About
Tachyus is an enterprise-grade AI platform built to accelerate digital transformation in the energy sector, with deep specialization in oil and gas operational optimization and sustainability management. By fusing physics-based modeling, machine learning, and real operational data, Tachyus creates fast and highly reliable reservoir models that are orders of magnitude quicker than traditional simulation approaches. The core platform delivers three primary solutions: Conventional Optimization for waterfloods, CO2 floods, gas injection, WAG processes, and primary production; Unconventional Optimization for AI-driven well and frac design that honors reservoir physics; and automated layer-level Production Allocation integrating all available data sources. Tachyus also offers Aurion, a comprehensive GHG emissions management platform serving oil and gas, maritime, utilities, manufacturing, construction, and technology sectors. Aurion integrates with any data source to streamline emissions accounting, enable daily monitoring, support regulatory reporting to agencies like the EPA, and inform Net-Zero strategy through emissions forecasting and what-if analysis. With over 10 years of experience, 50+ global customers across more than 20 countries, and 50,000+ assets modeled, Tachyus has a strong track record of driving measurable results. The platform is ideal for operators and EHS teams seeking data-driven decisions that simultaneously maximize profitability and minimize environmental impact.
Key Features
- Conventional Reservoir Optimization: Rapidly build AI models to optimize waterflood, CO2 flood, gas injection, WAG, and primary production processes within weeks.
- Unconventional Well & Frac Design Optimization: AI-driven optimization for unconventional wells and frac designs using models that honor both data and underlying reservoir physics.
- Aurion GHG Emissions Management: End-to-end platform for accounting, monitoring, forecasting, and reporting greenhouse gas emissions to regulatory agencies like the EPA across multiple industries.
- Data + Physics + Machine Learning Models: Hybrid modeling approach that combines operational data, physics constraints, and machine learning to produce robust, fast, and reliable predictive models.
- Automated Production Allocation: Fully automated layer-level production and injection allocation that integrates all available data sources for accurate field-level insights.
Use Cases
- Optimizing waterflood and enhanced oil recovery (EOR) operations for conventional oil fields to maximize production efficiency.
- Designing unconventional well completions and frac programs using AI models that balance performance data with reservoir physics.
- Reporting GHG and Criteria Air Pollutant emissions to the EPA and state regulatory agencies with automated data integration.
- Developing and tracking Net-Zero roadmaps by forecasting the emissions impact of future operational decisions.
- Performing real-time reservoir management and rapid what-if analysis to evaluate the tradeoffs between production output and carbon intensity.
Pros
- Hybrid Physics-ML Modeling: Models that combine physics and machine learning are more reliable and orders of magnitude faster than traditional reservoir simulations.
- Proven ROI: Documented results of up to 20% production increases and up to 40% reductions in operational costs and GHG emissions across 50+ customers globally.
- Comprehensive Emissions Platform: Aurion serves multiple industries beyond oil and gas, covering maritime, utilities, manufacturing, and more with full regulatory reporting capabilities.
- Global Experience: Over 10 years of industry experience with deployments in 20+ countries and 50,000+ assets modeled, providing deep domain expertise.
Cons
- Enterprise-Only Pricing: The platform is tailored for large operators and enterprises; pricing and onboarding complexity may be prohibitive for smaller companies.
- Energy Sector Focus: Core optimization capabilities are purpose-built for oil and gas, limiting direct applicability to organizations outside the energy industry.
- No Self-Service Access: Access requires a demo request and a sales engagement process, meaning there is no free trial or instant sign-up available.
Frequently Asked Questions
What industries does Tachyus serve?
Tachyus primarily serves the oil and gas industry with its operational optimization solutions. Its Aurion GHG emissions platform also supports maritime, utilities, manufacturing, construction, and technology sectors.
What is Aurion?
Aurion is Tachyus's GHG emissions management platform that enables companies to account, monitor, forecast, and report greenhouse gas emissions. It integrates with any data source and supports reporting to agencies like the EPA, helping organizations achieve Net-Zero goals.
How does Tachyus improve production performance?
Tachyus builds fast AI models that combine operational data, physics, and machine learning. These models allow operators to continuously optimize reservoir management decisions and run what-if analyses in minutes, leading to documented production increases of up to 20%.
How long does it take to deploy a Tachyus model?
Tachyus models for conventional operations such as waterflood or CO2 flood optimization can typically be created in a matter of weeks, significantly faster than traditional physics-based simulation approaches.
Can Tachyus help with regulatory GHG reporting?
Yes. The Aurion platform is designed specifically to streamline regulatory GHG reporting, including submissions to the Environmental Protection Agency (EPA) and Criteria Air Pollutant reporting to multiple states.
