Predict, Prevent, and Solve Mineral Scale and Corrosion Risks

Analyze water data to predict corrosion and mineral scale risks.
Leverage historical process data to create predictive models.
Organize and manage data and report files in project folders.
Insights from cognitive AI to pinpoint root causes and uncover effective solutions.
Generate customizable Excel reports with corrosion/mineral risks, XRD patterns, and potential inhibitors.
Strictly Private & Secure Access Anytime, Anywhere

AWA combines thermodynamic modeling and intelligent algorithms to turn water chemistry data into insights, driving cost efficiency, smart management, and predictive planning.

AWA understands complex water chemistry to help you predict corrosion and mineral scale risks and uncover science-backed solutions.

Predict corrosion and scale risks using over 15 parameters like CO₂, H₂S, temperature, pressure, and pipe specs

Model real-world scenarios with thermodynamic and mechanistic tools up to 300°C and 23,000 psi

Build predictive models from lab and field data to validate treatment performance and forecast outcomes using our Regression Tool

Get recommendations through the Virtual Assistant

Organize workflows with batch uploads, customized reports and file management

Generate ready-to-share reports with clear outputs on scaling indices, inhibitors, and more

Why Choose AWA?

Simulation

Simulate and analyze water samples or mixtures up to 300°C, 23,000 psi, and 10 m ionic to predict over 22 types of mineral scales, corrosion rates from water/CO₂/H₂S, XRD scale patterns, and potential inhibitors

File Management

Store, secure, and organize your data and reports with customizable folders. Whether managing personal tasks or enterprise-level projects, this structured system helps save time, reduce errors, and streamline workflows.

Custom Regression Model

Incorporate your historical lab tests, corrosion coupons, and field data into predictive models. AWA's Regression Tool lets you build, validate, and export custom models (Python-ready) tailored to your operations. Collaborate with our team to implement customized regression tools.

Virtual Assistant

Powered by peer-reviewed research, AWA's Virtual Assistant operates securely within your environment, aligned with Microsoft Azure's highest standards for privacy and data protection. The assistant autonomously identifies root causes, extracts actionable insights from file reports (Excel, PDFs), and recommends commercial solutions, including your own products, when integrated into the platform.

Templates

Download CSV input files, create CSV input files extracting PDF lab data, download Excel report templates, and streamline customized files for integration with Simulation and Regression workflows.

Exclusive & Secure Access Anytime, Anywhere

Data remains strictly private and accessible only to authorized users. Enable seamless execution of simulations, model development, and report analysis with uncompromising security across any browser, desktop, or mobile.

What Sets AWA Apart

From Insight to Action — AWA is More Than Just a Predictor.

AWA goes beyond identifying corrosion and scale risks, it delivers end-to-end problem-solving. Powered by advanced thermodynamic modeling, intelligent algorithms, and your real-world data, AWA transforms water chemistry into strategic action.

Predict with Scientific Precision

Using robust thermodynamic databases and mechanistic models, AWA evaluates over 15 critical parameters—including water chemistry, CO₂/H₂S gas content, temperature, pressure, oil fraction, and pipeline dimensions, to accurately predict corrosion and mineral scale risks across real-world conditions.

Simulate Real-World Scenarios

Model everything from single-fluid compositions to the blending of 50+ brines. Conduct sensitivity analyses across critical variables and visualize results with 3D exports. For example, simulate the mixing of produced waters and receive detailed outputs like: Barite scaling risk (SI=1.8), 30 mg/L precipitate, and recommendation: 5 ppm inhibitor.

Solve with the Virtual Assistant

Don't just detect, resolve. Ask AWA's Cognitive AI-powered Virtual Assistant questions like: “Why is Well X experiencing barite scaling?” Receive root-cause analysis and actionable engineering or chemical recommendations, all backed by peer-reviewed science. Additionally, AWA Assistant boosts efficiency by recommending tailored solutions, including your own products once added, saving time and cutting costs with actionable, company-specific insights.

Leverage Historical Data to Build Predictive Models

Turn your own lab tests and field measurements into predictive models. AWA’s Regression Tool allows you to:

Analyze historical inhibitor performance, for example corrosion coupons results
Predict outcomes under new brine conditions
Export custom regression models as Python-ready scripts for integration into other workflows
Adapt predictions to your proprietary formulations and processes

From simulation to solution, AWA is packed with benefits that make your workflow faster, easier, and smarter.

AWA's intuitive design, tooltips, and sample data help you get started right away.
Enterprise privacy, your proprietary data stays confidential.
Access AWA from any mobile device, no app needed.
AWA is fully cloud-based, no downloads or IT support required.
Upload your own templates and tailor your reports, no developer needed.
Use your branded Excel templates for reports that reflect your organization's look and standards.
Supports metric/imperial units and flexible inputs, ideal for international teams.
Support cross-functional collaboration across field, lab, and HQ
Understands your questions in context, adapting responses based on uploaded data, reports, and past interactions.

Dark water quality improves after the addition of an iron scale dissolver

Enhance Productivity - Make Informed Decisions - Collaborate Efficiently

Our team is here to support you every step of the way.

Existing Users: Access support directly through the 'Contact Us' section in your user dashboard.
General Inquiries: Visit our Frequently Asked Questions or fill out the contact form.