In recent years, with the government's support, China's biogas projects have experienced rapid growth. Many biogas engineering technologies are designed to address key challenges such as low fermentation efficiency, unstable gas output, and inefficient biogas utilization. A notable example is the Hunan Wantong Biogas Project Control System, which uses the I6 Cloud Service System to solve issues like poor post-project maintenance, an unstable fermentation environment, inability to remotely monitor pH levels, and insufficient environmental security monitoring.
From a sustainability perspective, smart biogas projects align more closely with cost-effective principles. The intelligent biogas engineering system creates the optimal fermentation environment, significantly improving gas production efficiency.
The remote monitoring system provides real-time data on pH levels, digester temperature, and flow rates, which are displayed and recorded on connected computers for further analysis. With the I6 Cloud Service System, engineers or technicians can instantly check the status of various components of the biogas project—such as feed processing, anaerobic digestion, and gas utilization—via their mobile phones. Adjustments can be made through the automation system, while off-site technical teams can use the system’s fault alarm feature for remote diagnostics, greatly reducing operational and labor costs.
Real-time fault monitoring ensures that the biogas digester operates in a neutral to slightly alkaline environment (pH 6.8–7.4), which is ideal for anaerobic fermentation. If the pH level becomes too high, the system alerts the management team. In case of failure, historical data, including instantaneous and cumulative flow rates, can be reviewed to assess the condition of the system and make accurate diagnoses.
Environmental monitoring is also critical. Due to the remote nature of many biogas digesters, they often lack on-site supervision, making it difficult to track operational status. The I6 Cloud Service Intelligent Security System detects potential human damage and automatically sends alarms to administrators, enhancing overall safety and control.
With the mobile app, users can now monitor and manage biogas systems from anywhere. Previously, customers had no clear insight into the cause of malfunctions and needed to travel to the site with tools. Now, through the I6 Cloud Service System, fault alerts and maintenance reminders are sent directly to their phones. Engineers receive work orders, diagnose issues using real-time data, and after on-site inspections, they upload the maintenance process for user tracking. This makes the entire process more efficient and transparent.
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