Industrial Tech Case Study
Challenge:
Produced water operations are complex, distributed, and costly to manage. Across treatment sites and transfer networks, limited real-time visibility made it harder to anticipate failures, reduce hauling and disposal, and respond quickly to risk. Manual oversight increased waste, slowed incident response, and made compliance harder to maintain at scale.
Integrations:
CORE Flow integrates multiple intelligence layers to support produced water operations, compliance, and response at scale:
Real-time analytics turning telemetry into actionable intelligence for flow, energy, and compliance.
Predictive intelligence forecasting risks and failures before they escalate.
Agentic automation for tasks and incident response, reducing operator burden.
Conversational controls for voice and text commands with synchronized responses.
Unified Interface
Seamless integration with SCADA, IoT telemetry, and AI alerts for centralized control.
Chain-of-Custody Logs
Audit-ready traceability for stronger compliance and accountability.
Development:
CORE Flow was developed as a resilient intelligence platform for produced water operations, combining advanced AI, automation, and scalable infrastructure:
Scalable Architecture
Engineered to process millions of telemetry data points across distributed water assets in real time.
Integrated Engines
Brought together CORE Insight, Foresight, Autonomy, and Relay to power analytics, prediction, automation, and operator control.
Unified Interface
Simplified SCADA, IoT telemetry, and AI alerts into a single control layer for end-to-end visibility.
Compliance by Design
Aligned infrastructure with environmental standards, ensuring audit readiness and regulatory trust.
Optimized Performance
Modular microservices and low-latency APIs minimized downtime and accelerated detection-to-response times.
Operator-Centric Design
Translated complex system dynamics into intuitive dashboards for faster, clearer decision-making.
Future-Ready Platform
Established a foundation adaptable across basins, operators, and broader industrial water use cases.
Solution:
CORE Flow was designed for smarter produced water operations. It combines system-wide visibility, predictive response, AI-orchestrated action, chain-of-custody visibility, and audit-ready accountability in one platform.
System-Wide Visibility
Real-time dashboards tracked flow conditions, asset health, and risk zones across distributed produced water operations.
Predictive Foresight
CORE Foresight anticipated failures earlier, helping teams reduce waste, avoid escalation, and respond before issues spread.
Automated Efficiency
CORE Autonomy streamlined workflows and incident response, lowering downtime while reducing operational burden.
Conversational Control
CORE Relay enabled natural-language commands, helping teams act quickly and consistently in high-risk scenarios.
Compliance by Design
Chain-of-custody logs ensured audit-ready traceability, strengthening compliance and operational trust.
Future-Ready Platform
Modular and scalable, the system created a foundation adaptable across basins, operators, and broader industrial water use cases.
Results:
CORE Flow delivered measurable improvements across produced water operations by combining prediction, automation, and clearer operational visibility in one platform.
The deployment of CORE Flow delivered measurable improvements across produced water operations. By combining analytics, predictive intelligence, automation, and agentic controls, the platform transformed oversight and responsiveness at scale:
↓ 87% reduction in detection-to-response times
↑ 42% increase in operator task efficiency
↓ 65% fewer compliance incidents across monitored sites
100% chain-of-custody traceability with audit-ready logs
Together, these outcomes showed how predictive, automated water intelligence can strengthen compliance, improve response, and scale more resilient midstream operations.
