Tank Monitoring

Cloud Studio IoTITermIoT (Internet of Things)The IoT (Internet of Things) is the network of physical objects with sensors, software and connectivity that collect and exchange data and act autonomously.View profile introduces its new tank monitoring solution, allowing distributors of bulk lubricants, gases, fuels, and virtually any other fluid to remotely monitor tank fill levels, knowing inventory in real time and optimizing purchasing processes and logistics delivery routes.

Through this solution, you can track the exact levels in your tanks at any time by being able to set alarms each time the defined thresholds are reached. It is important to note that the definition of thresholds has been developed based on practices recommended by the Petroleum Institute of America (API).

The most important advantage of this tool is that it allows you to check fluid levels in multiple tanks, in distributed sites, from a single device to gain real-time access to the data generating cost reduction, efficiency improvements, and additional added value for your customers.

How IoT smart tank monitoring is working

Application Industries:

• Hospitals: Continuous remote tracking of critical medicinal gases such as oxygen, nitrogen, and medical-grade air ensures timely replenishment, maintains consistent pressure and purity levels, and safeguards patient care. Real-time alerts enable swift response to leaks, irregular consumption patterns, or pressure drops, ensuring compliance with strict healthcareHIndustryHealthcareView profile regulations and standards.
• Oil and gas: Comprehensive monitoring of tanks containing fuels, lubricants, and petroleum derivatives delivers precise real-time data on fluid levels, flow rates, temperature fluctuations, and potential leaks. This facilitates proactive inventory management, optimizes fuel logistics, minimizes operational downtime, reduces safety hazards associated with volatile substances, and maintains compliance with environmental regulations.
• Chemical industries: IoT-enabled monitoring of chemical tanks provides detailed visibility into inventory levels, precise chemical compositions, temperature variances, and early detection of leaks or tank integrity issues. Real-time data and predictive analytics help prevent hazardous incidents, enhance worker safety, reduce environmental risks, and ensure continuous compliance with stringent regulatory requirements.
• Drinks: Remote monitoring of beverage storage tanks includes tracking fluid fill levels, temperature consistency, and detecting potential contamination threats. These insights enable precise control over product quality, minimize spoilage, improve production scheduling, and ensure compliance with food safety and quality control standards, ultimately increasing operational efficiency and consumer satisfaction.
• Food and agribusiness: Real-time IoT monitoring of tanks storing perishable liquids or ingredients ensures optimal inventory accuracy, controlled temperature, and precise management of shelf-life. This helps mitigate spoilage risks, reduces waste, improves supply chain efficiency, facilitates traceability, and ensures strict adherence to regulatory standards governing food safety and product freshness.
• Water treatment: Detailed monitoring of treatment tanks provides continuous visibility into water quality parameters, chemical dosing accuracy, and fluid levels, ensuring efficient and compliant operations. IoT-based predictive analytics supports proactive maintenance strategies, rapid identification of potential contamination issues, optimized chemical consumption, and compliance with water safety regulations, resulting in consistent and safe water treatment processes.

Benefits of the app:

• Configuration for one or multiple tanks.
• 24 x 7 monitoring.
• Real-time alarms and alerts.
• Completely customizable as needed.

Tank monitoring dashboards by Cloud Studio IoT

Impact of your application:

• Reduced logistical costs by up to 30%.
• Inventory management improvements: Eliminating manual readings and reducing waste. Substantial time savings in information collection and inventory analysis.
• Eliminate emergency deliveries with their associated extra-costs.
• Optimizing the number of scheduled deliveries.
• Return of empty trucks reducing disputes and facilitating the billing process.
• Reduced fuel consumption and man hours.
• Increased staff productivity.
• Improved user experience with custom delivery schemes.