Pre-Development & Feasibility

• Site selection, land survey, and geotechnical investigation

• Fuel supply chain analysis (coal, LNG, oil, hydrogen blends)

• Technology selection (subcritical, supercritical, ultra-supercritical, combined cycle)

• Grid connectivity and transmission planning

• Environmental & social impact assessment (air quality, water usage, ash disposal)

• Conceptual layout planning (boiler island, turbine hall, cooling systems, BOP)

• CAPEX/OPEX modelling and financial feasibility studies

• Risk assessment and mitigation strategy

Specialized Value-Adds

• Hybrid integration with renewables and BESS

• Carbon capture, utilization, and storage (CCUS) feasibility studies

• Water conservation and zero liquid discharge (ZLD) system design

• Financial modelling and bankability studies

• Owner’s engineering and lender’s technical advisory

• Training and capacity building for client teams

Operations & Maintenance (O&M)

• Due-diligence

• Performance benchmarking (heat rate, efficiency, auxiliary consumption)

• Root cause analysis for recurring faults (boiler tube leaks, turbine trips, HRSG fouling)

• Preventive maintenance design (schedule and SOPs)

• Spare parts planning and inventory mapping

• Retrofit design for repowering or fuel flexibility (coal-to-gas, hydrogen blending)

• Technical audit and compliance reporting

• Life extension studies and refurbishment planning

Construction & Commissioning Support

• Design clarification and site coordination

• As-built drawing verification and updates

• Quality assurance checklist for design compliance

• Commissioning test protocols (steam blows, gas turbine firing, HRSG performance, synchronization)

• Grid compliance testing and performance validation

• Final handover documentation and training

Review Engineering

• Final plant layout and equipment sizing

• Boiler and HRSG design (pressure parts, combustion systems, emission controls)

• Turbine-generator design (steam turbine, gas turbine, combined cycle integration)

• Electrical design (switchyard, transformers, protection schemes, grounding & lightning protection)

• Civil and structural design (foundations, turbine hall, cooling towers, chimneys, auxiliary buildings)

• Cooling system design (wet/dry cooling, seawater intake, hybrid cooling)

• Fuel handling and ash management systems

• SCADA, DCS, and communication system architecture

• Grid interconnection design and load flow analysis

• Construction drawings and IFC documentation

• Compliance with IEC, IEEE, IS, ASME, and local grid codes

• Approval support with regulatory authorities

Tendering & RFP Support

• Preparation of technical specifications and design brief

• Scope matrix and Bill of Quantities (BoQ)

• Tender drawings and layout optimization

• Grid compliance checklist (CEA, IEC, IEEE standards)

• Performance guarantee metrics (heat rate, efficiency, availability)

• Evaluation criteria for bidder technical submissions

• Technical due diligence of OEM and EPC proposals

• Comparative analysis of turbine, boiler, and HRSG technologies

Why Choose Us?

• Expertise across thermal and combined cycle technologies

• Proven track record with utilities, IPPs, EPCs, OEMs, and financial institutions

• Commitment to efficiency, sustainability, and regulatory compliance

• Ability to deliver tailored engineering, management, and financial solutions for tomorrow

Conventional Power Consultancy Service Opportunities

MAD provides comprehensive consultancy services for conventional power generation, covering coal, oil, gas, and advanced combined cycle power plants. We support utilities, developers, EPC contractors, OEMs, and investors with tailored solutions that ensure efficiency, compliance, and long-term reliability