EMUG Tech delivers end-to-end engineering across six energy and sustainability domain clusters: renewable energy engineering — solar PV (IEC 62817), wind turbines (IEC 61400), offshore wind (DNV), hydroelectric, and biomass; oil, gas, and process engineering — process simulation (Aspen HYSYS), piping stress (ASME B31.3, CAESAR II), pressure vessels (ASME VIII, PED), pipeline integrity (API 579), and process safety (HAZOP, LOPA, IEC 61511); power grid and SCADA — grid infrastructure, substation design, DIgSILENT load flow, IEC 61850; energy storage and hydrogen — BESS design (IEC 62619, IEC 61508), green hydrogen electrolysis, and fuel cell; sustainability and net zero — ISO 14064 carbon footprint, SBTi alignment, CSRD, and ISO 50001; and digital and asset management — AI predictive maintenance, digital twin, SAP PM/Maximo, and ISO 55001. All programmes use the EMUG SURGE Energy Engagement Model.

EMUG Tech delivers wind turbine structural engineering from component design through certification: tower structural design and FEA — shell buckling, fatigue under IEC 61400-1 load cases (NTM, ETM, EWM, EOG), and flange bolted joint analysis; blade structural analysis to IEC 61400-23 — fibre composite cross-section analysis, ply stacking optimisation, extreme load and fatigue assessment; hub and bedplate structural FEA — weld fatigue to IEC TS 61400-6; foundation design — onshore spread and pile foundations, offshore monopile (DNV-ST-0126) and jacket substructure (DNV-ST-0119); dynamic load analysis using OpenFAST — aeroelastic simulation for IEC 61400-1 design load cases generating DEL and ULS fatigue spectra; and support for DNV, TUV SUD, or TUV Rheinland type certification. Offshore wind experience covers North Sea, Baltic Sea, and Indian Ocean development zones.

EMUG Tech delivers process engineering and safety for oil, gas, chemical, and petrochemical operations: process simulation using Aspen HYSYS and Aspen Plus for gas processing (separation, compression, dehydration, NGL recovery), refinery process unit design, and LNG engineering; piping stress analysis to ASME B31.3, ASME B31.8, and EN 13480 using CAESAR II; pressure vessel and heat exchanger design to ASME VIII Div. 1 and 2, TEMA, and PED 2014/68/EU; pipeline integrity management — API 579-1/ASME FFS-1 fitness-for-service, RSTRENG corrosion defect assessment, DNV-RP-F101, and risk-based inspection (RBI) programme design per API 580/581; process safety — HAZOP facilitation, LOPA, SIL determination and verification to IEC 61511, SIS design, and ATEX zone classification; pressure relief and flare system design to API 520/521/526.

EMUG Tech delivers IEC 61511 safety lifecycle services for oil, gas, chemical, and power plant Safety Instrumented Systems: hazard and risk assessment — HAZOP, HAZID, and What-If analysis identifying process deviations and their consequences; Layer of Protection Analysis (LOPA) — quantifying risk reduction requirements and determining required Safety Integrity Level (SIL) for each Safety Instrumented Function (SIF); SIL verification — PFD and PFDavg calculation for each SIF using fault tree analysis or simplified equations, verifying that the proposed SIS architecture meets the required SIL; Safety Requirements Specification (SRS) for each SIS; SIS design review — sensor, logic solver, and final element selection and architecture validation; and Factory Acceptance Test (FAT) programme design. EMUG Tech also delivers third-party SIL verification review and Functional Safety Assessment (FSA) coordination for TUV SUD or Exida functional safety assessment.

EMUG Tech delivers battery energy storage system engineering for grid-scale and industrial applications: BESS system architecture design — cell chemistry selection (LFP, NMC, NCA), module and rack design, container layout; battery thermal management — pack-level CFD simulation (ANSYS Fluent) for temperature uniformity and cooling system design; BMS architecture and functional safety design to IEC 61508 SIL 2; grid integration — inverter specification, grid connection design, protection relay settings, and IEEE 1547 compliance; IEC 62619 safety requirements for industrial secondary lithium cells and batteries — hazard assessment, protection mechanism design, and qualification test programme; IEC 62933 system specifications; UN 38.3 transport qualification programme; UL 9540 and UL 9540A compliance for North American market; fire suppression and thermal runaway propagation prevention design; and ATEX zoning for indoor BESS installations.

EMUG Tech delivers net zero and sustainability engineering: carbon footprint baseline assessment — Scope 1 (direct emissions), Scope 2 (electricity), and Scope 3 (value chain) per ISO 14064-1 and the GHG Protocol Corporate Standard, using activity data from operations, energy bills, and supply chain; science-based targets (SBTi) — alignment assessment for 1.5°C pathway, near-term and long-term target setting, and decarbonisation gap analysis; decarbonisation pathway engineering — fuel switching (gas to electric, HFO to biofuel), industrial electrification design, on-site renewable energy, carbon capture feasibility; ISO 50001 energy management system implementation — energy audit, significant energy use identification, energy performance indicator design, and certification readiness; CSRD (EU Corporate Sustainability Reporting Directive) compliance programme design — double materiality assessment, sustainability reporting data architecture, and ESRS taxonomy mapping; and TCFD scenario analysis for physical and transition climate risk.

EMUG Tech deploys AI predictive maintenance specifically calibrated for energy sector assets: wind turbine gearbox bearing degradation prediction using vibration frequency spectrum analysis — identifying gear tooth fatigue and bearing race defects 4 to 8 weeks before failure, enabling planned maintenance rather than emergency crane deployment; solar PV string and inverter performance anomaly detection from SCADA data — identifying underperforming strings, soiling anomalies, and inverter degradation; gas compressor and pump condition monitoring using vibration, current, and acoustic sensors — achieving 25 to 40 percent unplanned downtime reduction; pipeline corrosion rate prediction from intelligent pig data and historical ILI surveys — prioritising inspection intervals by predicted defect growth rate; power transformer dissolved gas analysis (DGA) AI — trend monitoring and fault type classification; and drone inspection imagery AI for solar panel, OHL, and offshore wind visual defect classification.

EMUG Tech delivers energy and sustainability engineering across 20 countries: Europe — Germany, France, UK, Netherlands, Sweden, Italy, Spain, Czech Republic, Poland; Asia-Pacific — India, Japan, South Korea, China, Malaysia, Thailand; Middle East — UAE, Saudi Arabia, Qatar; Americas — USA, Canada, Brazil; Africa — South Africa, Nigeria, Kenya. Client coverage: renewable energy developers and independent power producers (IPPs), oil and gas operators and EPC contractors, utility companies and grid operators, energy storage and clean technology companies, industrial and commercial energy consumers pursuing net zero, and government and public sector energy agencies. Delivery from EMUG Tech’s centres in Hyderabad (India), Germany, and Dubai with on-site programme support globally.