Chola Turbo Machinery International Pvt Ltd (CTMI) products
CTMI - Model API - Steam Turbines
CTMI is one of the few steam turbine manufacturers in India to offer steam turbines as per API standards (Shell and Petronas variants/addendums for API as well).
CTMI - Model PS - Single Stage Back Pressure Turbine
Backpressure turbines can either be single-stage or multi-stage which are often used in industrial plants, the turbine mainly serves as a reducing station between the boiler and the process steam header.
CTMI - Model MS - Multi Stage Back Pressure Turbine
Backpressure turbines can either be single-stage or multi-stage which are often used in industrial plants, the turbine mainly serves as a reducing station between the boiler and the process steam header. These turbines can either be used for drive applications (Sugar mill drives, Sugar fibrizor / Shredder drives, Pump drives, and so on) or power generation applications in which case the turbine drives the generator. These turbines are straight-back pressure types and find applications where backpressure steam is fully utilized to meet process demands. The power generation is incidental to the process steam demand.
CTMI - Model PS - Single Stage Condensing Steam Turbines
The condensing turbines take high-pressure steam, expand it in turbine nozzles and blades, and exhaust it to a condenser at lower than atmospheric pressure. It is principally used when power must be generated with minimum steam consumption. The condensing turbine may also have bleed points (uncontrolled extractions) to satisfy steam demands at medium intermediate pressures.
CTMI - Model MS - Multi Stage Condensing Steam Turbines
The condensing turbines take high-pressure steam, expand it in turbine nozzles and blades, and exhaust it to a condenser at lower than atmospheric pressure. It is principally used when power must be generated with minimum steam consumption. The condensing turbine may also have bleed points (uncontrolled extractions) to satisfy steam demands at medium intermediate pressures. This provision is applicable when the bleed (medium pressure) steam volume demand is low and pressure variations can be tolerated. These turbines are of bleed cum condensing type.
CTMI - Multi Stage Extraction Condensing Steam Turbines
The extraction condensing turbines are used when a constant pressure steam flow has to be extracted for process purposes. The constructional characteristics of these turbines are very similar to condensing turbines From the second admission valve chest it is possible to inject low-pressure steam, available in the plant to supply the power required by the plant. These turbines are typically used for co-generation where the turbine meets both the power and steam demand of the process plant. In these types of turbines, the power generated can be maintained more or less at a steady level despite variation in process steam demands. In some cases, it may be necessary to have both bleed and controlled extraction steams from the condensing turbine. These turbines are of bleed cum extraction condensing type.
CTMI - Model PRV/PRDS - Replacement Boilers
Make Free Electricity with CTMI Solutions for your existing low/medium pressure with saturated/superheated steam. CTMI offers PRV replacements in the range of 5 kW to 30 MW, Requirement for a process can be as high as 40 bar pressure.
CTMI - Geothermal Steam Turbine
Geothermal Steam Turbines operate typically with saturated steam, which is provided from a geothermal source. Their unique features and materials of construction lead to long-term, reliable operation in geothermal service. CTMI offers revolutionary portable Geothermal units up to 25 MW which offers flexibility in transportation and redeployment on the second well in case of failure of the original wellhead. These modular power plants can delivered in 40-foot ISO containers and each module is manufactured at the factory allowing for quick installation. It is designed to operate independently for each well but can be organized in power farms to provide similar power output to large traditional geothermal power plants.