entire skid takes up less floor space than is typically occupied by only the turbine itself. TEI skid footprints are typically less than 20 sq. ft. for a 2MW unit.
MSI’s Turbonetics turbine is a high efficien...
MSI’s Turbonetics turbine is a high efficiency prime mover applicable to power generation in the 700 kW – 9,000 kW electrical power range. It sets the standard in this segment of the power generation market. The Rankine-cycle turbine’s radial inflow design and high operating speed result in a compact device that is especially well suited to back-fit and waste heat recovery. Our experience ranges from turbine-generator sets to full turnkey plants, depending on customer requirements. Primary applications include:
- Installation of a TEI turbine to replace an existing pressure reducing valve
- Pressure reduction between high and low pressure headers
- Inclusion in new steam generation facilities, where steam usage at a positive backpressure is required (non-condensing)
- Retrofit applications where a higher pressure boiler capacity exists than is currently being utilized
- Replacement of an existing low-efficiency power generation turbine with a high-efficiency radial inflow unit
Mechanical drive prime movers
Whether the TEI Turbine is installed as a primary electrical generation unit, is installed to provide secondary or back-up power, or is being used to scavenge energy at the back end of a steam process, facilities will benefit from the low installation cost, the large annual savings, and the simplicity that the TEI Turbine makes possible. The energy efficiency not only slashes operating costs, but also reduces carbon footprint, making the TEI Turbine eligible for a variety of Federal and State rebates and tax credits.
The typical range of previous Turbonetics turbine ...
The typical range of previous Turbonetics turbine applications includes the following:
Application
- Co-generation using a facility boiler
- Replace steam pressure reducing valve in steam heating system
- Replace steam pressure reducing valve in process steam system in chemical plant
- Replace steam pressure reducing valve in pharmaceutical processing plant
- Co-generate electric power for local utility while providing steam heating and cooling
- Co-generation provides process steam and power for CO2 plant
Scope of Supply
- 865-kW, 480-V synchronous turbine generator
- 1,000-kW, 2,400-V induction turbine generator
- 3,150-kW, 4,160-V induction turbine generator
- 3,400-kW, 2,400-V synchronous turbine generator and electrical switchgear
- 3,000-kW, 4,160-V synchronous turbine generator set, electrical switchgear, 4,160 to 13.8 kV step-up transformer, system ancillaries, and turn-key installation
- 3,000-kW, 2,400-V synchronous turbine generator set
Steam Conditions
- Inlet: 250 psig, 400F, Exhaust: 15 psig, Flow: 27,500 lb/h
- Inlet: 280 psig, 400F, Exhaust: 55 psig, Flow: 32,000 lb/h
- Inlet: 885 psig, 665F, Exhaust: 145 psig, Flow: 74,000 lb/h
- Inlet: 190 psig, 535F, Exhaust: 120 psig, Flow: 377,000 lb/h
- Inlet: 625 psig, 493F, Extraction: 275 psig, Exhaust: 90 psig, Flow: 100,000 lb/h
- Inlet: 400 psig, 448F, Exhaust: 50 psig, Flow: 95,000 lb/h
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