Energy Monitoring Module
DEC.EMM™
The revision of the European Energy Efficiency Directive (Energy Efficiency Directive, known as EED III), included within the framework of European industrial decarbonization policies, is redefining the operating parameters for the manufacturing sector. It is no longer just a matter of limiting emissions of Volatile Organic Compounds (VOC) into the atmosphere, but of transforming every plant into a model of optimized and monitorable energy management.
In this scenario, Air Pollution Control (APC) technologies for VOC emission control, such as solvent recovery units (SRU) and regenerative thermal oxidizers (RTO), evolve from simple cost centers into strategic assets for achieving energy efficiency, sustainability, and process decarbonization goals.
The energy reporting challenge
One of the main obstacles for Customers is the translation of technical performance into transparent economic and environmental data. The EED III directive requires rigorous energy reporting, pushing companies toward deep digitalization of processes. This approach is in total synergy with the ISO 50001 standard (Energy management systems), which requires organizations to establish the systems and processes necessary to improve energy management. The question every Customer asks today is fundamental: "what specific energy consumption is associated with the abatement of each kg of VOC?".
DEC.EMM™ • energy monitoring, diagnostics, and EEC support
To meet this need, DEC (Dynamic Environmental Corporation) has developed the Energy Monitoring Module (DEC.EMM™). This tool is designed specifically to record and present the operating data of APC systems in an analytical and intuitive way, providing the objective basis necessary to meet the requirements of ISO 50001.
The monitoring provided by the DEC.EMM™ module constitutes one of the enabling elements for access to White Certificates (Energy Efficiency Certificates – EEC). The reporting of energy savings is based on the principles of the ISO 50006 standard, allowing the definition of specific energy performance indicators (EnPI), such as energy consumption per kg of VOC treated or abated, in addition to the definition of energy baselines (EnB).
This continuous monitoring of energy savings allows for the construction of a preliminary database aimed at sharing with certification bodies and energy consultants, for subsequent validation according to local rules, in accordance with the ISO 50015 standard, aimed at obtaining TEEs.
DEC.EEM™ • operational diagnostics and predictive maintenance
In addition to energy monitoring, the DEC.EMM™ module performs an advanced operational diagnostic function. The system can compare current performance with historical data, analyzing deviations recorded in the presence of equivalent production conditions.
If the module detects an abnormal increase in energy consumption against an unchanged pollutant load, the deviation is reported to the operators, allowing for a monitoring intervention aimed at restoring optimal operating conditions.
Digital Integration: DEC.AIP™ and DEC.CFM™
To further raise the level of efficiency and support the decarbonization strategy, the DEC.EMM™ system can be interfaced with advanced data management platforms:
Technological flexibility: DEC.RBC™ and DEC.HSU™
Energy efficiency also involves the correct selection and configuration of the VOC emission treatment process. DEC.RBC™ (Rotary Bed Concentrators) systems play a key role in this area, thanks to their application versatility:
For more complex flows, the DEC.HSU™ (Hybrid Sorption Units) process combines different adsorption technologies to maximize abatement yield and thermal recovery, offering a hybrid solution that perfectly meets the requirements of EED III.
Optimization through Retrofitting: the UltraLoop™ (DEC.ULP™) family
For production sites that already have existing plants, the integration of processes from the DEC.ULP™ (UltraLoop™) family represents a cutting edge technological solution for energy revamping. DEC.ULP™ technology includes specialized processes such as THR™ (Thermal Heat Recovery) and WHR™ (Waste Heat Recovery), dedicated respectively to the recovery of thermal heat and residual heat. The integration of these modules allows for the transformation of an "old" abatement system into a high performance unit, reducing consumption without the need for a full replacement of the plant.
DEC.EMM™ • a dynamic investment for decarbonization
The integration of advanced monitoring systems, AI platforms, and carbon footprint management tools ensures that the investment in emission control systems (APC) is not a static cost. The ability to generate carbon footprint reporting and indicators usable in the context of ISO 50001, 50006, and 50015 facilitates passing audits, access to incentives, and ensures full adherence to the EED III directive.
The data transparency provided by DEC.EMM™ allows Customers to prepare accurate and verifiable reports, demonstrating to stakeholders a concrete commitment toward decarbonization, industrial sustainability, and the ecological transition.
Contact DEC!
For more information on DEC's VOC sustainable emission control solutions, interfaced with DEC.EEM™ • Energy Monitoring Module, please contact DEC.
