Panbu Electric
Automated Monitoring System for Waste Gas Treatment: Jiangnan Shipbuilding – End-to-End Data Collection and Protocol Integration
Paper Chemicals

Automated Monitoring System for Waste Gas Treatment: Jiangnan Shipbuilding – End-to-End Data Collection and Protocol Integration

The Jiangnan Shipyard waste gas treatment system comprises multiple processing units and wastewater tanks. Equipment from different vendors used inconsistent communication protocols, resulting in fragmented monitoring and difficulty aggregating data. Fault detection relied on manual inspections, causing delayed responses. The project implemented MODBUS protocol for data transmission across the control system, enabling real-time collection and centralized delivery of equipment data from all units and tanks to the monitoring station. It integrated communication protocols from multi-vendor devices to eliminate data silos caused by protocol incompatibility. A device fault alert feature was configured to notify operations staff promptly upon detecting anomalies. After the upgrade, system status is displayed centrally on the monitoring dashboard, allowing staff to monitor equipment performance without being onsite. Fault response efficiency has significantly improved.

RESULTS

Transformation Results

KEY METRICS

Communication Protocol

MODBUS

Data Collection

Real-time

Agreement Consolidation

Multi-vendor

Failure Alert

Push notifications in real time

Data from all equipment in the waste gas treatment system is collected and transmitted via a unified MODBUS protocol. Communication protocols from multiple vendors are integrated, enabling timely fault alerts and notifications. Operations teams can monitor system status remotely without needing to be on-site.

Data Scope and Validation Source: The above metrics are derived from on-site measurements under identical operating conditions before and after the retrofit (comparing energy meter readings with equipment operation logs). The statistical period covers 30 consecutive days of full operation post-retrofit. Motor energy efficiency ratings follow GB 18613-2020 and IEC 60034-30-1, while product efficiency values are cited from the manufacturer's factory test reports. Actual results may vary based on load rate, annual operating hours, and specific operating conditions.

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