New Delhi : Under the Phase-I of the Scheme for Enhancement of Competitiveness in the Indian Capital Goods Sector, eight Centres of Excellence (CoEs) have been established.
Under the Phase -II of the Scheme for Enhancement of Competitiveness in the Indian Capital Goods Sector, two Centres of Excellence (CoEs) have been sanctioned so far.
The state wise list of CoEs established / being established along with funds release status is placed at Annexure A.
There has been no delay in release of funds by Ministry of Heavy Industries.
ANNEXURE A
(Rs in crores)
| State | Name of CoE | Technology Developed | Total Project Cost/ MHI contribution | Funds released by MHI year wise | ||
| 2019-20 | 2020-21 | 2021-22 | ||||
| Delhi | 1. Centre of Excellence(CoE) at Indian Institute of Technology- Delhi | Design and development of robot for sliver can transfer from one machine to designated machine | 4.6433
/ 3.7146 |
NIL | NIL | NIL |
| Jharkhand | 2. Centre of Excellence (CoE) at HEC Ranchi
|
Development of 5
Cubic Meter Hydraulic Excavator – HEX 400 |
6.60/ 5.28 | NIL | NIL | NIL |
| Karnataka
|
3. Centre of Excellence(CoE) at Central Manuf-acturing Technology Institute (CMTI), Bengaluru | Development of shuttle less rapiers looms of 450 RPM and 550 RPM
|
20.00/ 16.00 | NIL | 5.00 | NIL |
| 4. Centre of Excellence (CoE) at IISc Bengaluru
|
Development of additive manufacturing machines based on electron beam/plasma/laser technologies | 10.40/ 8.40 | 2.95 | NIL | NIL | |
| 5. Augmentation of Centre of Excellence at IISc, Bengaluru | This project has been sanctioned under Phase 2 of the Scheme in the FY 2022-23.
The funds are yet to be released under this project.
|
30/24 | NA | NA | NA | |
| Tamil Nadu
|
6. Centre of Excellence(CoE) at Indian Institute of Technology- Madras for development of 11 advanced technologies for Machine Tools and Production Technology | i. Development of 5-axis Multi-tasking Machine;
ii. Development of 5-axis Universal Machining Center;
iii. Development of Orbital Motion Mechanism for Abrasive Cutting;
iv. Development of Direct Drive Abrasive Cutting Machine;
v. Development of Automated Multi-station Grinding Polishing Machine;
vi. Development of 5 kW axis drives and 25 kW spindle drives for machine tool applications;
vii. Development of Hydrostatic Systems (Guideways and Spindles) for Machine Tools;
viii. Automation of Grinding Process Intelligence;
ix. Thermal Compensation Strategy in CNC lathes;
x. Development of Low Cost Machine Tending Robot; and
xi.. Development of Ultra Precision Micromachining Center
|
49.01/ 39.07 | 6.92284 | 0.20 | NIL |
| 7. Centre of Excellence (CoE) at PSG College of Technology for
development of three Welding technologies |
i. Automated Welding Systems for Specific Industrial Application;
ii. Intelligent Welding Power Supply System with waveform shaping Techniques;
iii. Alloy design for Welding Simulation & Analysis for Development of New Welding Electrodes & Filler Metals. |
26.70/ 21.10 | NIL | NIL | NIL | |
| 8. Centre of Excellence (CoE) at Coimbatore by Sitarc
|
Smart Submersible (6 inch) Pumping Solutions for Industrial and Water Supply Applications | 8.41/ 6.728 | NIL | NIL | NIL | |
| 9. Augmentation of Existing Centre of Excellence by AMTDC, IIT Madras | This project has been sanctioned under Phase 2 of the Scheme in the FY 2022-23.
The funds are yet to be released under this project. |
33.2786/ 26.623 | NA | NA | NA | |
| West Bengal | 10. Centre of Excellence (CoE) at Indian Institute of Technology- Kharagpur for Advanced Manufacturing | i) Non-metallic Inclusions (NMI) and its control, new steel products through energy efficient EAF;
ii) Multi- sensor integrated robotic system for hazardous jobs in manufacturing industry;
iii) Exploring solutions for various technological challenges in metal additive manufacturing technology and sharing the relevant know how with the Indian heavy engineering industries;
iv) (a) Selection of raw materials for additive manufacturing applications in relation to the design requirements ; (b) Life cycle analysis of additive manufacturing process for different materials;
v) Remote monitoring and real time control of defects in friction stir welding process and preventive health monitoring of friction stir welding machine; and
vi) Digital manufacturing and industrial internet of things for enhanced supply chain co- ordination, quality and maintenance. |
52.78/ 37.692 | 16.9708 | 3.85 | NIL |
This information was given by the Minister of State for Heavy Industries Shri Krishan Pal Gurjar in a written reply in the Rajya Sabha today.
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