Tata Steel plans to reline the Queen Anne blast furnace at its Scunthorpe, UK, plant at a cost of $77 million, or over Rs 400 crore. The project may be completed before the plantÂ’s 60th anniversary in April 2014. Relining will raise efficiency and capacity of the furnace as it involves replacement of the brick and refractory lining, replacement of copper mantle plates and copper stack cooling plates
FlashNews:
India Plans Airport-Centric Real Estate Push; Naidu Targets 15% Economic Growth
NALCO’s Lithium Leap: Head Reveals Timeline for Argentina Mines, Global Expansion Plans
Mumbai-Ahmedabad Bullet Train Gains Momentum with Major Civil Works Milestones
ONGC Begins Gas Sales from Chinnewala Tibba Block, Boosting Rajasthan’s Energy Grid
OIL-BPCL Join Hands for City Gas Network Rollout in Arunachal Pradesh
Government push makes India’s maritime sector future-ready, unlocking $1 trillion potential”: Sonowal
ISRO Innovations Continue to Reach Industry as IN-SPACe Signs Five New Deals
India Launches Maritime Hackathon at IIT-Madras to Power Port-Tech Startups Ahead of Maritime Week 2025
CAE, InterGlobe JV Opens Fourth Commercial Aviation Training Centre in India to Meet the Country’s Soaring Pilot Demand
India’s Space Vision 2040: Jitendra Singh Says Astronaut Will Announce ‘Viksit Bharat’ from Moon
India May Launch Dedicated Maritime Satellite to Boost Coastal Governance: Sonowal
Modi Inaugurates ₹18.7 Billion Aunta-Simaria Ganga Bridge to Link North and South Bihar
Biofuels Earn Farmers $15 Billion Over 11 Years, Says Puri; Reaffirms Commitment to Shield Consumers from Fuel Price Volatility
Reacting to Trump tariffs, India, Brazil expand oil ties: S&P Global Commodity Insights
Jupiter Wagons Secures $25.8 Million Vande Bharat Wheelset Order, Plans Major Odisha Expansion
WABAG Wins $5.6 Million Water Management Contract for RenewSys Solar Cell Facility in Hyderabad
IHCL to redevelop historic Chotelal Ki Ghat in Kolkata under heritage-led riverfront initiative
India’s Airline Profitability to Dip Amid Airspace Disruptions and Safety Concerns: Crisil Ratings
Welspun One Expands South India Warehousing Portfolio with $258 Million Investment
Tag: blast furnace
Raw material security a challenge
While IndiaÂ’s infrastructure investment is likely to provide a boost to steel demand over the long term, there could be challenges to the raw material availability. Iron ore related uncertainties could be sorted out in the medium to long term,
SAIL posts 5.1% growth in sales
Steel Authority of India (SAIL)witnessed 5.1 percent growth in total sales and 1.8 percent growth in the production of saleable steel during October-December 2012 compared to the year-ago period.
IISCO Steel to commission five packages
IISCO Steel Plant (ISP) expects to commission at least five packages, which are part of its ongoing Rs 16,000-crore modernisation and expansion project, between January and March 2013. Instead of waiting for the completion of the entire project, the firm plans to commission all the packages which are ready. It is learnt that the above five pack
ArcelorMittal to resume operation at blast furnace
According to a foreign newspaper, ArcelorMittal may resume operation at its second blast furnace in Dunkerque, France from mid January after it remained shut since August. The company originally shut down the blast furnace for maintenance but kept it closed owing to low demand. According to the firm, steel demand in Europe decli
Contracting opportunites in blast furnace
A blast furnace is a type of metallurgical furnace used for smelting to produce industrial metals, generally iron. In a blast furnace, fuel, ore, and flux (limestone) are continuously supplied through the top of the furnace, while air (sometimes with oxygen enrichment) is blown into the lower section of the furnace, so that the chemical reactions take place throughout the furnace as the material moves downward.
Contracting opportunites in blast furnace
A blast furnace is a type of metallurgical furnace used for smelting to produce industrial metals, generally iron. In a blast furnace, fuel, ore, and flux (limestone) are continuously supplied through the top of the furnace, while air (sometimes with oxygen enrichment) is blown into the lower section of the furnace, so that the chemical reactions take place throughout the furnace as the material moves downward.