MHI Receives Order from India for Core Components of 2 Supercritical-pressure, Coal-fired Boiler/Turbine Sets
For Power Generation Units at RRVUNL's Chhabra Thermal Power Station

The order was received through two joint venture companies established by MHI and Larsen & Toubro Limited (L&T), India's largest construction company and heavy machinery manufacturer: L&T-MHI Boilers Private Limited (LMB) and L&T-MHI Turbine Generators Private Limited (LMTG). For the project to construct the two power generation units, LMB and LMTG are respectively responsible for the manufacture and supply of boilers and turbine generators. MHI will manufacture the core components of the boilers and turbines, for boiler pressure parts and steam turbine rotors, and supply them to the two JV firms. Mitsubishi Electric Corporation will supply the core generator components to LMTG. Marubeni Corporation will handle trade particulars.

RRVUNL was launched in July 2000 when the Government of Rajasthan unbundled the Rajasthan State Electricity Board into five companies, including RRVUNL. Besides two units on fresh order, two other power generation units of 250MW each, are currently under construction at the RRVUNL's Chhabra Thermal Power Plant to meet sharply increasing electricity demand in Rajasthan associated with India's robust economic growth.

Since their establishment in 2007, the two JVs with L&T have marked steady business expansion. To date, including the latest order from RRVUNL, MHI has received orders through the JVs for a total of 13 supercritical-pressure boilers for five power stations and 15 steam turbines for six sites.

Going forward MHI will continue proactive marketing activities for its high-efficiency supercritical-pressure boilers and turbines in India together with its two JVs and L&T. Through these activities and products the company looks to contribute both to stable electricity supplies in India and to global environmental protection efforts, including reduction of CO2 emissions.

Note: Supercritical boilers and turbines are engineered to operate at steam pressures above water's critical point: 22.1MPa (about 220 times greater than normal atmospheric pressure) and 374.2°C (705.2°F/647.15°K). In actual use, they operate in environments of about 600°C and 250 atmospheres (atm).