At CORE Energy Systems, our EPC capabilities represent the fusion of precision engineering, strategic execution, and uncompromising quality. We deliver turnkey solutions across Nuclear, Defence & Aerospace, Oil & Gas, and Thermal Power sectors—managing every stage from design and procurement to construction and commissioning.

With a nationwide footprint and a focus on safety, compliance, and sustainability, CORE is trusted to execute mission-critical infrastructure that demands excellence, reliability, and innovation at every step.

Nuclear Plant

Nuclear

Nuclear Island

  • Recirculation Piping (PHT & Other Class-1)
  • Systems for Fuel Handling, Heavy Water, Light Water, Moderator
  • Containment Ventilation & HVAC
  • Installation & Erection of Primary Components

Turbine Island

  • Main Steam System
  • Condensing System
  • Condensate System
  • Feed Water System
  • Turbine Drain System
  • Moisture Separator & Reheater System

Balance of Plant (BOP) Utility

  • Compressed Air Plant
  • Chilled Water Plant
  • Nitrogen & Gas Plants
  • Desalination Plant
  • Sea Water Pumping
  • Material Handling

Miscellaneous Systems

  • Emergency Diesel Generators
  • On-site Emergency Safety Centres
  • Post-Accident Hydrogen Management System
  • C&I and Electrical Systems

Nuclear Waste Management

  • Decontamination
  • Near-Surface Nuclear Waste Disposal
  • Radioactive Waste Incineration Plant
  • Solid Waste Compaction System

Decommissioning & Refurbishment

  • Radiation Survey & Monitoring
  • Dismantling of Radioactive Primary Circuit Components
  • Refurbishment & Replacement

Spent Fuel Management

  • Spent Fuel Storage Facility (AFR Plant)
  • Spent Fuel Transportation Casks
  • Spent Fuel Storage Racks
  • Pool Bridge Fuel Handling Crane

Innovative Nuclear EPC

  • Small Modular Reactors (SMR)
  • Micro Modular Reactors (MMR)
  • Floating Nuclear Power Plants (FNPP)
  • Radioactive Heat Source (RHS / RITEG)

Oil & Gas

Desalination & Water Purification Systems

  • Thermal and membrane-based desalination units (RO, MED, MSF)
  • Water treatment plants for process and potable applications
  • Packaged skid systems for offshore and onshore installations
  • Integration with utility and effluent handling systems

Combined Utility Services

  • Compressed air systems for instrumentation and plant operations
  • Firefighting systems including hydrants, sprinklers and foam suppression
  • Industrial and specialty gas distribution networks
  • Potable, service and process water distribution systems

Balance of Plant

  • Utility systems including compressed air, water treatment and gas distribution
  • Firefighting and safety infrastructure (NFPA/API)
  • Electrical systems – substation, cabling, lighting and earthing
  • Process support systems – HVAC, instrument air and dosing units

Outside Battery Limits

  • Utility supply systems – water, steam, compressed air and nitrogen
  • Storage tanks, pump houses and utility stations
  • Interconnecting piping, pipe racks and cable trays
  • Access roads, drainage, firefighting networks and fencing

Defence

  • End-to-end EPC execution of foam and gas-based fire suppression systems
  • AFFF-based systems engineered for aviation fuel and hydrocarbon fires
  • Clean agent gas systems designed for residue-free protection
  • DIFFS systems for naval helidecks
  • Manual, automated, and sensor-based activation mechanisms
Fire Fighting Systems
  • Customized design and EPC execution for ammunition storage protection
  • Advanced fire detection and suppression technologies
  • Upgradation and retrofitting of naval magazine systems
  • Turnkey delivery from concept design to commissioning
  • High-end engineering aligned with defence safety standards
Magazine Firefighting Systems
  • HFC-227ea gas suppression technology
  • Clean electrically non-conductive fire suppression agent
  • Protection for magazines, control rooms and electronic enclosures
  • Chemical inhibition suppression technology
  • Integrated fire detection and automated activation systems
Gas Suppression Systems

Electrical and Infra

Solar Power Plants

  • Turnkey EPC solutions for Solar PV and BESS
  • High-efficiency modules with MPPT inverters
  • Optimized mounting, cabling, protection, and SCADA
  • Grid integration with HT/LT panels and net metering
  • Battery systems for storage and load management
  • Remote monitoring and lifecycle O&M support

Battery Energy Storage Systems

  • EPC solutions for integrated battery storage networks
  • Lithium-ion and advanced battery technologies
  • Grid stabilization and frequency regulation
  • Smart Battery Management Systems (BMS)
  • Modular scalable systems with thermal control
  • Integration with inverters, electronics, and SCADA

Electrical Transmission & Distribution

  • Turnkey EPC for HV & EHV substations
  • Transmission lines and distribution networks
  • Underground cabling and Railway OHE works
  • Testing and commissioning of electrical systems
  • DTR deployment and metering systems
  • Large-scale electrical infrastructure projects

Mining

Site Survey & Quantity Estimation

  • Detailed topographical, geological, and geotechnical surveys to establish site conditions, mine geometry, and operational constraints
  • Drill data correlation, borehole logging review, and seam modelling to support mine planning and excavation strategy
  • Overburden, interburden, and coal quantity estimation using approved survey methods and industry-standard estimation practices
  • Bench-wise and phase-wise volume calculations to support equipment planning, production scheduling, and cost control
  • Validation of survey data through field checks and reconciliation with design assumptions
  • Inputs structured to support statutory approvals, mine planning, and downstream EPC execution

Blasting Hole Drilling

  • Turnkey blast hole drilling solutions for opencast coal mines, covering overburden, interburden, and coal seams across diverse geological conditions
  • High-capacity rotary and DTH drilling systems engineered for soft to hard formations, delivering consistent hole diameter, depth, and vertical accuracy
  • Optimised drill patterns, burden–spacing control, and penetration parameters to achieve controlled fragmentation, reduced coal dilution, and improved downstream productivity
  • Precision collaring and hole deviation control to maintain blast design integrity and ensure predictable blast outcomes
  • Environmentally responsible operations with dust suppression, vibration control, and noise mitigation aligned with local and international mining standards
  • Safe and compliant execution aligned with DGMS, and global HSE frameworks, supported by preventive maintenance and productivity-focused drilling practices

Blasting

  • Production, controlled, and pre-split blasting executed to suit mine geometry, bench configuration, and geotechnical conditions
  • Blast design engineering with optimised burden, spacing, charge distribution, and delay sequencing to achieve consistent fragmentation and minimise coal dilution
  • Safe charging, stemming, and initiation of explosives using approved products and certified blasting personnel
  • Vibration, fly-rock, and air-overpressure control through precise initiation systems and controlled blast sequencing
  • Execution aligned with DGMS and global HSE frameworks, supported by qualified shotfirers and blasting supervisors
  • Post-blast assessment and continuous improvement to optimise muck pile profile, improve diggability, and enhance downstream loading and hauling efficiency

Excavation & Loading

  • Mechanical excavation of blasted overburden and coal using hydraulic shovels, rope shovels, backhoes, and surface miners based on mine layout and material characteristics
  • Optimised equipment selection and bench management to ensure efficient digging, reduced cycle time, and consistent material flow
  • Controlled coal extraction practices to minimise dilution and maintain coal quality during loading operations
  • High-productivity loading operations integrated with dumpers, trucks, and in-pit crushing or conveying systems
  • Equipment availability and productivity optimisation through preventive maintenance and operator skill development
  • Operations executed under robust HSE frameworks, ensuring safe working conditions and compliance with statutory and international mining standards

Transportation of Overburden

  • Transportation of overburden and coal using rear-dump trucks, tippers, and mine roads designed for site-specific geometry and production requirements
  • Optimised mine road design, gradient control, and traffic management to improve cycle time, fuel efficiency, and equipment life
  • Integrated loading, transportation, and dumping operations to ensure continuous material flow and balanced fleet utilisation
  • Controlled coal transportation to crushers, stockyards, or processing facilities to minimise spillage and preserve coal quality
  • Deployment of in-pit conveying or semi-mobile crushing systems where applicable to reduce transportation distances and operating costs
  • Safe and compliant operations supported by dust control, road maintenance, and adherence to statutory and international HSE standards

Coal Crushing Operations

  • Design and setup of stationary, semi-mobile, or mobile coal crushing plants aligned with mine layout, production targets, and coal characteristics
  • Selection and installation of primary and secondary crushers to achieve the required coal size with minimal fines generation
  • Integration of feeders, screens, conveyors, and transfer points for smooth material flow and stable plant operation
  • Dust suppression, noise control, and fire protection systems incorporated to ensure safe and environmentally compliant operations
  • Commissioning, performance validation, and ramp-up support to achieve rated throughput and availability
  • Operations executed under robust HSE frameworks, with preventive maintenance and operational controls to ensure reliable crushing performance

Coal Washery

  • Design and setup of coal wet washeries to improve coal quality through the removal of ash, dirt, and impurities
  • Process integration of screening, gravity separation, dense media cyclones, and flotation systems based on coal characteristics
  • Optimisation of washability parameters to achieve target ash levels, yield, and calorific value
  • Water management systems, including thickeners, clarifiers, and slurry handling, to ensure efficient water recovery and reuse
  • Tailings and rejects handling systems designed for safe disposal and environmental compliance
  • Operations executed under robust HSE and environmental frameworks, with process monitoring and maintenance practices to ensure consistent washery performance

CHP to Railway Transport

  • Loading of processed coal from Coal Handling Plant (CHP) through conveyors, surge bins, and rapid loading systems
  • Design and operation of conveyor corridors and transfer points for reliable movement of coal from CHP to railway sidings
  • Integration of wagon loading systems, including silo-based or track-side arrangements, to achieve consistent loading rates and minimise spillage
  • Dust suppression, belt cleaning, and fire protection systems implemented to ensure safe and environmentally compliant operations
  • Coordination with railway infrastructure, signalling, and scheduling requirements for efficient rake placement and dispatch
  • Operations executed under statutory, railway, and HSE compliance frameworks, supported by preventive maintenance and operational controls

Metals & Minerals Mining

Beyond coal, Core Energy Systems Limited extends its mining expertise to a wide spectrum of metals and minerals. Backed by adaptable engineering, a safety-first approach, and execution capabilities of up to ₹1,000 crore for a single project, we support diverse mining operations across varied geological and operational complexities.

Quick Contact