Energy Monitoring Solution (EMS)

Implement comprehensive energy metering solutions to monitor and optimize the consumption of key utilities such as steam, water, carbon dioxide, compressed air, and electricity. These solutions help reduce energy costs and ensure compliance with environmental regulations.

Energy Monitoring Solution (EMS)

Benefits

Cost Reduction: Energy savings of 5-15% typically observed, reducing operational costs.

Improved Efficiency: Enhanced transparency and control over energy flows lead to more efficient operations.

Compliance: The system meets regulatory requirements and supports sustainability initiatives.

Reliability: Robust and precise instruments ensure reliable data collection and monitoring.

Scalability: The solution is adaptable to various industries and can be customized to meet specific needs.

Hardware/Software

Flow Meters (e.g., Prowirl F 200): For measuring steam, T-mass thermal mass flowmeters for measuring compressed air, Promass coriolis for measuring fuel and Carbon dioxide and Promag electromagnetic flowmeter for water measuremnet

Pressure Sensors (e.g., Cerabar PMP51): For monitoring pressure in boilers and pipelines.

Temperature Sensors (e.g., TR10): For measuring temperature in heating and cooling systems.

Energy Calculators and electricity meters

Data Loggers (e.g., Memograph M): For logging and visualizing energy data. Software for visualization and data trending.

Assessment and Planning:
A thorough analysis of existing energy flows and potential areas of improvement.
Identification of key performance indicators (KPIs) to monitor energy usage.

Installation of Measurement Instruments:
Deployment of precise, high-quality measuring instruments to monitor energy flows in real-time.
Instruments include flow meters, pressure sensors, temperature sensors, and energy calculators, all designed to comply with ISO 50001 standards.

Data Logging and Visualization:
Use of advanced software solutions for data logging, visualization, and analysis.
The software offers features such as energy consumption tracking, efficiency assessment, cost analysis, and reporting.

System Integration:
Seamless integration of the energy management system into existing process control systems.
The system supports various communication protocols and can be accessed remotely for continuous monitoring.

Optimization and Continuous Improvement:
Continuous monitoring and analysis of energy usage data to identify further optimization opportunities.
Implementation of energy-saving measures such as reducing leaks, optimizing boiler efficiency, and utilizing waste heat recovery.

Wastewater Effluent Monitoring

Effective monitoring of wastewater effluent is essential for ensuring that power plants meet environmental regulations by preventing harmful contaminants from being released into the environment. This solution ensures that all effluent streams are accurately monitored for compliance with regulatory standards.

Boiler Feedwater Pump Protection

Protecting boiler feedwater pumps from dry running or cavitation ensures they operate reliably and efficiently, minimizing downtime.

Steam and Water Analysis System (SWAS) for Power Plants

The SWAS is designed to monitor the quality of water and steam in power plants, ensuring that they meet the required purity standards. This is crucial for preventing corrosion and scaling, which can damage turbines and boilers.