MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by Dr. Esko Juuso, University of Oulu
Probing the atmosphere - new radar & lidar technologies for remote sensing of...CLIC Innovation Ltd
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by Dr. Ari-Matti Harri, Finnish Meteorological Institute
Open data & crowdsourcing of environmental observations in MMEA CLIC Innovation Ltd
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by Senior Researcher Jari Silander, SYKE
Available data sources & Real-time data collectionCLEEN_Ltd
The amount of environmental data is increasing, and the data would be valuable to the society if they are delivered to the right processes at the right time. In the seminar, we show examples of available data, how they are produced and processed, and how the data can be used in new innovative applications.
This presentation is part of the Environmental Data for Applications Seminar held on the 23rd of September 2015. The seminar was organised by the MMEA (Measurement, Measuring and Environmental Assessment) research programme under the Cleen Ltd (SHOK). The presentations are based on the research results related to environmental data interoperability. The participants included key players and partners in the field of environmental monitoring in Finland.
More info at www.mmea.fi
The amount of environmental data is increasing, and the data would be valuable to the society if they are delivered to the right processes at the right time. In the seminar, we show examples of available data, how they are produced and processed, and how the data can be used in new innovative applications.
This presentation is part of the Environmental Data for Applications Seminar held on the 23rd of September 2015. The seminar was organised by the MMEA (Measurement, Measuring and Environmental Assessment) research programme under the Cleen Ltd (SHOK). The presentations are based on the research results related to environmental data interoperability. The participants included key players and partners in the field of environmental monitoring in Finland.
More info at www.mmea.fi
Why do we need new and improved on-line monitoring and data analyses in waste...CLIC Innovation Ltd
This document discusses the challenges of wastewater treatment and the need for improved online monitoring and data analysis. It provides examples of how real-time measurement and analysis could help optimize processes like influent treatment, activated sludge treatment, sludge drying, and overall process control. Reliable measurement of variables like solids content under varying conditions is important for efficient resource use. Advanced data processing may help operators better interpret measurements and control the plant in changing conditions. The goal is to meet stricter environmental requirements through more automated, knowledge-driven wastewater treatment.
The amount of environmental data is increasing, and the data would be valuable to the society if they are delivered to the right processes at the right time. In the seminar, we show examples of available data, how they are produced and processed, and how the data can be used in new innovative applications.
This presentation is part of the Environmental Data for Applications Seminar held on the 23rd of September 2015. The seminar was organised by the MMEA (Measurement, Measuring and Environmental Assessment) research programme under the Cleen Ltd (SHOK). The presentations are based on the research results related to environmental data interoperability. The participants included key players and partners in the field of environmental monitoring in Finland.
More info at www.mmea.fi
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by Researcher, Timo Korpela, Tampere University of Technology
Probing the atmosphere - new radar & lidar technologies for remote sensing of...CLIC Innovation Ltd
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by Dr. Ari-Matti Harri, Finnish Meteorological Institute
Open data & crowdsourcing of environmental observations in MMEA CLIC Innovation Ltd
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by Senior Researcher Jari Silander, SYKE
Available data sources & Real-time data collectionCLEEN_Ltd
The amount of environmental data is increasing, and the data would be valuable to the society if they are delivered to the right processes at the right time. In the seminar, we show examples of available data, how they are produced and processed, and how the data can be used in new innovative applications.
This presentation is part of the Environmental Data for Applications Seminar held on the 23rd of September 2015. The seminar was organised by the MMEA (Measurement, Measuring and Environmental Assessment) research programme under the Cleen Ltd (SHOK). The presentations are based on the research results related to environmental data interoperability. The participants included key players and partners in the field of environmental monitoring in Finland.
More info at www.mmea.fi
The amount of environmental data is increasing, and the data would be valuable to the society if they are delivered to the right processes at the right time. In the seminar, we show examples of available data, how they are produced and processed, and how the data can be used in new innovative applications.
This presentation is part of the Environmental Data for Applications Seminar held on the 23rd of September 2015. The seminar was organised by the MMEA (Measurement, Measuring and Environmental Assessment) research programme under the Cleen Ltd (SHOK). The presentations are based on the research results related to environmental data interoperability. The participants included key players and partners in the field of environmental monitoring in Finland.
More info at www.mmea.fi
Why do we need new and improved on-line monitoring and data analyses in waste...CLIC Innovation Ltd
This document discusses the challenges of wastewater treatment and the need for improved online monitoring and data analysis. It provides examples of how real-time measurement and analysis could help optimize processes like influent treatment, activated sludge treatment, sludge drying, and overall process control. Reliable measurement of variables like solids content under varying conditions is important for efficient resource use. Advanced data processing may help operators better interpret measurements and control the plant in changing conditions. The goal is to meet stricter environmental requirements through more automated, knowledge-driven wastewater treatment.
The amount of environmental data is increasing, and the data would be valuable to the society if they are delivered to the right processes at the right time. In the seminar, we show examples of available data, how they are produced and processed, and how the data can be used in new innovative applications.
This presentation is part of the Environmental Data for Applications Seminar held on the 23rd of September 2015. The seminar was organised by the MMEA (Measurement, Measuring and Environmental Assessment) research programme under the Cleen Ltd (SHOK). The presentations are based on the research results related to environmental data interoperability. The participants included key players and partners in the field of environmental monitoring in Finland.
More info at www.mmea.fi
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by Researcher, Timo Korpela, Tampere University of Technology
Valmet has over 200 years of industrial history and is a global leader in pulp, paper and energy industries. It provides process technology, automation solutions and services that help customers increase competitiveness. Valmet's wastewater applications include total solids transmitters, low solids measurements, sludge dewatering optimization tools, and automation systems. These solutions help customers reduce costs, increase capacity and process efficiency.
The document discusses control and optimization of wastewater treatment plants through monitoring and data analysis. It describes using measurements from various sensors and analyzing the data to create intelligent indicators and traffic light systems to monitor plant performance and detect faults. The data is also used for decision support, modeling subprocesses, and integrating process control and automation. The goal is to improve efficiency, performance, and environmental impact through real-time monitoring and optimization of wastewater treatment operations.
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by R&D Director Ville Niemelä, Dekati Ltd.
CEMIS is a joint research center focused on measurement and information systems. It develops online sensor technologies for monitoring various parameters in demanding conditions. Some key sensors discussed include ones for monitoring toxic metals in water, which can detect parameters like copper, lead and zinc at levels of parts per billion. CEMIS is working to commercialize an automated online water quality analyzer by the end of 2015. The presentation envisions future sensor networks being wireless, self-powered, and able to robustly monitor water quality in real-time through multi-sensing capabilities.
Novel Laser Anlyzers for Natural Gas Leaks DetectionNunzio Bonavita
This document discusses an innovative laser-based solution for natural gas leak detection. It introduces the MobileGuard system, a vehicle-mounted methane and ethane analyzer that uses tunable diode laser absorption spectroscopy (TDLAS) for mobile monitoring of gas distribution pipelines. The system can detect leaks from 150 meters away and map their locations. It is also introduced the μPortable analyzer for on-foot investigations of leak locations identified by MobileGuard. Both tools use off-axis integrated cavity output spectroscopy (OA-ICOS) which provides highly sensitive, selective, and calibration-free measurements. The system represents a significant improvement over traditional walk-based surveying and can survey areas more quickly and efficiently.
AquaMiner - Monitoring and modeling platform for water treatment applicationsCLIC Innovation Ltd
The document describes AQuaMiner, a monitoring and modeling platform developed by the Process Informatics research group at the University of Eastern Finland for water treatment applications. AQuaMiner integrates different data sources, such as process measurements, advanced measurements like flock image data, and laboratory data, into a single monitoring system. It also provides warnings and alarms. The platform enables more efficient use of measurements for monitoring wastewater quality online and supports decision making through predictive models and analytics of process history. AQuaMiner has been implemented at water treatment plants of various industries.
Fouling and contamination of sensors was studied in waste water applications. Tests were conducted at two waste water treatment plants to analyze fouling on different sensor surfaces and evaluate mitigation techniques. Ultrasound did not effectively reduce fouling and may have worsened it. Certain coatings and ultraviolet light showed promise in mitigating fouling on optical sensors. Further testing of photocatalytic coatings combined with UV light could provide an effective non-fouling solution for optical sensors in waste water applications.
About the potential of novel, alternative rain sensors, such as microwave links (MWL) used for telecommunication, crowd sensing, or cheap ubiquitous sensors.
This document discusses advances in laser spectroscopy technology called OA-ICOS and its applications. OA-ICOS combines high resolution spectroscopy with long optical path lengths using an optical cavity. This provides sensitivity down to parts-per-billion levels for multi-gas analysis. The document outlines OA-ICOS technology, its implementation in analyzers by ABB-LGR, and applications in industrial process control, environmental monitoring, and semiconductor manufacturing. Case studies show its use for trace gas analysis, leak detection, and quality control in industries including chemicals and petrochemicals.
This document describes a project to establish an integrated water monitoring system in Dublin Bay using multiple sensors and visual sensing technologies. The goals are to improve water quality monitoring, identify security threats and health hazards, and produce baseline water quality datasets. Sensors have been deployed at sites in Dublin Bay to continuously measure water parameters. Over 500,000 sensor measurements and 2.5 million images have been collected. Data analysis uses machine learning methods to detect events like turbidity increases and predict variables. The network has improved understanding of Dublin Bay, but challenges remain regarding coverage, biofouling, costs and translating data into actionable information.
The document discusses a canal network flow monitoring system (CNFMS) being developed as part of the ClimaAdapt project at the Water And Land Management Training and Research Institute (WALAMTARI) to monitor canal flows. The CNFMS uses sensors and software to automatically collect gauge readings with minimal human intervention, increasing accuracy and efficiency. Various sensor types are described, including ultrasonic, radar, and pressure sensors. Implementation of the CNFMS involves sensor development, software development, operation and maintenance of the system, and decision support tools to analyze and visualize the water level and flow data.
An Air Quality Monitoring System detects and measures the ambient/outdoor pollution by analyzing the air sample. It represents the pollution data as concentrations of different pollutants – whether it is dust particles or gases.
However, you might have come across two different terms in this aspect – Ambient Air Quality Monitoring System (AAQMS) and Continuous Air Quality Monitoring System (CAAQMS). Though both may sound the same, there’s a difference between these monitoring systems, depending upon the data usage, equipment cost, operating cost, system reliability, and ease of operation.
Applications-2014_en PES scotland NIVUSDavid White
An ultrasonic level measurement system was used to measure level in a pump well to control two pumps in an alternate duty assist mode. Levels were transmitted to the control system for pump switching at 2m and 4m, with maximum level reporting and dry run protection. The measurement system provided flexible pump control options and accounted for obstacles in the well.
This document describes the Observation Analysis Tool (OAT), a Python library and QGIS plugin developed as part of the FREEWAT project to enable time-series visualization, processing, and use in hydrological modeling. OAT handles time-series data import, analysis, and management to support model development, calibration, and post-processing of results. It provides methods for resampling, interpolation, quality assessment, filtering, and other processing of time-series data from various sources like monitoring networks. OAT outputs can be saved to the FREEWAT model database or exported for further use.
The document summarizes work being done for Task 7.02 of the Project SLOPE, which involves preparing demonstrators to assess the technical and economic feasibility of the proposed SLOPE timber harvesting system compared to current methods. Activities being defined for the demonstrators include forest inventory, harvest planning, harvest operations, and logistics/storage/sale. Data will be collected from pilot studies on time consumption, productivity, costs, and other metrics to enable comparison between the innovative SLOPE methods and conventional approaches. Flow charts are provided as an example of how work cycles will be documented for analysis.
Fractionated Space Systems: Decoupling Conflicting Requirements and Isolating...Alejandro Salado
This paper shows how fractionated space systems can be beneficial in some cases to reduce problem complexity. In particular, their physical architecture enables decoupling conflicting requirements and isolate requirement change propagation during system development.
DOI: http://dx.doi.org/10.2514/6.2013-5416
The document describes work done in Task 4.4 to optimize acoustic measurement protocols and develop prediction models for characterizing wood quality using stress wave tests, with the goals of determining two quality indices: an index (SW#1) relating stress wave velocity to overall log quality, and an index (SW#2) relating free vibration frequency to external log quality. Sensors were integrated with a forest harvester to measure stress waves and vibrations, and algorithms were developed to compute the quality indices from the acoustic data.
The document discusses OptiNimbus, a cloud-based stormwater management platform that uses sensors and controls to intelligently manage stormwater and improve water quality. It reduces combined sewer overflows, monitors infrastructure performance, alerts of maintenance needs, and maximizes the benefits of stormwater facilities through real-time control. OptiNimbus has been deployed in over 90 projects across various applications including combined sewer overflow control, sediment and water quality retrofits, and existing or new green and gray infrastructure. It provides cost savings through reduced capital and operating costs while helping utilities stay compliant with water quality regulations.
CTT 2.0 Carbon Track and Trace presentationDirk Ahlers
CTT 2.0 aims to monitor and understand city-level greenhouse gas emissions through emission inventories and real-time local measurements. This approach provides better accounting of emissions to prioritize mitigation projects. The program establishes repeatable processes for gap analysis, workflow analysis, and defining requirements to implement the GPC standard. Sensors are deployed in Trondheim and Vejle to monitor emissions alongside inventory data integrated into city planning. An ecosystem of partners supports scaling the approach through additional projects, proposals, and fundraising.
Water scope in water industry 4.0 2022Csaba Ilcsik
Water Industry 4.0 - WaterScope S2N developed for water industrial experts and water utilities. Data collection and wireless data transfer from sensors in the water distribution system to the server with real time monitoring and AI/BI aided analysis.
Valmet has over 200 years of industrial history and is a global leader in pulp, paper and energy industries. It provides process technology, automation solutions and services that help customers increase competitiveness. Valmet's wastewater applications include total solids transmitters, low solids measurements, sludge dewatering optimization tools, and automation systems. These solutions help customers reduce costs, increase capacity and process efficiency.
The document discusses control and optimization of wastewater treatment plants through monitoring and data analysis. It describes using measurements from various sensors and analyzing the data to create intelligent indicators and traffic light systems to monitor plant performance and detect faults. The data is also used for decision support, modeling subprocesses, and integrating process control and automation. The goal is to improve efficiency, performance, and environmental impact through real-time monitoring and optimization of wastewater treatment operations.
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by R&D Director Ville Niemelä, Dekati Ltd.
CEMIS is a joint research center focused on measurement and information systems. It develops online sensor technologies for monitoring various parameters in demanding conditions. Some key sensors discussed include ones for monitoring toxic metals in water, which can detect parameters like copper, lead and zinc at levels of parts per billion. CEMIS is working to commercialize an automated online water quality analyzer by the end of 2015. The presentation envisions future sensor networks being wireless, self-powered, and able to robustly monitor water quality in real-time through multi-sensing capabilities.
Novel Laser Anlyzers for Natural Gas Leaks DetectionNunzio Bonavita
This document discusses an innovative laser-based solution for natural gas leak detection. It introduces the MobileGuard system, a vehicle-mounted methane and ethane analyzer that uses tunable diode laser absorption spectroscopy (TDLAS) for mobile monitoring of gas distribution pipelines. The system can detect leaks from 150 meters away and map their locations. It is also introduced the μPortable analyzer for on-foot investigations of leak locations identified by MobileGuard. Both tools use off-axis integrated cavity output spectroscopy (OA-ICOS) which provides highly sensitive, selective, and calibration-free measurements. The system represents a significant improvement over traditional walk-based surveying and can survey areas more quickly and efficiently.
AquaMiner - Monitoring and modeling platform for water treatment applicationsCLIC Innovation Ltd
The document describes AQuaMiner, a monitoring and modeling platform developed by the Process Informatics research group at the University of Eastern Finland for water treatment applications. AQuaMiner integrates different data sources, such as process measurements, advanced measurements like flock image data, and laboratory data, into a single monitoring system. It also provides warnings and alarms. The platform enables more efficient use of measurements for monitoring wastewater quality online and supports decision making through predictive models and analytics of process history. AQuaMiner has been implemented at water treatment plants of various industries.
Fouling and contamination of sensors was studied in waste water applications. Tests were conducted at two waste water treatment plants to analyze fouling on different sensor surfaces and evaluate mitigation techniques. Ultrasound did not effectively reduce fouling and may have worsened it. Certain coatings and ultraviolet light showed promise in mitigating fouling on optical sensors. Further testing of photocatalytic coatings combined with UV light could provide an effective non-fouling solution for optical sensors in waste water applications.
About the potential of novel, alternative rain sensors, such as microwave links (MWL) used for telecommunication, crowd sensing, or cheap ubiquitous sensors.
This document discusses advances in laser spectroscopy technology called OA-ICOS and its applications. OA-ICOS combines high resolution spectroscopy with long optical path lengths using an optical cavity. This provides sensitivity down to parts-per-billion levels for multi-gas analysis. The document outlines OA-ICOS technology, its implementation in analyzers by ABB-LGR, and applications in industrial process control, environmental monitoring, and semiconductor manufacturing. Case studies show its use for trace gas analysis, leak detection, and quality control in industries including chemicals and petrochemicals.
This document describes a project to establish an integrated water monitoring system in Dublin Bay using multiple sensors and visual sensing technologies. The goals are to improve water quality monitoring, identify security threats and health hazards, and produce baseline water quality datasets. Sensors have been deployed at sites in Dublin Bay to continuously measure water parameters. Over 500,000 sensor measurements and 2.5 million images have been collected. Data analysis uses machine learning methods to detect events like turbidity increases and predict variables. The network has improved understanding of Dublin Bay, but challenges remain regarding coverage, biofouling, costs and translating data into actionable information.
The document discusses a canal network flow monitoring system (CNFMS) being developed as part of the ClimaAdapt project at the Water And Land Management Training and Research Institute (WALAMTARI) to monitor canal flows. The CNFMS uses sensors and software to automatically collect gauge readings with minimal human intervention, increasing accuracy and efficiency. Various sensor types are described, including ultrasonic, radar, and pressure sensors. Implementation of the CNFMS involves sensor development, software development, operation and maintenance of the system, and decision support tools to analyze and visualize the water level and flow data.
An Air Quality Monitoring System detects and measures the ambient/outdoor pollution by analyzing the air sample. It represents the pollution data as concentrations of different pollutants – whether it is dust particles or gases.
However, you might have come across two different terms in this aspect – Ambient Air Quality Monitoring System (AAQMS) and Continuous Air Quality Monitoring System (CAAQMS). Though both may sound the same, there’s a difference between these monitoring systems, depending upon the data usage, equipment cost, operating cost, system reliability, and ease of operation.
Applications-2014_en PES scotland NIVUSDavid White
An ultrasonic level measurement system was used to measure level in a pump well to control two pumps in an alternate duty assist mode. Levels were transmitted to the control system for pump switching at 2m and 4m, with maximum level reporting and dry run protection. The measurement system provided flexible pump control options and accounted for obstacles in the well.
This document describes the Observation Analysis Tool (OAT), a Python library and QGIS plugin developed as part of the FREEWAT project to enable time-series visualization, processing, and use in hydrological modeling. OAT handles time-series data import, analysis, and management to support model development, calibration, and post-processing of results. It provides methods for resampling, interpolation, quality assessment, filtering, and other processing of time-series data from various sources like monitoring networks. OAT outputs can be saved to the FREEWAT model database or exported for further use.
The document summarizes work being done for Task 7.02 of the Project SLOPE, which involves preparing demonstrators to assess the technical and economic feasibility of the proposed SLOPE timber harvesting system compared to current methods. Activities being defined for the demonstrators include forest inventory, harvest planning, harvest operations, and logistics/storage/sale. Data will be collected from pilot studies on time consumption, productivity, costs, and other metrics to enable comparison between the innovative SLOPE methods and conventional approaches. Flow charts are provided as an example of how work cycles will be documented for analysis.
Fractionated Space Systems: Decoupling Conflicting Requirements and Isolating...Alejandro Salado
This paper shows how fractionated space systems can be beneficial in some cases to reduce problem complexity. In particular, their physical architecture enables decoupling conflicting requirements and isolate requirement change propagation during system development.
DOI: http://dx.doi.org/10.2514/6.2013-5416
The document describes work done in Task 4.4 to optimize acoustic measurement protocols and develop prediction models for characterizing wood quality using stress wave tests, with the goals of determining two quality indices: an index (SW#1) relating stress wave velocity to overall log quality, and an index (SW#2) relating free vibration frequency to external log quality. Sensors were integrated with a forest harvester to measure stress waves and vibrations, and algorithms were developed to compute the quality indices from the acoustic data.
The document discusses OptiNimbus, a cloud-based stormwater management platform that uses sensors and controls to intelligently manage stormwater and improve water quality. It reduces combined sewer overflows, monitors infrastructure performance, alerts of maintenance needs, and maximizes the benefits of stormwater facilities through real-time control. OptiNimbus has been deployed in over 90 projects across various applications including combined sewer overflow control, sediment and water quality retrofits, and existing or new green and gray infrastructure. It provides cost savings through reduced capital and operating costs while helping utilities stay compliant with water quality regulations.
CTT 2.0 Carbon Track and Trace presentationDirk Ahlers
CTT 2.0 aims to monitor and understand city-level greenhouse gas emissions through emission inventories and real-time local measurements. This approach provides better accounting of emissions to prioritize mitigation projects. The program establishes repeatable processes for gap analysis, workflow analysis, and defining requirements to implement the GPC standard. Sensors are deployed in Trondheim and Vejle to monitor emissions alongside inventory data integrated into city planning. An ecosystem of partners supports scaling the approach through additional projects, proposals, and fundraising.
Water scope in water industry 4.0 2022Csaba Ilcsik
Water Industry 4.0 - WaterScope S2N developed for water industrial experts and water utilities. Data collection and wireless data transfer from sensors in the water distribution system to the server with real time monitoring and AI/BI aided analysis.
OSLO FIGHTS WATER LOSSES WITH A NEW LEAKAGE MANAGEMENT SYSTEMiQHub
Oslo is implementing a new state-of-the-art leakage management system to address its high non-revenue water levels of 35-50% in many areas. The system integrates multiple technologies like GIS, hydraulic modeling, smart metering, and noise loggers into a holistic management information system. This provides a dynamic overview of the water network's performance and transforms it into a smart water network. The system is helping Oslo improve leakage detection and prioritization, optimize pressure management, and track progress towards its goal of reducing non-revenue water to 25%.
This document outlines key performance indicators (KPIs) for leak detection systems and programs. It discusses defining metrics, KPIs, and performance targets to measure reliability, sensitivity, accuracy, and robustness of leak detection systems. It provides examples of both system-level KPIs that measure individual leak detection systems, as well as program-level KPIs that measure the overall leak detection program. Specific KPIs discussed include reliability (false alarms), sensitivity (ability to detect small leaks), accuracy (ability to locate leaks), and robustness (impact of leak detection systems on pipeline operations). The document emphasizes using KPIs to continuously improve leak detection programs and better meet regulatory requirements.
Meniscus Advanced Energy Analytics PlatformMike Everest
MAP delivers advanced energy management capabilities by giving users the ability to monitor the performance of their most energy-intensive processes in a building or site such as; pumping, refrigeration, ventilation. MAP can deliver the key metrics to identify process inefficiencies as well as modelling complex electricity tariffs, providing real-time energy metrics and much more. www.meniscus.co.uk
Mining System Logs to Learn Error Predictors, Universität Stuttgart, Stuttgar...Barbara Russo
Predicting system failures can be of great benefit to managers that get a better command over system performance.
Data that systems generate in the form of logs is a valuable source of information to predict system reliability. As such, there is an increasing demand of
tools to mine logs and provide accurate predictions. However, interpreting information in logs poses some challenges. This talk
presents how to effectively mining sequences of logs and provide correct predictions.
The approach integrates different machine learning techniques to control for data brittleness, provide accuracy of model selection and validation,
and increase robustness of classification results. We apply the proposed approach to log sequences of 25 different applications of a software system for
telemetry of cars
Quality refers to characteristics that fulfill customer requirements. It is measured by the presence or absence of attributes and defined as the total features and characteristics that satisfy needs. Quality benefits organizations by increasing satisfaction, reducing costs, improving utilization, and gaining goodwill. It is beneficial to society by ensuring food safety, proper manufacturing, reliable infrastructure, and accurate formulations, materials, software, and services. Statistical quality control uses tools like control charts to monitor processes and identify variation through sampling and charts. R software is commonly used with packages like qcc for creating and analyzing quality control charts through simulations. Performance is measured using metrics like average run length that evaluate how well charts detect shifts from normal process conditions.
This document provides an overview of a course on measurement and instrumentation. The course covers both theoretical and practical topics related to instrumentation. It includes 3 credits of theory lectures and 1 credit of laboratory work. Some key topics that will be covered in theory include measurement concepts, instrumentation components and systems, calibration, and measurement of variables like flow, pressure and temperature. The practical sessions will involve using equipment like multimeters, thermometers and Arduino for measurements and statistics. Students will also complete a project to develop a temperature measurement instrument using Arduino. Guidelines are provided around attendance, assignments, evaluations and conduct for the course.
EcoStruxure, IIoT-enabled architecture, delivering value in key segments.Schneider Electric
The document provides an overview of Schneider Electric's value propositions for key segments including water and wastewater, mining and metals, and food and beverage. It discusses the market trends in these industries and highlights how EcoStruxure solutions can help deliver operational excellence, develop the digital supply chain, and empower the next generation workforce. Specific areas that EcoStruxure addresses are highlighted such as smart manufacturing, smart facilities, smart food safety, and smart supply chain optimization. Partnerships and a focus on strategic accounts are emphasized as important for success.
Wout Last and Juanita Karreman gave a presentation on Hint, an engineering and IT services company specializing in metering and allocation solutions from engineering to billing. The presentation covered Hint's professionals, engineering and IT solutions, and maintenance and support services. Hint provides solutions for custody transfer metering, analyzer management, allocation measurements, and production and reservoir management to optimize accuracy and reduce costs.
Personalizing medical treatments based on ambient information: towards intero...Rémi Bastide
The document proposes a software architecture for interoperable ambient monitoring applications to enable predictive and personalized medicine. The architecture uses a publish-subscribe model with loosely coupled components that exchange data through a common communication bus. Sensors and other data sources act as publishers that provide ambient medical and behavioral data. Machine learning and complex event processing components act as subscribers and transformers to analyze the data and detect events or conditions. Semantic standards are used to ensure semantic interoperability between the components. The goal is to scale up ambient monitoring from clinical trials to sustainable home monitoring services tailored to individual patients.
This document summarizes eBay's approach to monitoring Java applications at scale in the cloud. eBay manages over 100 million active users, 2 billion photos, and processes over 80 petabytes of data daily across more than 1000 applications running on over 50,000 servers. To handle this scale, eBay uses open source and big data technologies like Hadoop to process over 150 terabytes of log data daily and collect 60,000 metrics per second. eBay's monitoring includes logs, metrics, alerts, and self-healing capabilities to maintain service quality in such a large, dynamic environment.
This document provides an overview of MEP 382: Design of Applied Measurement Systems course at the Faculty of Engineering. The course objectives are to enable students to specify, build, and use basic data acquisition systems to acquire and process laboratory or field data using LabVIEW. The course covers topics like signal conditioning, transduction, data acquisition, sensors, and instrumentation standards. It is taught by Drs. Maged Ghoneima and Mostafa Soliman with assistance from Eng. Ahmed Allam and Eng. Yehia Zakaria. Student performance will be evaluated through assignments, exams, projects, and class participation. The course aims to provide hands-on experience with measurement systems and encourage further study of underlying principles.
This document contains slides from a presentation on managing vendor issues in AMI design. It discusses the growing capabilities and stakeholders involved in metering technologies, from traditional meters to first generation smart meters. It emphasizes the importance of change management in AMI deployment to mitigate risks from new features, bugs, and constant improvements. Specifically, it recommends utilities take an active role in vendor qualification, certification testing, acceptance testing, and contract management to establish checks and balances as the industry rapidly advances metering technologies.
The goal of this presentation is to understand how to identify the greatest vendor-related risks for an AMI deployment, understand who the stakeholders are for an AMI roll out, and to review and discuss examples of risk mitigation.
This document describes how LogicaSoft uses Odoo to help customers manage Water Safety Plans according to ISO 15975-2 and WHO standards. Key features of the Odoo Water Safety Plan module include identifying hazards and risks for different types of water zones, evaluating initial and residual risks, defining and documenting control measures, and reporting on the plan, audits, and linked water sampling and analysis results. The module is part of LogicaSoft's quality management and operational excellence offerings implemented for manufacturing, utilities, and other customers.
This document provides information about a course on Instrumentation and Process Control taught at Acharya N.G. Ranga Agricultural University. The course aims to impart knowledge of instrumentation and process controls used in the food industry. It covers topics such as measurement principles and methods, different types of instruments, transducers, performance characteristics, and control systems. The course involves both theory lectures and practical exercises where students will learn to use and identify various instruments used in food industry operations.
The challenges of Analytical Data Management in R&DLaura Berry
Presented at the Global Pharma R&D Informatics Congress. To find out more, visit:
www.global-engage.com
Analytical data is at the heart of pharmaceutical research, yet many organisations struggle with the variety of different formats, instrument vendors, and search and retrieval of data. In this presentation, Hans de Bie from ACD/Labs discusses automated capture, exchange formats, integrity, and next generation management systems.
Similar to Intelligent analysers for control and optimization of wastewater treatment plants (20)
ARVI Thermal separation of valuable elements at power plant furnace condition...CLIC Innovation Ltd
Thermal separation of elements at power plant conditions was tested. Experiments were conducted using a 20 kW fluidized bed reactor to heat ash fractions to temperatures from 470-650C. Elements like lead, copper, and antimony were enriched in different ash fractions, with enrichment factors up to 12.3 for lead and 6.5 for antimony. Modeling predicted the behavior of lead and copper accurately but not antimony, suggesting other phenomena dominated. The results indicate potential for recovering valuable elements from ash through thermal separation in a hot cyclone.
WEEE (waste electrical and electronic equipment) is an increasingly important secondary source of metals as the production of electronics grows rapidly. Urban mining of metals from WEEE could provide a significant portion of global mine production for certain metals. Mobile phones and personal computers contain valuable metals like silver, gold, palladium, and copper. Simulation models have been developed to optimize the sorting and smelting processes for recovering these metals from WEEE. While copper is the main target due to its role in collecting other metals during smelting, losses still occur and further development is needed to improve recovery of valuable metals from e-waste.
ARVI The effect of product design on WEEE recycling - case mobile phones, Bac...CLIC Innovation Ltd
This document summarizes a presentation about the effect of product design on recycling mobile phones. It discusses that WEEE contains valuable and hazardous materials and its composition is complex and changing over time. The presentation examines how the design of regular versus sophisticated phones impacts liberation of printed circuit assemblies and dust generation during size reduction for recycling. Simpler, more modular designs with fewer connections between larger components liberate more circuit assemblies while generating less toxic dust. The presentation concludes with the insight that design features like modularity, connectivity, and component size can significantly influence recycling and material recovery outcomes.
ARVI Getting most out of the thermal drying of sewage sludge, DeviatkinCLIC Innovation Ltd
Getting most out of the thermal drying of sewage sludge to stay within planetary boundaries for the nitrogen cycle. The document summarizes a study on nitrogen release and recovery potential during thermal drying of sewage sludge. It finds that 50-65% of soluble nitrogen is released as ammonia during drying. This released nitrogen could be recovered through adsorption or absorption methods. Retrofitting drying and recovery systems at sewage treatment plants offers opportunities for nutrient recycling to produce nitrogen fertilizer and stay within planetary nitrogen boundaries. Further research is needed on technical feasibility, economic analysis, and environmental impacts of nitrogen recovery from sludge drying.
ARVI Recyclable materials as raw materials for composites, KärkiCLIC Innovation Ltd
This document discusses using recyclable materials as raw materials for composites. It presents two case studies: 1) using construction and demolition waste plastics to manufacture new composite products, and 2) using industrial waste streams like sewage sludge as raw materials for composites. The first case study developed recycled plastic blends and analyzed their mechanical properties. The second used separated primary sludge and studied the mechanical properties of composites made with the sludge and HDPE. Both studies found the recycled materials can be used successfully in composites with mechanical properties on par with traditional materials. The conclusion is these waste streams have potential applications in composite products.
ARVI Valorisation of Plastic Waste by Colour Removal, HärkkiCLIC Innovation Ltd
This document summarizes research into removing colorants from plastic waste to increase its value for recycling. It discusses how removing colorants can increase the price of recycled plastics by 15-40% by allowing it to be classified as higher quality raw material. The researchers tested dissolving colored polyethylene in solvents like dichlorobenzene to separate the plastic polymer from color pigments like titanium dioxide. This reduced the pigment content by 15% but left modest color removal. Further work is needed to fully optimize separation and recovery of decolored polymer while minimizing residual solvent issues.
ARVI Material flow analysis of plastic for Finland, SahimaaCLIC Innovation Ltd
The document summarizes a study that established Finland's national plastics budget for 2013 using material flow analysis. It investigated and quantified all plastic flows in and out of Finland that year. The study defined the plastic system boundaries, which included chemical industry, manufacturing, consumption, waste management, recycling, incineration, landfilling, and trade of primary and finished plastic products. It also characterized uncertainties in the data given limitations and multiple data sources of varying quality. The Finnish national plastic budget for 2013 is then presented, with contact information provided for further details.
ARVI Kiertotalous iiketoimintana: systeemisyyden haasteet ja mahdollisuudet, ...CLIC Innovation Ltd
The document discusses circular economy and waste management as business opportunities in a systemic context. It notes that waste is a valuable resource and the shift to circular economy is happening globally but at varying paces depending on location. Understanding complex systems is important as waste businesses operate within business ecosystems comprising various actors and mechanisms of influence. Case studies from Finland/Europe, Brazil, China and the US show differences in value creation and capture depending on the local context. Both drivers and barriers originate from cultural, political, technological and business ecosystem systems. A range of business opportunities are identified along the waste value chain. Adapting business models to changing value propositions, value creation processes and value capture methods will be important for companies to succeed in waste management and
ARVI Kilpailukykyä ja vientiä kiertotaloudesta, Hannu Lepomäki, Eera Waste Re...CLIC Innovation Ltd
1) Eera Waste Refining (EWR) is a Finnish company that develops waste management investment projects globally and co-invests in them with local partners to create new circular economy business opportunities.
2) EWR focuses on projects involving biomasses, waste-to-energy, and using solid recovered fuel in industries like cement production.
3) EWR currently has over 10 investment projects under development worth over 1 billion euros, located in countries like Oman, UAE, Colombia and Chile.
BEST: Implications of the upcoming EU energy policy package for the Bioenergy...CLIC Innovation Ltd
The document summarizes a presentation on the implications of the upcoming EU energy policy package for the bioenergy sector. It is noted that the EU proposal for biomass in the new Renewable Energy Directive, not yet public, would likely require sustainability criteria for biomass used for heat, power, and transport. A leaked draft of the directive suggests biomass would need to meet sustainability and greenhouse gas emission savings criteria. It is indicated that the implications for Finland's bioenergy sector could include added administrative burden for suppliers but no ineligibility of domestically produced biomass, and potential increased demand for combined heat and power plants.
BEST: Miten rakennetaan kestävää bioenergialiiketoimintaa? Risto SoukkaCLIC Innovation Ltd
This document contains links to 10 photos shared on Flickr under various Creative Commons licenses, allowing for non-commercial use and sharing with attribution in some cases. The photos cover a range of subjects from landscapes to people and were uploaded by different photographers.
Download the Latest OSHA 10 Answers PDF : oyetrade.comNarendra Jayas
Latest OSHA 10 Test Question and Answers PDF for Construction and General Industry Exam.
Download the full set of 390 MCQ type question and answers - https://www.oyetrade.com/OSHA-10-Answers-2021.php
To Help OSHA 10 trainees to pass their pre-test and post-test we have prepared set of 390 question and answers called OSHA 10 Answers in downloadable PDF format. The OSHA 10 Answers question bank is prepared by our in-house highly experienced safety professionals and trainers. The OSHA 10 Answers document consists of 390 MCQ type question and answers updated for year 2024 exams.
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Earth Day How has technology changed our life?
Thinkers/Inquiry • How has our ability to think and inquire helped to advance technology?
Vocabulary • Nature Deficit Disorder~ A condition that some people maintain is a spreading affliction especially affecting youth but also their adult counterparts, characterized by an excessive lack of familiarity with the outdoors and the natural world. • Precautionary Principle~ The approach whereby any possible risk associated with the introduction of a new technology is largely avoided, until a full understanding of its impact on health, environment and other areas is available.
What is technology? • Brainstorm a list of technology that you use everyday that your parents or grandparents did not have. • Compare your list with a partner.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
The modification of an existing product or the formulation of a new product to fill a newly identified market niche or customer need are both examples of product development. This study generally developed and conducted the formulation of aramang baked products enriched with malunggay conducted by the researchers. Specifically, it answered the acceptability level in terms of taste, texture, flavor, odor, and color also the overall acceptability of enriched aramang baked products. The study used the frequency distribution for evaluators to determine the acceptability of enriched aramang baked products enriched with malunggay. As per sensory evaluation conducted by the researchers, it was proven that aramang baked products enriched with malunggay was acceptable in terms of Odor, Taste, Flavor, Color, and Texture. Based on the results of sensory evaluation of enriched aramang baked products proven that three (3) treatments were all highly acceptable in terms of variable Odor, Taste, Flavor, Color and Textures conducted by the researchers.
Intelligent analysers for control and optimization of wastewater treatment plants
1. MMEA Final Seminar
Helsinki 26 November 2015
Intelligent Analysers for Control
and Optimisation of Wastewater
Treatment Plants
Esko Juuso
Control Engineering Group, Faculty of Technology
University of Oulu, Finland
2. MMEA Final Seminar
Helsinki 26 November 2015
Measurements Applications
• Basis: Measurements
– Microwave, image analysis, LED, ...
– Sampling, dilution, cleaning, uncertainty
– Towards online and process
• Pipelined data analysis
– Scaling functions, recursive updates
• Intelligent analysers (soft sensors)
Decision support & operating conditions
Modelling with specific submodels
• Integration to automation & risk analysis
• Smart services
0 10 20 30 40 50 60 70 80 90 100
-2
-1.5
-1
-0.5
0
0.5
1
1.5
2
Suspendedsolids
Measured
k-fold cv
3. MMEA Final Seminar
Helsinki 26 November 2015
Monitoring and control
• Image analysis of floc morphology
• Data analysis: nonlinear scaling indices, limits
• Intelligent indicators
– Scaled values [-2, 2]
– Trend indices
• Plant performance: long windows
• Control + DSS: short windows
• Traffic lights
– Levels &Trends
• Cases: wastewater treatment (WWT) plants
– Pulp mill WWT (Stora Enso, Oulu)
– Municipal WWT (HSY),
• Automation systems Online (Valmet)
UEF
5. MMEA Final Seminar
Helsinki 26 November 2015
• A generalised norm
• Special cases. Min ... Max
– p=1, Arithmetic mean
– p=2, Standard deviation, rms value
• Variable specific Pipelined analysis
• Recursive updates
Data analysis: generalised norms
p is a real numberSeparately for each variable x j
6. MMEA Final Seminar
Helsinki 26 November 2015
Generalised moments Limits
• Skewness (k=3)
– Positive
– Symmetric
– Negative
• Generalised moment
03
03
03
k
X
k
p
p
k
MXE
)(
Define orders p for central values
- Linguistic levels
translated into numbers
- Levels represented by
natural language
Levels of adaptation
with time:
- Recalculate norms
- Update orders of the
norms
Scaled values [-2, 2]
7. MMEA Final Seminar
Helsinki 26 November 2015
Shortage of nutrients
Too much nutrients
High oxygen
Low oxygen
High temperature
Low temperature
High flow
Low flow
Very good
Low reduction
Settling problems
Very good
Warnings
Process states & Limits Traffic lights
All variables with
scaled values [-2, 2]
8. MMEA Final Seminar
Helsinki 26 November 2015
Trends calculated from scaled values [-2, 2]
k
nki
j
L
k
nki
j
S
T
j
LS
kX
n
kX
n
kI )(
1
1
)(
1
1
)(
Change of trend index
Trend index
9. MMEA Final Seminar
Helsinki 26 November 2015
Trends in treatment results Traffic lights
Low
reduction
Settling
problems
Very good
Very good
10. MMEA Final Seminar
Helsinki 26 November 2015
Dynamic models
Water treatment
Fuzzy LE blocks
BioMass
Load
- Load
- Nutrients
- Oxygen
- Temperature
Condition of
the biomass
All variables with
scaled values [-2, 2]
11. MMEA Final Seminar
Helsinki 26 November 2015
Measurements Automation
Risk Management
Measurements
Intelligent
analysers
Risk
Management
Environment
Weather
Hydrological forecasts
Processes
Data processing chain
• Data quality
• Uncertainty handling
• Anomaly detection
Open data (weather)
12. MMEA Final Seminar
Helsinki 26 November 2015
Wastewater Treatment
Control
Decision making
Control
Decision making
Process control
Decision making
Modelling
Risk identification
Risk analysis
High-level control
Diagnostics
Performance analysis
Enviromental measurements
Adaptation
Intelligent analyser
(Software sensor)
Intelligent analyser
(Software sensor)
Intelligent analyser
(Software sensor)
Measurement
technology
Process
Measurements
Modelling
Open data
Data Management
- Data Sources
- Processing
- Testbed
Weather observations &
forecasting
Quality control & anomaly
detections
Data operator & data sources
EE Services
Concepts
Monitoring and management framework
for early risk management
EE Management
- Monitoring methods
- Decision Support
Environmental management
Monitoring methods and tools
Decision support systems
Remote Sensing
- Radar
- Lidar
- Airborne
Measurements
•- Solution studies
•- High performance
• on-line monitoring Fouling and
contamination
Wastewater
measurements
Atmospheric boundary
layer sensing with radar,
lidar & airborne
instruments
Low-cost sensors in
water analytics
Probabilistic nowcasting
Process insight, weather, water balance
Intelligent analysers: traffic lights, trends
New measurements
Global
markets
Situation awareness
13. MMEA Final Seminar
Helsinki 26 November 2015
Smart Applications in Industrial Internet
Thing
Thing
Thing
Act!
Store,
analyse,
refine,
etc.
Local integrated applications!
Utilise!
Local processing
Efficient local use
Less data transfer
Digitalisation & Clouds
Things
Services
Control
Decision making
Control
Decision making
Process control
Decision making
Modelling
Risk identification
Risk analysis
High-level control
Diagnostics
Performance analysis
Enviromental measurementsAdaptation
Intelligent analyser
(Software sensor)
Intelligent analyser
(Software sensor)
Intelligent analyser
(Software sensor)
Measurement
technology
Process
Measurements
Modelling
Open data
GSPC & Trends
I2oS3IoT
Experts
14. MMEA Final Seminar
Helsinki 26 November 2015
Conclusions
• Measurements real-time use
– Sampling Laboratory analysis (uncertainty)
• Compact solutions for intelligent analysers
• Combine measurements + trend analysis + GSPC
• Monitoring Control & Optimisation
• Forecasting + Risk identification
• Situation awareness
• Smart services
Environment
WWTP
Active sludge
Open data
Participatory
observations