Industrial emissions control systems – catalytic converters, SCR systems, DPF regeneration units, and baghouses – are often deployed at remote or distributed sites (pipelines, wellheads, mining operations, renewable energy storage, wastewater treatment plants, shipping vessels). On-site monitoring is costly, and unexpected downtime can trigger regulatory violations (excess emissions) and costly penalties. The **Remote Control + Cloud Service** solution enables real-time monitoring, predictive maintenance, and remote operation of aftertreatment systems via cellular (4G/5G), satellite, or industrial IoT networks. Fleet operators gain centralized visibility, automated compliance reporting, and condition-based maintenance – reducing field service costs by 30-50% and preventing unplanned downtime.
Complete remote control + cloud service architecture:
On-site sensors → Edge controller (PLC/RTU) → Gateway (cellular/satellite/Ethernet) → Cloud platform (data ingestion/storage/analytics) → User dashboard (web/mobile) → Remote command (control actions)
How it works: Sensors continuously monitor critical aftertreatment parameters. Edge controller aggregates data, executes local control logic, and transmits to the cloud.
Key sensors for aftertreatment monitoring: Temperature, Pressure, NOx, NH₃ slip, O₂, DEF level/quality, Flow rate, Catalyst bed temperature, Vibration, GPS location, Engine runtime.
Edge controller functions:
Remote command execution
How it works: Transmits data from edge controller to cloud using available networks.
Communication options:
Gateway features: Dual paths, encrypted transmission (TLS 1.2+, AES-256), VPN, remote configuration, geofencing.
How it works: Ingests streaming data, stores securely, available for analytics/visualization.
Platform architecture:
Data retention:
How it works: Machine learning models predict failures before occurrence.
Predictive maintenance models: DPF ash cleaning, SCR catalyst life, sensor drift detection, DEF consumption anomaly, RUL estimation.
Real-time alerting: Critical alerts via SMS, push, email. Escalation paths and alert suppression for known events.
How it works: Web/mobile dashboards provide real-time visibility and remote control.
Fleet view features: Map-based location, status indicators, key metrics, compliance status, alert severity.
Asset detail view features: Real-time trends, historical comparison, alarm history, digital twin, camera feed.
Remote control actions: Start DPF regeneration, adjust DEF dosing, engine derate, clear faults, initiate catalyst heating, export compliance reports. All actions logged and secured with two-factor authentication.
How it works: Automated regulatory reports from validated sensor data.
Report types: Daily, monthly, annual emissions reports. Exceedance notifications. Audit trails (5–10 years). Tamper-proof hashing for evidentiary quality.
Regulatory integration: EPA CEMS, EU IED templates, China GB APIs. Direct API submission to portals.
Fewer site visits, remote diagnostics, optimized maintenance.
Predictive alerts, remote regeneration, engine derate.
Dashboard for thousands of assets, standardized practices, comparative analytics.
Cryptographic integrity, automatic compliance reporting.
We deploy complete remote control + cloud service solutions for any aftertreatment application. Our team tailors sensor suite, edge controller, communication gateway, cloud analytics, and dashboard to asset type, operating environment, and regulatory requirements.
Partner with us to define your path to compliance – remote visibility, cloud intelligence.