Coal receiving systems can be optimized with cost reductions and in a safe environment without compromising on project delivery schedules.
A coal-fired thermal power plant was faced with the problem of selecting an appropriate & safe methodology for civil construction of deep underground units of the Coal Receiving System, with soft sub-soils and high ground water table. The constraints of tight construction schedule, hazardous site conditions and the need for cost optimization without compromising on safety was a challenge for TCE. With loose sand and ground water level within 1.0 m from surface civil constructions involving deep excavation was risky and unsafe. TCE developed a scheme providing multi-level braced steel sheet pile wall along with multi-stage well point dewatering system for the underground works. TCE provided analysis, design calculations, report, drawings and methodology for execution at site, technically justifying the solution. The project was successfully executed with cost reductions of 75-80% of original cost estimate. The solution also saved execution time and civil works were managed in a safe working environment within the stipulated time.
Innovation in design of oven protection shed for coke oven plant.
Tata Consulting Engineers is providing Project management and Construction management consultancy to a steel major in Orissa. The protection shed design for the battery plan was modified to facilitate a parallel construction and second stage concreting of SCPinner track support. This solution of parallel construction helped with faster stamp charging pusher machine track erection. In real terms, the solution saved project run-time which translated to savings in project costs. The challenge was in the extensive modification of an existing design which had to be done within stringent safety and compliance requirements.
Blue print for innovative solutions in waste & sewerage management.
The River Ganga Action plan for National Mission for Clean Ganga by 2020 is a prestigious project and TCE's solutions relates to the stretch of the river Ganges at Allahabad and Kanpur. The features recommended are novel ideas for a typical sewerage system -
Recommendations for use of existing large size sewers by various internal lining methods
Considering Trenchless method for difficult open excavation in congested lanes of old city
Use of precast RCC manholes in congested lanes for quick installation
Reduced the cost of road restoration work by 30% through strategic way (top width of road cut plus 30cm on both sides and reinstatement of CC/Bituminous/BOE roads based on actual road length as per survey details)
De-silting of existing sewers in Kanpur for reuse which brought about 80% cost savings
Survey of existing large size sewers (mains) by opening manholes and relevant observations; About 25-30% cost reduction was achieved by rehabilitation of existing sewers with internal lining method
Detailed cost estimation for sewage treatment plant (STP) units based on preliminary design
Preparation of tender for STP on DBO basis with alternate treatment technologies - stringent review and approval by international experts
Social and Environmental Study for the sewerage project and financial analysis and tariff study for the entire project
TCE documents reviewed by NRCD, World Bank, FASEP, NGRBA, IIT Roorkee, GPCU-UPJN-Lucknow and approved in the steering committee meeting at Delhi
TCE provided technological and innovative solutions in various areas which saved capital cost, prevented pollution during execution, saved energy costs, ensured faster construction and execution harnessing project delays and the pollution of Ganga River. Several safety measures were adopted and resource conservation measures during construction and in O&M while implementing sewerage scheme, conservation of water for use of dewatered sludge, treated water etc. The project activity was undertaken with no hindrance to the general public.
Managing ash disposal through an innovative process.
Ash disposal from coal-fired power plants, is a critical environmental concern. The Ministry of Environment & Forests (MOEF) in India stipulates 100% ash utilization for all new coal fired power plants from fourth year after commissioning of the plant. MOEF also indicates one of the means of ash utilization is mine stowing. 100% utilization of ash is a tough compliance requirement particularly for a country like India that largely depend on high ash domestic coal for power generation. Tata Consulting Engineers addressed this problem of ash utilization by recommending a long distance ash slurry transportation system through which the slurry was used to fill a mine void. This system is a first of its kind in the ash slurry application for distance of 25 km away from the plant. With this system, the entire ash from the power station can be transported into the mine void in.
The solution manages the ash disposal as per environmental stipulations and additionally serves as an environmentally friendly alternative to using sand to fill the mine void apart from savings in capital and operating expenditures. This system brings a new business opportunity for TCE for managing waste in coal-fired thermal plants.
Throughout the world, the requirement for clean energy is critical for sustainable growth. A large scale deployment of solar power plants is underway. These plants require a vast expanse of land for installation. Land acquisition is a challenge and a major cause for delay in project implementation. Rising land cost and unavailability of suitable land for installation of such plants is driving the thinking towards installation of solar plants, which can float on water.
TCE has taken the lead to develop an indigenous floating solar photovoltaic (PV) plant design. This solution proposes use of indigenous, locally available, modular floating solar PV plants that can be .installed on reservoirs and other water bodies having relatively still water.
The benefit of TCE designed plant lies in its simplicity and ease in manufacturing without having limitation on design wind speed or tilt angle. The structure is easy to install, low in cost and maintenance with maximum utilization of solar radiation in an effective manner as compared to other existing floating PV systems. TCE designed floating system is cost efficient and can be recycled. Typical plant cost would be close to conventional ground mounted PV plants.TCE has filed an application for acquiring patent for this innovative design.
Cost efficient process for coal-based power plants
The path to development is paved with a continuous need for power to fuel growth. The good news is that both governments and industries are conscious of this and are aligned to address this issue – the governments with stringent regulations and the industry responding with clean technologies. Coal-fired thermal plants have seen some environmental concerns. The flip side is that coal-fired plants also throws most difficult challenges for innovation in clean technologies and for producing cheaper power. Tata Consulting Engineers (TCE) has flashed the spark of innovation yet again to bring sustainable solutions to its customers, especially in coal-fired thermal power plants. The Company hit upon a process innovation in Flue Gas Desulphurization pertaining to coastal-based power plant.
What is FGD
Flue Gas Desulphurization(FGD) is a clean technology system that separates the sulphur dioxide from the exhaust flue gas of coal-fired thermal power plants. Typically, these systems require sea water or chemicals to absorb the sulphur dioxide. Thus FGDs help reduce the SOX emissions to almost 90 to 95% % from the flue gas exhaust and maintain the specified Ground level concentration of SOx within the norms stipulated by various national ambient air emission standards. The extent of regulation for inclusion of FGD systems in fossil-fired power plants varies in different countries across the world. Inland plants typically use chemicals (limestone or other chemicals) to absorb sulphur dioxide, whereas, coastal-based power plants are best benefitted by FGD systems that use sea water. This is because sea water's inherent natural property is conducive to absorption of sulphur dioxide. However, such sea water based FGDs require significant amount of sea water and large water intake systems.
Problems and innovative solutions
The commissioning of a power plant whether captive or standalone come with a host of compliance requirements. This is especially true for coal-based power plants. Tata Consulting Engineers successfully retrofitted an FGD system to a completed thermal power plant. This was a breakthrough solution, as the company had to create an innovative process to mange this. Retrofitting FGD systems to an existing facility has many angles to it - the topography of the plant site, the original design that will have to be modified to accommodate the FGD systems' requirements, the additional facility requirements to operate the FGD systems and most important of all, additional capex burden, project commissioning delays and the resultant project cost over-run. This was the trigger on hand for the Tata Consulting Engineers' team to put on the innovation hat. They put their heads together to create an innovative solution for retrofitting a sea water based FGD system, at minimal time and optimal cost benefit. With a window of twenty-four months, the FGD system was retrofitted and the plant was ready to go on stream completely compliant to environment norms. The process innovation opens up a plethora of opportunities in making coastal-based thermal power plants clean, efficient and environmentally compliant.
Options available for retrofitting of the FGD systems
Retro-fitting a conventional FGD system in a coastal based power plant imposes phenomenal cost escalation and requires time. The use of chemical based FGD is not relevant to coastal-based power plants as the economic advantage of using seawater in coastal-based plants will be lost. The new process innovation provides a solution that is cost efficient in its design and most of all the waste water management is optimal.
The process recommended is a first of its kind with no past references. The new process has implications on inherent systems when the FGD system is being retrofitted. With some modifications , Tata Consulting Engineers successfully implemented the innovative process within 24 months, ensuring huge cost benefits, time savings in plant commissioning, curtailing of project cost escalations and environmental compliances. This also helps in reducing the carbon foot print significantly, when compared to conventional FGD systems.Savings in Capex due to implementation of the innovative process in fitting FGD systems would be to the order of 10 to 20 % and expected savings in Opex would be to the tune of 10 to 50 % depending upon the peculiarities of sites and the projects.
The story of retrofitting FGD systems has many sequels to it. Tata Consulting Engineers' innovative process (economical and environmentally friendly) in FGD systems can be effectively applied to Greenfield, Brownfield and existing coastal -based power plants. Current regulatory compliance mechanisms are more stringent. Presently all countries do not mandate FGD systems in power plants. However, with a greater focus on clean power generation, it is expected that FGD systems would soon be mandated for all coal/oil -fired thermal power plants. The company has filed an application for patenting this technology process.
Tata Consulting Engineers Limited is known for providing solutions that are a first of its kind in various industry sectors that it is present in. This one goes to the sustainability of fossil-based power generation and cost efficient power to fuel growth.
Assignment: Infrastructure development of two cities, Jodhpur and Bikaner in Rajasthan and commissioned by the Government of Rajasthan under Rajasthan Urban Infrastructure Development Plan
The assignment received the Infrastructure Excellence Award in the category of Best Design Project.
Scope :Road sector: Traffic studies and solutions for single lane, two lane and four lane carriageway; bituminous and concrete roads and construction of bridges over railway crossing were proposed.
The drainage sector: The plan for construction of 52 km length of drains and re-sectioning / strengthening of existing drains, providing solutions for flood prone areas of Jodhpur and Bikaner proposed.
Solid Waste Management: Centralised solutions for collection of waste using modern equipment and disposal through landfills was proposed.
Slum Improvement: Area development works like roads, sewerage, drains and water supply facilities in slum areas of Jodhpur and Bikaner.
Water & Sewerage Sector: Water treatment plant, two packages for transmission network, distribution network strengthening and NRW management, water distribution stations, construction of new pumping station, refurbishment of existing pumping machineries, raw water earthen impounding reservoir, technology solutions for distribution of water, ELSRs/GLSRs ,sewerage collection network and out fall sewer, one 20 MLD sewage treatment plant, technology solutions for sewage management was proposed.
Fire-fighting Systems: Fire station buildings consisting of four garages in each fire station along with Drill Tower for training was proposed. Fire service equipment for six cities was tendered. TCE's solutions helped put safety systems in place in the towns.
GIS and Mapping: A database covering details of existing water supply, sewerage pipelines and proposed utilities under different contracts is prepared for Jodhpur and Bikaner.
Heritage: The proposal included environmental improvement of water bodies and conservation/restoration of old heritage sites.
Emergency Health Services: Construction of advanced medical facilities and improvement/extension of satellite hospitals and dispensaries in Jodhpur and Bikaner were proposed.
The Challenge: The project had components from different disciplines and necessitated the deployment of experts from various fields. Working with three associate consultants and applying its singular expertise in individual sectors in one large area, called for a lot of coordination and precision in planning.
Value Additions: People living in the area round Khatarnak Puliya and Raikabagh in Jodhpur were relieved from the water logging menace thanks to the drainage solutions provided by TCE.
112 Kacchhi bastis of Jodhpur and Bikaner were benefited by the slum improvement solutions. 20,000 households in Bikaner came under the property connections network and 33000 households in Jodhpur came under the sewerage collection network bringing a source of revenue for the Bikaner and Jodhpur townships
The proposed water system was planned keeping in mind climate change concerns and a focus on reducing the carbon foot print. Total cost of energy for existing system was Rs 2.12 per Kl. After re-organisation of water system, the energy cost for the combined system has become Rs 1.41/Kl. This has resulted in total energy cost saving of Rs 222 lakhs per annum.
The rehabilitation of slums, makeover of an abandoned lake, increase in revenue by bringing consumers in the fold of the water and sewer disposal network, flood and water logging solutions, etc benefitted nearly 1,90,000 people
ITER is an international fusion reactor which is being constructed under the collaborative efforts of seven participating countries namely European Union, United States of America, Russia, Japan, Korea, China and India. The main objective of ITER is to demonstrate the scientific and technical feasibility of a controlled fusion reaction by producing about 500MWth of fusion power by Deuterium - Tritium Plasma at Cadarache, France.
The Indian scope of the project is being accomplished through ITER India, Institute for Plasma Research (IPR), an autonomous institute under Department of Atomic Energy (DAE), Government of India. ITER-India has entrusted TCE the responsibility for detailed engineering of the project for Component Cooling Water System (CCWS), Chilled Water System (CHWS) and Heat Rejection System (HRS).
A team from Tata Consulting Engineers is currently working on these assignments. For the systems engineered by Tata Consulting Engineers, the scope of work ranges from design basis report and system optimization to tender specifications. It also includes Reliability, Availability, Maintainability and Inspectability analysis (RAMI) and Failure Modes, Effects and Criticality analysis (FMECA).
Electric power system comprises components and systems like Generators, transformers, transmission lines and distribution networks, each of which is liable to be affected by insulation failure, due to over voltage or over load. They may also fail under normal service conditions owing to aging or poor quality of material or of manufacturing process. The conductors comprising the transmission and distribution network are also exposed to the elements like lightning, rain, wind, snow etc. which can cause short circuit faults or otherwise damage supporting structures. Insulation failure due to any of these causes lead to trip outs and other disturbances which at times be severe enough to culminate in wide spread power outages or black outs.
Simultaneous development of Underground Coal Mines and Aerotropolis.
The Project area hosts a number of regionally persistent coal seams having substantial reserves and also rich in Coal Bed Methane (CBM).
Tata Consulting Engineers conducted various technological investigations to assess the possibilities for simultaneous development of BAPL Project, underground mining of coal and plan of exploitation of CBM. Tata Consulting Engineers carried out the studies in the following three stages:
Preparing a mining plan and Detailed Project Report for Underground mining with zero subsidence at surface.
Approach to exploit CBM potential within the BAPL project area from outside the BAPL area.
On the basis of TCE investigations, the BAPL Project was given 'green signal' by the West Bengal State Government in consultation with Ministry of Coal (MoC) and Ministry of Aviaion (MoA).
A World Bank funded initiative, the West Bengal Pollution Control Board appointed Tata Consulting Engineers a sector study of sponge iron (SI) industry in West Bengal in 2012-13.
The principal alternative route in iron making is Direct Reduction of Iron (DRI) by use of coal. The sponge iron sector is characterized by operators ranging from small scale capacity of maximum 50 or 100 tpd units to large scale enterprises of about 500 TPD. The process is dependent on sized iron ore and non-coking coal of 25% ash content.
Due to the scarcity of such non-coking coal with 25% ash content the industry depends on high ash coal which results in inferior product quality as well as poor environmental compliance.
Tata Consulting Engineers was entrusted with the assessment of Environmental pollution impact of sponge iron units in West Bengal vis-à-vis the rest of India and suggest clean technology options.
This includes scope for use of clean coal bed methane (CBM), which is available in Eastern coal fields and use in direct reduction substituting coal partially in 60 sponge iron (SI) units across West Bengal. This would ultimately lead to a path for future technology transformation to gas based reduction with CBM. About 10 (ten) SI units has been visited for monitoring the emissions and assessing the status of environmental management and overall nearly sixty (60) Units surveyed in five (5) districts of West Bengal.
The Study Report aims at facilitating capacity build up of Environmental Compliance Assistance Centre (ECAC), an independent Centre presently under WBPCB in achieving environmental compliance and directing the policy decision makers and industry stakeholders for a re-positioning of this industry sector throughout India in the years ahead.
Tata Consulting Engineers carried out the studies from the environmental, commercial and technological angle and put forth recommended solution such as Tunnel Kiln technology, coal quality management, etc. The assessment report and recommendations are expected to benefit the state of West Bengal and the sponge iron industry sector here.
Rendered civil and structural works comprising furnace foundation, 4-poster structure, equipment foundation, roads, railway tracks, drawing and sewerage. Utilities and auxiliaries comprised off furnace cooling system, compressed air, nitrogen, steam, oxygen for blast furnace proper, gas cleaning plant, cast house, bell-less top charging system, stove valve cooling, air-conditioning and ventilation systems.
The plant construction and commissioning was been done in a record time and in line with international stand.
Innovative engineering solutions:
Design and engineering of 4-poster structure thereby eliminating the need for pouring concrete into the hollow structures Engineered sequence of installation of the down comer connecting blast furnace and gas cleaning plant
Blast furnace foundation was designed, critically examined and approvals for construction procured to suit site conditions such that no re-engineering was called for.
Design/Engineering of systems and sub-systems were critically examined to enable problem-free construction.
Design inputs from various agencies were compiled and integrated in design for construction in record time. State-of-the-art safety solutions were provided in design, basic engineering inputs, operational maintenance, extensive fire fighting systems, fire detection systems were incorporated and gratings were provided to ensure accident-free operations.
The innovations, safety measures and timely delivery provided cost efficiencies to the client
Tata Consulting Engineers was entrusted with basic and detail engineering, procurement services, inspection and expediting and construction supervision services for the decorative paint plant.
'Pigging' technology solution helped reduce the complexity of the plant, simplified the piping lines and made it easier for plant automation. This involved the pigging for transfer of liquid raw materials and products. This technology helps transfer various chemicals through a dedicated pipe and is also useful in cleaning the pipelines. This helped to reduce the number of transfer lines thereby reducing the complexity of the plant around the equipment. By simplifying the piping requirements, it is possible to make the plant fully automatic. An automatic equipment cleaning system (automatic CIP) system was also part of the engineering plan.
The design engineering and planning was done on a fully-integrated 3D engineering platform with a client review interface. This helped in infusing predictability to the project. PDMS modelling of entire plant including civil, underground facilities, mechanical, equipment, piping, electrical and instrumentation also ensured greater accuracy and quality in the design.
Plant designed on zero discharge concept
Waste management solutions reduced fresh water intake. The 100% tertiary treatment and recycle of sewage reduced fresh water intake by about 40% .
Around 30% of total plot area has been ear-marked as green-belt zone.
The construction management of this huge plant with 88 oven chambers meant - Bringing together 11 domestic and international partners.
Interpreting Chinese technology and implementing in Indian conditions, Multiple Indian contractors to be oriented into stringent safety standards & all this managed with no downtime of existing plant.
Dismantling top structural arrangements and brick lining five layers of top coming from a height of 145 meters for a chimney from the outer-side.
Erection of coal conveyor gallery between two coal towers at a height of 54 metres.
Construction of junction house and coal conveyor gallery with 12 metres depth alongside existing coal conveyor.
Installation of large numbers of stainless steel burner pipes, cleaning nozzle pipes in each block of battery within very close tolerance for their locations.
Construction and retrofitting of new cooling tower in by-product area and dismantling of existing cooling tower for clearing front for scrubbers and compressor house.
Construction of cooling tower basin on the roof of process chiller plant.
Construction of 68 metres high quenching tower wall along with refractory work and installation of de-dusting nozzles at 58 and 43 metres inside the quenching tower.
There were several other challenges especially on account of retrofitting a large facility upgrade with no downtime. These challenges were addressed with innovative solutions which have now become benchmark practices for such a facility erection. The Construction Service unit helped to commission the plant in record time and in concurrence with international safety standards.
IT-enabled drafting for ITI Students
Employability for students in the ITI courses
Independent program conducted by TCE employees
Computer aided design (CAD) and mechanical drafting are entry level skills that are core to our design engineering services. Several technical institutes in India have the draftsman trade in their curriculum. These courses are taken up by youngsters who cannot afford regular skill building programs. However these trades do not involve computer and IT applications. This skill gap which makes the youngsters enrolled in the government-supported ITI programs more employable is met with our unique Draftsman Design Application course as a CSR & Affirmative Action initiative.
TCEndeavour's Affirmative Action program to provide education and employability is designed to impart practical knowledge in TCE's core expertise. This program will help increase employability of SC/ST students with requisite qualifications. The plan is to provide training in IT drafting applications for 2nd year SC/ST students in the ITI draftsman trade. The program comprises three levels of training – Basic, Advanced & Specialist with a certification at the end of each level.
The pilot program is presently running in Bangalore and Chennai as a series of weekend courses. The TCEndeavour Champs.
Volunteered to serve as Trainers. The students found the program extremely relevant as the training filled a skill gap in their regular ITI program. The students in Bangalore requested a fast-track course and completed the basic program in time for their ITI campus job interview schedules. The basic course covers the basics in AUTOCAD drafting application. This will provide students an edge over others in the campus recruitments.
The advanced course entails detailed application orientation that will help students qualify for apprenticeships in the industry. The specialist programs will involve training in piping, electrical and aspects of detailed design engineering. Students will be provided a certificate once they complete and qualify at each phase of the program. The basic course for the students in the pilot program is complete and some students found placements in the industry. The program will be extended to other locations in a phased manner.
Tata Consulting Engineers was appointed consultants to a steel-making giant for pollution control and emissions management.
To meet and exceed stringent environmental norms recommended to manage the overall ambient air quality.
Tata Consulting Engineers helped commission a CEMS (Continuous Emission Management System) which has ensured greater transparency and commitment by the client.
Tata Consulting Engineers' technology solutions helped in selecting the appropriate air pollution control equipments to reduce the stack emissions. The design also takes care of workplace air quality to maintain OSHAS norms. The project was carried out in a Brownfield site with operational challenges of shutdown requirement, space crunch and safety requirements.
Tata Consulting Engineers has recommended solutions for continuous improvement and the system is among the largest in the country.
Design and project management of integrated infrastructure for the township of 1,700 acres covering water, sewerage, drainage, solid waste management, fire, disaster management, electrical distribution, telecommunication, safety and security aspects.
The solution proposed included rainwater harvesting and water management designed to retain 22 ponds covering over 11 hectares of area. These ponds are being preserved and over 300 ml of rainwater will be harvested in these ponds. The drainage system has been planned to route the surface water runoff surrounding through these ponds. The annual mass balance for the ponds reveals that at least, minimum water level will be maintained through summer.
Based on zero discharge concept, sewage generated from the township is proposed to be treated by Sequential Batch Reactor ( SBR ) process at the sewage treatment plant. It is proposed to provide tertiary treatment. Post tertiary treatment, the treated sewage water will be used for flushing and irrigation. The prescribed solution will result in 50% reduction of fresh water intake from 38 mld to 18 mld.
Engineering a Tech-city of the Future
An international finance tech-city for a rapidly developing state in India is intended to be India's foremost destination for financial services and other multi-services sector. The State Government established a joint venture company for the development of the tech city. This ambitious project of the Sate Government is designed to stand proud on the banks of the river Sabarmati, built to be a colossal township spread over 25,000 acres with office buildings on 880 acres. Tata Consulting Engineers Limited has been appointed as engineering consultants and is presently handling the city planning and detailed engineering. The magnitude of the project and the planning required showcases, Tata Consulting Engineers' capabilities as a high-end engineering solutions provider. The project run-time is expected to extend to about 11 years.
Scope of TCE's involvement entails total infrastructure master plan covering -
Water Supply Distribution - Raw Water pumping Station and Pipeline , Water Treatment & Master Planning of Water Supply Distribution Network for 673 Acres.
Wastewater Collection & Treatment
Master planning for Storm Water Drainage Management
External Fire Safety Systems
Solid Waste Management
Largest District Cooling Systems
Transportation - External Connectivity, Improvement of existing access roads, Connectivity to national highway, Arterial, sub-arterial and internal roads , Vehicular & pedestrian underpasses, Flyovers , Metro Line with Stations.
Tata Consulting Engineers' engineering expertise entailed innovative solutions that provided cost-effective options, environmentally sustainable waste management & water management solutions, resource conservation measures and ensuring that the city is built on a 'green' concept. This project is not only the pride of the state which is in the limelight for its growth but also a proud accomplishment for Tata Consulting Engineer's Infrastructure Business as this is a platform that showcases the company's capabilities.
Tata Lockheed Martin Aerostructures conducts empennage delivery ceremony of facility engineered by Tata Consulting Engineers
Mr S Padmanabhan has taken over as Chairman, Tata Consulting Engineers Ltd with effect from 23 Jan 2016. He succeeds Mr Prasad Menon who retires after a distinguished stint on the board of Tata Consulting Engineers Ltd.
Tata Consulting Engineers. Honoured with "Best Consultant"
Tata Consulting Engineers. Honoured with "Best Consultant" Award instituted by the Council of Power Utilities at the 6th India Power Awards 2013 ceremony held at Taj Krishna, Hyderabad on Friday, November 22, 2013. Chief Minister of Andhra Pradesh, Mr Kiran Kumar Reddy, was the Chief Guest.
Tata Lockheed Martin Aerostructures Ltd (TLMAL)) conducted Empennage Delivery Ceremony on 11-11-2013 at Hyderabad. Mr. David Tucker (CEO) of TLMAL described the aircraft parts assembly facility as a 'world class facility' built in India. Tata Consulting Engineers is proud to have done the complete engineering and construction management for this facility.
The John Deer Tractor Plant at Dewas near Indore was inaugurated on 22nd October by Mr. Samuel R. Allen Chairman and CEO, Deer and Company and Mark von Penz, President Agriculture and Turf Division Europe, Asia & Africa. During the inauguration, efforts by Tata Consulting Engineers in creating John Deer's world class facility was appreciated.
Tata Consulting Engineers signed an agreement with the South Asian University along with the consortium partners for the Construction of Campus for South Asian University , Phase I . TCE will provide Project Management Consultancy Services for construction of the campus to be based in New Delhi.
Tata Consulting Engineers' Nuclear Energy business is part of the country's nuclear power program right from its very beginning.
Our innovative chemical process engineering translates to smart business solutions for our customers.