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Built by engineers.
For engineers.
For engineers.
Built by engineers.
For engineers.
For engineers.
Trusted globally by 120+ partners (and growing!)
At whitson, we don’t just build software — we work hand-in-hand with engineers to help shape the future of petroleum engineering. Trusted by over 120 companies, from supermajors to independents and operators to financial firms, our platforms are designed to tackle the toughest reservoir and production challenges. With tools like PVT, RTA, DCA, automatic BHP, forecasting, and flowing material balance analysis — plus expert support and a strong community behind you — we’re here to help you succeed.
When rates are flat, pressure still speaks.
Unlock those hidden clues using physics-based models so you can understand what’s really happening beneath the surface. Gain clearer insight. Make smarter, more confident decisions on your wells.
Consulting Services
Tap into decades of experience from the industry’s top experts to get practical, proven solutions for your assets.
Understanding petroleum fluids is fundamental to maximizing the profitability of oil and gas assets, as the fluids are what we produce, and what we sell. An equation of state (EOS) model is one of the most sophisticated technologies available to describe these petroleum fluids. We have over the last 30+ years specialized in EOS model development and fluid characterization. Our EOS development projects generally involve multiple fluid samples from different wells.
Example Tasks
Example Tasks
- PVT Report / Data QC
- EOS Model Development
- Black Oil Table Generation
- Fluid Initialization
whitson gas condensate services include topics related to PVT, condensate blockage, and simulation of well productivity, depletion and gas cycling using black-oil and EOS reservoir models. We work with all PVT laboratories on design, QC and interpretation of conventional and special gas condensate PVT studies. We develop EOS and black-oil PVT models with special emphasis on gas condensate issues like CGR variation, condensate blockage and gas cycling EOR. Together with Stratum Reservoir (Trondheim Lab) we quantify near-well flow leading to blockage; whitson designs and interprets the lab tests, then develops velocity-dependent relative permeability models.
Example Tasks
Example Tasks
- Relative Permeability Experiment Design
- Relative Permeability Modeling
- Condensate Blockage Modeling
- Gas Cycling / EOR
- EOS & Black Oil PVT Modeling
Enhanced oil recovery with gas injection is a commonly used strategy to increase the recovery from existing oil and gas fields. We assist our clients in both conventional and unconventional assets in addressing the challenges related to the implementation and operation of gas EOR projects, specifically assisting in selection of wells for injection, design of injection strategy (number of wells, injection pressures & volumes), and history-matching once the EOR has been started.
Example Tasks
Example Tasks
- Design Lab Program
- Candidate Selection & Screening
- Gas EOR Modeling
Software Platforms
Access cutting-edge, web-based tools designed to empower petroleum engineers — anywhere, anytime.
A web-based, all-in-one petroleum engineering platform — built from the ground up over the past 4 years with the latest RTA methods, a full-physics simulator, and integrated thermodynamic engine. It’s now used by 120+ companies ranging from large operators (Chevron, Devon, Ovintiv, etc.) to PE-backed independents. Over 90% of our users have transitioned from other legacy tools, often starting with our popular workflow that auto-calculates bottomhole pressures across entire well sets (see Devon-Snowflake case study here).
Key Features
Key Features
- DCA & Type Wells
- Auto-forecast
- PVT & Phase Behavior
- Bottomhole Pressure Calculations
- Flowing Multi-phase Material Balance
- Numerical & Analytical RTA
- Full-Physics Reservoir Simulation
- Nodal Analysis
- Well Tests (DFIT, DOI, CPG)
A one-stop-shop for all things PVT! The three pillars of whitsonPVT are fluid data & model management, fluid model development, and fluid model utilization. Our goal is to follow and track the fluids from sampling and sample storage, to digitizing and visualizing PVT sample data (compositions and PVT experiments) and associated QA/QCs, to maximizing the available data in a consistent and highly accurate fluid model development (with associated QA/QCs), to finally using the fluid models inside whitsonPVT or easily exporting the models to other applications (reservoirs simulation, process simulation, network models, etc.).
Key Features
Key Features
- PVT Lab Quality Checks (QCs)
- C7+ Characterization & Gamma Modeling
- EOS Tuning & Psuedoization (lumping)
- Consistent black-oil PVT modeling
- Physical & Thermodynamic Consistency Checks
- Fluid Databasing & Management
- GIS Mapping
- Virtual PVT calculations
Empowering regional development and field-wide optimization, whitsonˣ helps you design and manage new and existing assets—leveraging large-scale data for smarter decisions on well spacing, depletion strategy, frac design, and more.
Key Features
Key Features
- Type Well Prediction
- Trained Neural Network
- Regional Performance & Reservoir Maps
- DSU Design Optimization
- Economics on Existing and New Developments
- Depletion Visualization & Quantification
Perfect for A&D teams, mineral shops, PE firms, and BD groups, whitsonlite is a fast, affordable platform to store and auto-forecast thousands of wells, build type wells, and maintain a clean forecast database — while doing your economics in ARIES, ValNav, Mosaic, or PHDwin. Effortlessly automate production import/export from your favorite public monthly data sources.
Key Features
Key Features
- Decline Curve Analysis (DCA)
- Auto-Forecast
- Type Wells
- Comparison Plots
- Production Import/Export Automation
- ARIES, ValNav, Mosaic & PHDwin Integration
Trusted by operators worldwide, this powerful NODAL Analysis platform transforms how engineers forecast, design, and optimize well performance. It brings the reservoir, wellbore, and surface system together into one intuitive workflow—revealing bottlenecks, guiding artificial lift design, and unlocking production potential. With advanced gas-lift and jet pump modules, detailed valve spacing tools, and robust troubleshooting capabilities, it delivers the clarity and confidence engineers need to maximize efficiency across every well.
Key Features
Key Features
- Nodal Analysis: IPR and VLP
- Steady-State BHP Calculations
- Jet Pump Design and Optimization
- Gas Lift Design and Optimization
- Gradient Calculations
- Backend DLL Integration
Petroleum Knowledge Hub
Stay sharp with expert-led professional development courses and tap into our knowledge hubs on social media and wiki — all designed to keep you ahead in reservoir and production engineering.
A comprehensive knowledge hub combining hands-on workflows with the physics and theory behind our petroleum engineering tools. Whether you're using or software platforms or deepening your technical understanding, the wiki helps you connect the “how” with the “why.” Always available, always growing.
Link here
Link here
Explore our complete library of technical publications — from peer-reviewed papers to client collaborations. Browse the full list and choose exactly what you want to download. A focused way to access the insights behind our work.
Link here
Link here
We lead multi-client industry consortiums across key North American basins, bringing operators together to tackle shared reservoir and production challenges. These collaborative projects deliver high-quality, physics-based models built from extensive well data — unlocking deeper insights at basin scale. It’s a smarter, faster, and more cost-effective way to move the entire industry forward.
Link here
Link here
We offer professional development courses designed for petroleum engineers — from half-day virtual sessions to in-depth, multi-day in-person trainings. Whether you're looking to build foundational knowledge or deepen your expertise, our courses combine practical workflows with core theory. Need something tailored? We also deliver custom in-house trainings for teams who want focused, hands-on support.
Link here
Link here
"The knowledge sharing sessions, training, and whitCon conference foster a sense of community, positioning whitson as more than just another tool in our toolbox but a game changer for the industry." - Saul Rivera Barraza, Murphy Oil
whitson User Community
10+ Professional Development Courses Per Year
Complimentary half day courses for our users (typically $400–$1500 per person for non-subscribers). Topics include nodal analysis, fluid modeling, simulation workflows, and more. View upcoming courses here.
Industry Knowledge Sharing Sessions
Led by technical experts across the industry, these 3 hour sessions cover everything from RTA best practices to EOS model QA/QC.
Entry to whitCon
Our annual user conference in Houston — with operator-led case studies, deep technical dives, and opportunities to connect directly with other engineers and the whitson teamapproach to every client.
Direct access to our technical team
For support (we average 2 minute response times), input on workflows, or collaborating on new feature ideas.
- >50%of world’s petroleum reserves studied
- 200+projects worldwide
- >140companies using whitson software
- 200+scientific papers and publications
Proven. Trusted. Secure.
Our SOC 2 Type II and ISO 9001 certifications, along with rigorous security reviews, ensure our software performs at the highest standards. All our servers run in a cloud environment certified to ISO 27001 and SOC 2 standards, with all stored data encrypted at rest using AES-256—so you can focus on your work, not the risks.
SOC2 Compliant
ISO 9001 Certified
Microsoft SSO Login
AES-256 Data Encryption