A production-focused engineering resource for turning high-frequency SCADA telemetry into defensible Safe Drinking Water Act (SDWA) compliance. Built for water-utility operations, environmental compliance teams, municipal developers, and Python automation builders.
Work through deterministic pipelines for sensor data ingestion, EPA SDWA rule validation, violation alerting, public-notification sync, DMR generation, batch processing, and immutable audit-trail generation — each backed by exact, copy-ready Python.
Every guide is organised into three connected pillars so you can move from architecture, to live data ingestion, to the rule engine that decides what counts as a violation.
Three pillars, twelve focused clusters, and deep-dive implementation walkthroughs — cross-linked so related material is always one click away.
Modern water utilities operate at the intersection of continuous process control and stringent federal regulation. Translating high-frequency SCADA…
Reliable SCADA data ingestion and time-series synchronization form the operational backbone of modern water utility compliance programs. As municipal…
In modern water utility operations, regulatory compliance has shifted from retrospective reporting toward a continuous, telemetry-driven discipline.…