23.5 MW Waste Heat Recovery Based Power Project

Written by Prakash Saturday, 22 November 2008 03:01

Name of the Project 23.5 MW Waste Heat Recovery Based Power Project
Sub-bundle I – 5 MW at Kalunga
Sub-bundle II – 16 MW at Ratnapur

Location of the Project (Village / District / State) Village : Site I: Kalunga, Site II: Ratnapur District: Sundargarh, State:Orissa

Brief Description of the project The WHR based power plant primarily consists of installation of WHR boiler, turbo generator set and other auxiliaries. The exhaust waste gases of the DRI kiln are received at the modified after burning chamber (ABC) for further incineration. After incineration, the waste gases are passed through the Waste Heat Recovery Boiler (WHRB) with steam generating parameters of 67 kg/cm (g) pressure & 4850C temperature. The WHRB transfers the sensible heat energy of the waste gases to generate steam. The steam thus generated is sent to a steam header and subsequently to a high efficiency, extraction – cum condensing type Steam Turbo Generator (STG) set of 5 & 16 MW (5 MW) rated capacity.

Estimate of GHG abatement in tCO eq. 1009221

Host Country Approval Status Approved.

Project Owner / Proponent Mr. D. M. Sanyal, Executive Director M/s. Shree Mahavir Ferro Alloys Pvt. Ltd (SMFAPL), L – 10, Civil Township, Rourkela, Dist.: Sundergarh. Orissa-769004

Baseline methodology Approved. ACM0004 / Version 0

Project Start Date 15th July 2005

Project Completion Date 15th September 2007

Recently Added

• ONGC’s 51 MW Wind Project gets UNFCC Registration
• BESCOM invites bids for CDM Project Activities
• 5 MW Debal Grid-connected Hydroelectric Project in Uttaranchal, India
• CDM Potential of Sweet Sorghum
• 14.1 MW grid connected wind energy project in Tamilnadu by ITC Limited
• IFFCO sells INR 40 million worth Carbon Credits to Spanish Co
• KSEB Scouts for consultant to Validate CDM Projects.
• Consultancy Services Required in the field of Carbon Credits
• 2 x 3.5 MW Ullunkal Hydro Power Project in Kerala, India.
• Rakchad Small Hydro Electric Project