PDP Energy bridges the gap between complex engineering concepts and operational reality. We provide world-class consulting, detailed system design, and comprehensive project management solutions that optimize performance across conventional, renewable, and heavy industrial power systems.
Conducting rigorous techno-economic feasibility studies, energy audits, asset evaluations, and procurement advisory to minimize risk and justify capital investments.
Delivering comprehensive process, mechanical, civil, and electrical design packages from conceptual plant philosophies and FEED studies to detailed multi-disciplinary engineering.
Providing full lifecycle owner's engineering, rigorous QA/QC site supervision, procurement expediting, and commissioning oversight to ensure seamless project delivery.
Conducting comprehensive site selection reviews, regulatory compliance mapping, technology option matrices, and local power market assessments to validate initial project concepts.
Developing rigorous financial models, CAPEX/OPEX projections, net present value (NPV) analyses, and levelized cost of energy (LCOE) calculations to justify capital investments.
Evaluating existing thermal, electrical, and process systems to identify energy losses, model thermodynamic performance improvements, and quantify potential operational cost savings.
Performing baseline environmental monitoring, emissions modeling, safety risk indexing, and social impact evaluations to secure necessary regulatory permitting and project approvals.
Drafting detailed technical specifications, project scopes of work, performance guarantees, and comprehensive request for proposal (RFP) packages for EPC engineering contracts.
Analyzing contractor proposals through rigorous compliance matrices, normalizing commercial offers, and auditing vendor design capabilities to minimize client risk during selection.
Providing continuous technical advisory during contract discussions, defining clear performance milestones, and optimizing risk-allocation frameworks within final EPC agreements.
Defining fundamental project layouts, primary equipment configurations, system redundancy targets, and overarching design philosophies to establish a solid foundation for development.
Translating basic project concepts into preliminary engineering data, evaluating initial technical alternatives, and narrowing down design parameters before full-scale engineering begins.
Developing comprehensive technical definitions, major equipment data sheets, preliminary single-line diagrams, and process flow diagrams to freeze the technical scope and estimate EPC costs.
Auditing existing FEED packages independently to identify design gaps, verify compliance with international engineering codes, and mitigate downstream project execution risks.
Modeling thermodynamic steady-state or dynamic behaviors, performing comprehensive mass and energy balances, and sizing complex fluid, chemical, and gas process networks.
Designing heavy static and rotating equipment layouts, generating detailed 3D piping routing configurations, and conducting rigorous pipe stress and hydraulic network calculations.
Engineering heavy industrial equipment foundations, structural steel pipe racks, substation buildings, soil stability enhancements, and specialized site drainage layouts.
Developing detailed medium-to-high voltage switchgear configurations, substation protection relay schemes, grounding grids, short-circuit calculations, and overall plant single-line diagrams.
Designing comprehensive SCADA architectures, distributed control system (DCS) frameworks, programmable logic controller (PLC) programming logic, and instrument index loops.
Facilitating formal Hazard and Operability (HAZOP) and Hazard Identification (HAID) engineering reviews, Layer of Protection Analysis (LOPA), and flare/vent safety sizing studies.
Acting as an extension of the client's team to oversee scheduling, budget compliance, contract management, and coordination across multiple contractors throughout the project lifecycle.
Safeguarding the owner’s interests by reviewing EPC designs, auditing contractor compliance with technical specifications, and verifying that project milestones meet strict engineering standards.
Evaluation of manufacturing capabilities, review of specialized sub-vendor technical submittals, and conducting structural supplier risk assessments to secure high-quality equipment.
Monitoring equipment fabrication timelines at vendor facilities and witnessing critical factory test procedures to guarantee performance compliance prior to site shipping.
Deploying experienced on-site multi-disciplinary engineering teams to manage field construction progress, resolve spatial clashes, and ensure rigorous adherence to design blueprints.
Implementing robust material testing verification, supervising non-destructive field testing (NDT), auditing welding logs, and maintaining comprehensive quality tracking documentation.
Overseeing cold loop tests, live system energization profiles, machinery dry runs, and startup sequences to safely transition the facility from construction to active operations.
Witnessing final plant performance guarantee runs, auditing formal operational capacity metrics, compiling complete as-built document packages, and managing asset handover protocols.