Combining 17+ years of deep technical expertise with cutting-edge AI to deliver safer, faster, and more cost-effective engineering solutions
Professional-grade calculators hosted on Cloudflare's global edge network — fast, reliable, and always accessible from anywhere in the world
Comprehensive unit converter built for oil, gas & petrochemical engineers. Covers pressure, temperature, flow rates, heat duty, viscosity, density, and 50+ engineering unit categories.
Thermodynamic property calculations and fluid phase equilibrium analysis. Supports PR and SRK equations of state for accurate vapor-liquid property predictions across a wide range of process conditions.
Comprehensive PSV/PRV sizing and scenario analysis per API 520/521. Manage all overpressure scenarios, generate relief load summaries, and produce datasheets ready for detailed engineering review.
Design and rating calculations for shell-and-tube and plate heat exchangers. Supports LMTD and NTU-effectiveness methods with full duty and area outputs, fouling factors and multi-pass correction.
Pipe flow and hydraulic calculations including pressure drop, flow velocity, and line sizing for process piping. Handles single-phase liquid and gas using Darcy-Weisbach and Crane TP-410 methodology.
Rigorous emergency depressurization and blowdown calculations powered by Peng-Robinson and SRK equations of state. Isochoric, adiabatic and emergency DP scenarios with full API 521 / ADNOC DEP compliance.
Accelerating engineering excellence with AI — delivering safer, faster, and more cost-effective solutions without compromising professional judgment
Rapidly evaluate multiple design scenarios and technology options using AI-driven analysis. Reduce study time by 60% while exploring more alternatives for optimal project outcomes.
Intelligent identification of relief load reduction opportunities and flare system optimization strategies. AI analyzes thousands of scenarios to find cost-effective solutions.
AI-powered automated checking and validation of process flow diagrams and P&IDs. Catch design errors early and accelerate review cycles with intelligent anomaly detection.
Streamline HAZOP studies with AI-generated deviation scenarios and consequence analysis. Accelerate action item closure tracking with machine learning insights.
Identify process bottlenecks and capacity expansion opportunities using AI analysis of operating data and process simulations. Maximize existing asset utilization.
Automated generation of technical reports, data sheets, and engineering deliverables. Reduce documentation time by 70% while improving accuracy and consistency.
Comprehensive process engineering expertise spanning the full project lifecycle
Industry-leading expertise in safety system design and analysis
Specialized expertise in liquefied natural gas and gas processing facilities
Advanced process design and optimization using industry-leading tools
Comprehensive technical analysis and regulatory compliance support
Knowledge transfer and capacity building for engineering teams
Supporting sustainable energy initiatives
Deep domain knowledge across critical process engineering disciplines
LNG Facilities, Refineries, Petrochemicals, Gas Processing, Olefins Plants
UAE, USA, India, Australia, Mexico, Saudi Arabia, Singapore
Feasibility Studies & Option Selection, Conceptual Design, FEED, Detailed Engineering — Greenfield & Brownfield
Aspen HYSYS, Aspen Plus, UniSim, Pro-II, FlareNet, Flaresim, BASF OASE, AI-Enhanced Tools
API 520/521/526, ASME, AD 2000, ADNOC Standards (AGES, DGS, AGPS)
MBA Finance, B.E. Chemical Engineering, ADNOC Approved Engineer, Practicing Engineer in Abu Dhabi
Delivering excellence across major international EPC/FEED projects
Senior Process Engineer — Technip Energies
Delivered comprehensive flare and utility system design for major offshore oil development. Conducted adequacy assessments and developed blowdown calculations ensuring compliance with ADNOC standards.
Lead Process Engineer — Bilfinger Tebodin
Led P&ID development and field instrumentation design for major control system modernization. Managed 15-member engineering team while actively participating in HAZOP sessions.
Area Lead Engineer — Bechtel
Served as Area Lead for Acid Gas Removal Unit and Flare systems. Developed CO₂ sequestration concepts and waste heat recovery systems. Designed relief valves for LNG storage tanks.
Flare Area Lead — Bechtel
Led flare system design for multi-train LNG facility including wet, dry, and acid gas flares. Performed emergency depressurization calculations and developed thermal oxidizer systems.
Technical Manager — Ingenero Technologies
Managed complete conceptual and detailed design for new flare and flare gas recovery system. Conducted onsite technical coordination and delivered comprehensive Process Design Package.
Team Lead — Ingenero Technologies
Led team of 7 engineers performing comprehensive relief device revalidation and mitigation studies across multiple olefins production facilities to improve overpressure protection compliance.
Let's discuss how AI-powered process engineering can transform your projects