Acquire environmental data through the equipment or provided by the operator manually.
Analyze your processes with reports & graphs, and measure the effect of improvements in the plant.
Access all environmental data from anywhere and at anytime. (SmartTV, PC, Tablet and SmartPhone)
• Define your project goals and scope related to environmental information recording.
• Identify which equipment and processes you want to monitor.
• Assess the impact of each metric/process on overall environmental management.
Evaluate available hardware options (e.g., sensors, data loggers) compatible with the project requirements.
• Sensors: Place and configure sensors on selected equipment.
• Relays in case of taking signals from PLC or machine electronics.
• Network points.
• Power points. (110V/220V)
• Adjust the software according to the specific needs of environmental data recording.
• Customize configurations to ensure compatibility with the selected equipment and environmental metrics.
NAME OF:
• Processes.
• Types of Stops or Losses.
• Stop or Loss Groups.
• Operators.
• Products and Machine Speeds.
• Ranges and Limits.
• Shifts.
• Train staff to operate the software and interpret the generated environmental data.
• Provide manuals and additional resources for ongoing support and proficiency.
RAW MATERIAL, CHEMICAL CONSUMPTION, PRODUCTION, ETC
• Operators & Machine Heads.
• Shift Supervisors, Maintenance Supervisors, and Environmental Technicians.
• Process Engineers, Plant Coordinators & Superintendents.
• General Management, Controllers, and Plant Managers.
WEBSERVICES & OTHERS
• Initially order information can be handled using CSV or Excel files.
• Webservices & Custom Connectors.
• Database integration (Link to query).
• Microsoft Dynamics Connector, Microsoft Power BI, Microsoft Azure Logic Apps & Others.
• SAP PI/PO, SAP Cloud Platform Integration, SAP Web Services & Others.
• Oracle Database Links, Oracle Integration Cloud, Oracle Data Integrator (ODI) & Others.
• Conduct thorough testing of the system to ensure proper functionality.
• Make necessary adjustments based on the test results.
• Implement a continuous improvement process to optimize the system's operation and adapt to changing environmental regulations and needs.
• Continue monitoring data and adjusting to improve efficiency over time.
Tons of Materials Recovered and Savings from the Optimization of Chemicals in Processes
Kilograms of Co2 Equivalent not Emitted through the use of Recovered Materials.
Energy Savings(kWh) Resulting from the use of Recovered Materials as Raw Materials.
CO2 Absorption Kilograms. By Avoiding Cutting Down Trees.