NCB 's Services at a glance
- Cement Industry
-
- Alternative Fuels
- Coating & Build-up
- Comprehensive Process Audit
- Energy Audit
- Geology, Mining and Raw Materials
- Investigations on kiln shell corrosion
- Limestone Consumption Factor
- Optimization of Raw Mix Design
- Plant Maintenance
- Process and Productivity
- Project Engineering & System Design
- Raw Materials, Cements & Special Formulations
- Refractory Engineering Services
- Studies on coating and ring formations
- Concrete and Construction Technology
- Energy & Environment
- Laboratory Services
- Quality Management Services
- Structural assessment and Rehabilitation
- Testing and Evaluation of Materials
- Training
- Waste Utilization
- Advanced Facilities
News & Events
-
17th Conf. Bulletin –
-
NCCBM – requires Director General
- Consultancy services for getting NABL Accreditation as per ISO/IEC 17025:2017
- 17th NCB International Conference in 1st/2nd week of December 2022 at Manekshaw Centre, New Delhi
- आज़ादी के अमृत महोत्सव पर हिन्दी की पत्रिकाए
- Result - PG Diploma in Cement Technology 2021-22 (2nd List)
- Result Declaration - PG Diploma in Cement Technology (2021-22)
- Admission Notice - PG Diploma in Cement Technology 2021-22
- Appointment of Chairman and Vice Chairman - NCB
-
NCB – CCE EVENTS / Forthcoming Training Programmes
Oct05,2015 Read More -
Ongoing Proficiency Testing Schemes
Jun22,2017 -
ONLINE Payment Facility
Steps for Online Payment through SB Collect
Mar03,2017 Read More
Important Links
Investigations on kiln shell corrosion
Corrosion of kiln shell is influenced by a number of factors such as composition of the metallic shell and its environment, temperature of the shell, cleanliness and roughness of the shell surface and its contact with other materials, oxidizing/reducing conditions, improper combustion of coal, etc. The corrosion phenomenon takes place mainly due to the presence of sulphates and chlorides of alkalis and calcium at high temperature in the cement kiln. The role of refractories in cement kiln is primarily to protect the steel shell from the direct attack of deleterious gases and clinker melt and to reduce the shell temperature so that steel of the shell does not loose its properties. The reduction in shell temperature also leads to energy conservation besides providing workable conditions near kiln shell.

Research

Education

Technology Development and Transfer
