Hydraulic Engineering
Pressure-loss calculations, pump and piping evaluation, transient or surge review, operating-envelope assessment and system optimization.
Oil, Gas, LNG & Industrial Engineering
Engineering confidence for critical energy infrastructure.
Independent hydraulic, pipeline, structural, mechanical, finite element and asset-integrity engineering support for operators, EPC contractors and industrial asset owners.
Oil & Gas Engineering Services
Specialized analysis for demanding operating environments.
Engagements can be scoped as focused technical reviews, calculation packages, design-verification assignments, integrity assessments or ownerέΑβs-engineering support.
Hydraulic&Transient Analysis
Pipe pressure-drop calculations, pump operating points, NPSH assessment, surge/water-hammer and valve/control analysis.
Tray Designs
Our tray design philosophy centers on delivering stable column performance, high turndown capability, and predictable hydraulic behavior across a wide operating envelope.
Pipeline & Pressure Systems
Pipeline stress review, pressure-system evaluation, support assessment, integrity screening and code-based calculations.
Structured Packing Design
Our structured packing design program delivers high‑performance, low‑maintenance solutions for defoaming, coalescing, and TEG dehydration service. CCEI structured packing is engineered to provide predictable hydraulic behavior, low pressure drop, and stable mass‑transfer efficiency across oil & gas, chemical, petrochemical, and pollution‑control applications.
Random Packing Design
CCEI provides a full range of random packing designs for all generations of packing rings engineered for reliable hydraulic performance and broad operating flexibility. Whether a tower requires high‑efficiency mass‑transfer, high‑capacity operation, or a balanced combination of both, our random packing designs are developed to deliver predictable pressure‑drop characteristics, stable liquid/vapor distribution, and long service life.
Energy Markets Served
Engineering support across the oil and gas value chain.
Each assignment is tailored to the asset, operating conditions, governing requirements and the technical decision the client needs to make.
Condensate Stabilizers, Lean Oil Absorbers, Gas/Oil/Water Phase Separators.
Glycol Contactors, Glycol Regenerators, Stripping Columns.
Amine Contactors, Amine Regenerators, Hot Potassium Carbonate, Amine Liq-Liq Contactors & physical solvents(Flexsorb, Sulfinol, Selexol and etc.).
Demethanizers, Deethanizers, Depropanizers, Debutanizers.
Atmospheric(Crude), Vacuum, Jet/Kerosene, Naphtha, Diesel.
Ethanol, Ethylene, Sour Water, Liquid/Liquid Extraction.
Process & Chemical Engineering
Clear Scope. Defensible Analysis. Actionable Results.
Hydrogen–SAF Integration
Insight into how electrolyzer‑based hydrogen supports e‑SAF production (e‑methanol, e‑kerosene) and the process safety implications of integrating hydrogen systems with aviation fuel synthesis.
Process Modeling
Mass/energy balances, perform calculations, simulation, document review and engineering risk assessment.
Engineering Drawings Alignment
Ensuring instrumentation consistency across unit operations for P&ID, PFD, BFD and UFD.
Design Datasheets —
Preparation and review of equipment and instrument datasheets (Columns, valves, transmitters, analyzers, vessels, electrolyzer skids). Ensuring alignment with P&IDs, process conditions, and control logic requirements.
Engineering Quality Control
Technical work that can be reviewed and acted upon.
Each engagement defines the basis of design, input data, assumptions, analysis method, applicable requirements, limitations and approval status.
- Documented scope, inputs, assumptions and exclusions
- Calculation and model checks proportionate to project risk
- Clear separation of findings, recommendations and client decisions
- Controlled revisions and traceable technical deliverables
- Professional sealing only where authorized and contractually required
Principal Consulting Engineer