Contents

MissionTo develop innovative technological solutions through continuous investment in R&D&I with the aim of providing more efficient production services, of contributing to raw materials diversification and of manufacturing new products and/or services.

Introduction

OverviewEffective management of research, industrial development and technological innovation are crucial to attract interest and respect from the financial community through a sustainable growth model and a constant investment in innovation.

Process optimization

New product/services

development

3IntrOductIOn

Services

the r&d division of Magtel develops a wide range of activities with an integrated approach, which results in the provision of a global research, development and innovation service.

ƟƟ Detection of technological needs.

ƟƟ Research of scientific environments.

ƟƟ Technological approach for the implementation of the project.

ƟƟ Preliminary technical and economic feasibility study.

ƟƟ Search for sources of finance within the Science-Technology-Business scheme.

ƟƟ R&D projects implementation.

ƟƟ Protection of results through registrations and patents.

ƟƟ Transfer of technology/results.

ƟƟ Technological services and solutions.

ƟƟ R&D turnkey projects.

ƟƟ Tax and strategic R&D consulting services.

4IntrOductIOn

Business Areas

Energy and Environment

Sustainable Construction, Transportation and Defense

ICT, Tourism and Leisure

Health and Social Welfare

5BuSIneSS AreAS

Work Methodology

1 2 3 4

Detection ofTECHNOLOGY NEEDSElaboration of proposals

BACKGROUND Analysis andTECHNOLOGY MONITORINGProcesses.

Technical and Economic feasibility studies.

Project definition. Search for sources of finance. Search for partners.

R&dprojectmanagement.

R&D protection. Disclosure procedures.

6WOrk MethOdOlOgy

Core Values

core Values

Benefit

Transversal

ƟƟ Service excellence

ƟƟ Flexibility

ƟƟ Lifelong learning

ƟƟ Constant innovation

ƟƟ Identification with the company

ƟƟ Positive attitude

ƟƟ Customer orientation

ƟƟ Organization

Specific

7cOre VAlueS

Business - University Collaboration

consolidation and long-term relationship.

collaboration strategy for

common interests and risks sharing.

Implementation of cooperation

agreements and bilateral

meetings.

transfer of equipment

and facilities.

1 2 3 4

8BuSIneSS - unIVerSIty cOllABOrAtIOn

R&D Initiatives

development of cyber-physical Augmented reality (Ar) system to support decision making in real time within industrial processes.

AF4 represents the ability to integrate data from different sources of information (SCADA, direct signals from the digital sensor technology and analog gauges readings from the production process, from the interaction between operators, from environment sensor signals, etc.) for its consumption through mobile devices for industrial use, with limited manual handling, allowing its display overprinted on the image of the environment, in real time and context.

Main features of the AF4 platformAF4 Architecture proposed

AF4

LEADER: FELGUERA TI PARTICIPANTS: MAGTEL · ICUBE RESEARCH ORGANIZATIONS: CTICCO-FUNDING ENTITIES: CDTI (INNTERCONECTA Call)

Interoperable (IOT y WOT)

Multi-device interaction

Physical security devices and

infrastructure

Intelligent data

analysis

Information in real time

Cybersecurity

ANALOGICALSENSORIC

Algoritmos de visión artificalComputer vision algorithms

SCADA DIGITALSENSORIC

PLATFORM AF4

AUGMENTED REALITY INTERFACE (responsive design)

Módulo deconexión IoT

Connectionmodule IoT

Análisis inteligente de datosIntelligent data analysis

Platform AF4

9r&d InItIAtIVeS

R&D Initiatives

Interactive digital School in the cloud

The objective of this project is to propose a system enabling the deployment of the "2.0 School" program, which consists of the implementation of ICT in schools. To achieve this goal, the R&D&I activity will be focused in the creation of an ICT system covering both the design of the communications infrastructure allowing the data flow among all elements of the system, and the configuration of a set of hardware and software components interacting with each other and serving as a learning support.

edin

COORDINATOR: MAGTEL CO-FUNDING ENTITIES: CTA · IDEA

Implementation of ICT in schools

Design of the communications infrastructure

Data flow between all the elements of the system

SoftwareHardware

2.0 SCHOOL

10r&d InItIAtIVeS

R&D Initiatives

Synthetic resins used as bracket material for racks of fiber optic cable in non-accessible sewage tunnels.

The main objective of this project focuses on the development of the formulation of a new type of specific resin for anchoring racks of fiber optic at the top of non-accessible urban waste sewage tunnels.

reS-SIn

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: CTAP CO-FUNDING ENTITIES: CTA · IDEA

11r&d InItIAtIVeS

R&D Initiatives

Augmented reality (Ar) application on hMd devices aimed at optimizing the work of field technicians in the agricultural and environmental sectors.

The product to be developed will be implemented on a HMD device whose functionalities will allow the field technician throughout the workday to collect and represent data, images and videos associated with the positioning, to represent in the cloud the available information, as well as to access to the representation of processing data generated from a remote computer. The HMD device will be supplied via Bluetooth technology or a Smartphone WiFi wireless technology in order to increase its coverage and GPS accuracy.

Agera

COORDINATOR: MAGTEL CO-FUNDING ENTITIES: CTA · IDEA

The device could besupplied via

Bluetooth or Wi-Fi

Its features allow the field

technician

Representation of data, images and videos associated with positioning

Representation of information in the cloud

Processing data representation generated from a remote computer

HMD: Head-Mounted Display

12r&d InItIAtIVeS

R&D Initiatives

Support platform for OSS/BSS Systems of Ftth telecommunications Operators based on Augmented reality geolocation and gIS tools

rA telecom

The overall objective of the project is the technological development of a platform for technical management, based on the latest research in Augmented Reality, GIS technologies, workflow processes, industrial organization and architecture of databases, allowing a significant improvement of the operational management within operation and maintenance processes of a telecommunications operator.

COORDINATOR: MAGTEL COLLABORATOR: ONSICOM RESEARCH ORGANIZATIONS: UNIVERSIDAD DE MÁLAGA · UNIVERSIDAD DE SEVILLA CO-FUNDING ENTITIES: CTA · CDTI

Block diagram of the RA Telecom Platform

OSS/BSS systems of the operator

Access system for customer

information

Assitance system for

plant building

Assitance system for installers provision

Corrective maintenance

system

Network monitoring

system

CUSTOMER INFORMATION NETWORK INVENTORY

PROVISION TO CLIENTS

13r&d InItIAtIVeS

R&D Initiatives

Automatic solar resource forecasting for photovoltaic systems

The project aims to deepen into the principles governing sustainable generation plants producing electricity from renewable energy with a primary focus on photovoltaic systems. Its objective is to obtain a methodology for forecasting the short-term production, which allows to manage in a more efficient manner photovoltaic plants and to develop a control and failure characterization system. The implementation of this methodology will result in the optimization of the work accomplished by the maintenance equipment in photovoltaic plants enabling a significant reduction of failures and breakdowns within the production process of photovoltaic plants.

PAreS

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE JAÉN CO-FUNDING ENTITIES: CTA · IDEA

Short term productionforecast Methodology

More efficient managementof photovoltaic plants

Development of a control andfailure characterization system

Photovoltaic Power Plant Control system

14r&d InItIAtIVeS

R&D Initiatives

gas leaks detection system in solar thermal power plants with parabolic trough technology

The project aims to provide a new and innovative solution for the prevention and detection of gas leaks in the solar thermal energy by developing a monitoring system . This system consists of gas sensors integrated in a new mechanical part and located in the absorption pipes, integrated in an efficient and economical wireless communication system and a centralized warning system capable of providing useful information for the identification and prevention of the consequences deriving from gas leaks.

It is an electronic system incorporated in the strategic locations of the facility transferring the heat HTF leaks in gaseous form and of reporting alarms by using a mesh network of sensors in order to communicate such circumstance to the control center.

ledeSy

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE SEVILLACO-FUNDING ENTITIES: CTA · IDEA

15r&d InItIAtIVeS

R&D Initiatives

Operation and Maintenance predictive Management System of solar thermal plants

SUNORACLE develops an integrated system for the con-trol and management of the operation and maintenace activities in a solar thermal plant, which incorporates an input control system of meteorological variables af-fecting decisively the production and decision making procedures within the exploitation phase strategy.

SunOrAcle

LEADER: MAGTEL PARTICIPANTS: SYNERMET RESEARCH ORGANIZATIONS: UNIVERSIDAD DE JAÉN CO-FUNDING ENTITIES: CTA · IDEA

Integratedmanagement and control system

Operations and maintenanceactivities

Solar ThermalPower Plant

The theoretical state of the plant is compared with the observed state in real time, identifying through this system the values differing significantly from the theorical value. These deviations will be defined as malfunctions of the facility. In this way, maintenance costs and losses caused by lack of electricity production are minimized, which results in a substantial improvement within the exploitation phase of this type of power plants.

16r&d InItIAtIVeS

R&D Initiatives

Occupational exposure to polycyclic aromatic hydrocarbons in solar thermal plants: early analysis

This project addresses the research on the consequences for the health of workers operating in solar thermal plants and being conitnuously exposed to polycyclic aromatic hydrocarbons within the development of their activity. The aim of the project is to achieve a better understanding of the real impact on the occupational health, as well as of its etiopathogenesis. This will allow the design of more effective strategies at both individual and collective levels. In this project, the latest scientific and technological advances necessary for the detemination and definition of molecules, which are capable of functioning as biomarkers of exposure to PAHs, will be considered, as well as its optimal clinical values, and the rationale and design required for launching a clinical, observational and prospective study.

heAlthcAre

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE CÓRDOBA · IMIBICCO-FUNDING ENTITIES: CTA

Solar Power Plant Employees

Study of the impact on healthof exposure to workplace

17r&d InItIAtIVeS

R&D Initiatives

Analysis system on-line quality htF in solar thermal plants

The project aims to develop a system for online analysis through spectrometry or other methods to monitor the quality of HTF, by taking samples from the exhaust pipe, the expansion tank and other parts of the ullage system in a solar thermal plant, and integrating new technologies and methodologies in the monitoring control procedure.

therMOtOOl

COORDINATOR: MAGTEL PARTICIPANTS: TSK RESEARCH ORGANIZATIONS: UNIVERSIDAD DE CÓRDOBA CO-FUNDING ENTITIES: CTA · CDTI

Monitoring of the HTF fluid quality

Solar Thermal Power Plant HTF

18r&d InItIAtIVeS

Biotechnological research and development on spills degradation of heat transfer fluid in solar thermal plants

The overall objective of the project is the cost reduction within the protocol of action against cases of soil contamination in HTF fluid spills. This cost reduction is intended to be based on the development of a methodology founded on techniques of environmental biotechnology, through which the contaminants are removed or transformed into harmless substances after being disabled when introduced into the metabolic pathways of bacteria present in the soil, after the introduction/ induction of the adequate cellular machinery.

htF BIOcleAn

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE CÓRDOBA CO-FUNDING ENTITIES: CTA · IDEA

R&D Initiatives

Solar ThermalPower Plant

Fluid spillHTFHTF Development of a methodology based on

techniques of environmental biotechnology

Contaminants are removed or transformed into harmless substances after being disabled (when introduced into the metabolic pathways of bacteria present in the soil)

19r&d InItIAtIVeS

R&D Initiatives

Intelligent on-time system for production, storage and PV energy management

PV On tIMe

Through PV ON TIME it is expected to achieve the experimental development of a new prototype based on an intelligent system of production, management, control and power storage ON TIME incorporating a sensor system network and advanced telecommunications, aimed at large photovoltaic plants of 30, 60, 90 MW and scalable to other plants of different power, at both national and international levels. This intelligent system will have the capacity to produce electricity in an ON TIME mode, from a quantitative point of view regarding the energy injection into the network, and qualitative in terms of sustainability, reliability, stability and security of the network.

LEADER: MAGTEL LEADER: IRRADIA ENERGÍA · GPTECH · SELMA RESEARCH ORGANIZATIONS: UNIVERSIDAD DE CÓRDOBA CO-FUNDING ENTITIES: CDTI (INNTERCONECTA Call) · SELMA

PhotovoltaicPower Plant

Controlsystem

ON TIME energy production

ON TIME management, control and energy storage

It incorporates a sensoric and telecommunications network

20r&d InItIAtIVeS

Module identification and

capturethermographic image

Desktop application forincidentdetection and alarm generation

3

transmission tothe base station

2

1

Radio

R&D Initiatives

robot for analysis of PV modules

The main objective of Sunwalker is to perform functional prototyping of an autonomous robotic support application for the maintenance photovoltaic solar plants aimed at detecting failures and anomalies in the photovoltaic modules that integrate these plants and based on thermographic analysis. Among the main innovations presented by the project, it can be highlighted the following:

ƟƟ Real-time processing of massively parallel embedded computer systems for detecting faults in photovoltaic modules.ƟƟ Synchronization algorithms and concurrency between GPS predefined path, the information captured by ultrasound sensors and the identification of the photovoltaic plate.ƟƟ Development of parallel algorithms for the recognition and identification of faulty plates through images captured with thermal sensors.

SunWAlker

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE CÓRDOBACO-FUNDING ENTITIES: CTA · CDTI

21r&d InItIAtIVeS

R&D Initiatives

A project conceived for the development of a real-time management system of incidents related to solar thermal and photovoltaic power plants

Main goals:KEPHRI aims to develop an integrated system based on thermal and/or thermographic sensors with a multiplatform, multipurpose and scalable configuration. As a result, from a commercial standpoint, a product is obtained, both at the device level and as a service, and marketed in a wide range of sectors, such as energy, agriculture, energy efficiency, etc.

Innovative elements:An integrated system is incorporated to a thermal and/or thermographic sensor with a configuration that enables interoperability, modularity, multipurpose layout, and linked to other devices of the highest quality.

kePhrI

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE CÓRDOBACO-FUNDING ENTITIES: CTA · CDTI

Interoperability

Multiplatform

Modular

Real Time

Multi purpose

Linking Devices

22r&d InItIAtIVeS

R&D Initiatives

Implantation of artificial vision techniques for the identification, recognition and monitoring of the Iberian lynx in the green corridor

GoalLYNX aims to develop a fully automated system of detec-tion, identification and tracking of specimens of Iberian Lynx based on artificial vision and able to send the infor-mation to a remote processing center.

Innovative elementsƟƟ Differentiation between species: process automation unique identification of Iberian lynxes.ƟƟ New images acquisition platform of protected species.ƟƟ Deployment of an infrastructure capture units dis-tributed in the natural environment.ƟƟ Communication system friendly to the environment.ƟƟ Remote control center and image analysis.

lynX

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE MÁLAGACO-FUNDING ENTITIES: CTA · CDTI

CAMERATRAPS

equipped with a sensor that

recognizes the set of visual

patternsof a lynx

TELECOMUNICATIONThe camera automatically sends the information toRemote Control and Analysis Center where, from comparingpatterns in the fur,lynx concrete specimenis identified

23r&d InItIAtIVeS

THERABOT includes the design and development of new technical solu-tions for automation and quantita-tive assessment of the therapy ap-plied to patients with spinal cord injuries and strokes.

Goals:ƟƟ Reduction of healthcare costs.ƟƟ Improvement of the efficiency in rehabilitation therapies.ƟƟ Increased productivity of medi-cal professionals.

CollaborativeRobots

SensorsBiomechanical Evaluation

Management platformevaluation and control• Automation of the therapy• Objective and automated

measurement of thetherapy performance

• Support to clinical decisionmaking procedures

Clinicalknowledge• Process• Sequence• Maneuvers• Maximum parameters and monitoring• Evolution target• ...

R&D Initiatives

Assisted maintenance therapy robot for patients with spinal cord injury and stroke

therABOt

LEADER: MAGTEL PARTICIPANTS: INDAGO · OSMLAB RESEARCH ORGANIZATIONS: IMIBIC · FUNDACIÓN RAMÓN RODRIGUEZ · OSM CO-FUNDING ENTITIES: CDTI (INNTERCONECTA Call)

24r&d InItIAtIVeS

System for Assistance, Monitoring and risk Self Assessment in persons in situation of dependence

The main goal is the application and development of new technical solutions for the assistance and re-mote monitoring of people in situations of depend-ency. Thus, ASIST-E aims to promote the autonomy of dependent persons through devices and servic-es that are not confined to the home environment.

Innovative elements: ƟƟ Continuous monitoring of vital signs.ƟƟ Transparent to the user.ƟƟ Mobility: Body Wearable Smart Sensors (SWS).ƟƟ Passive alarm generation.ƟƟ Intelligent alarm management.ƟƟ Vital data management.ƟƟ Detection of unhealthy habits and changes in the history.ƟƟ Orientation to prevention, salutogenesis and empowerment.

ASISt-e

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE MÁLAGACO-FUNDING ENTITIES: CTA

TRADITIONAL TELECARE ASIST-E

Wereable device

Mobilephone

Intelligent management

platform

Family

Medical services

Telecare services

Detector risks associatedwith activities of dailyliving and unhealthy habits

Wereabledevice

Secure andencrypted reception

Detectorcritical alarms

Generating alertsand notifications

Consultationand management

DatabaseusersMedical

history

R&D Initiatives

The project has had an incentive granted by CTA, fully subsidized by the Department of Economy, Innovation, Science and Employment of the Government of Andalusia and by the Ministry of Economy and Competitiveness of the Government of Spain.

25r&d InItIAtIVeS

R&D Initiatives

development and improvement of telecare service through the application of Information technology and communication

teleASIStencI@ tIc +

COORDINATOR: MAGTEL CO-FUNDING ENTITIES: JUNTA DE ANDALUCÍA (plan Emplea30)

RELATIVESSENIORS

Connectivityand SMS

alert

Teleasistenci@ Tic + is a free application (App) for phones that use Android operating system. The App of-fers a range of complementary offers a set of comple-mentary functionalities to the Telecare services, such as the SAT of the Andalusian Regional Government in the house of the user (fixed and wireless terminal), al-though the app is independent from this service.

The main screen of the app has seven buttons:

Teleasistenci@tic+ is an app (android) dedicated to the group of seniors

"NOTIFICATION" message sending to contacts."I'm OK" message sending to contacts. Access screen "Shower Mode". Access to the configuration screen of contacts. Access to the general configuration screen of the app parameters. "Back Home" mode activation. Phone call to the first contact in the contact list.

It offers a number of additional features to telecare services

26r&d InItIAtIVeS

R&D Initiatives

Smart management system of alarms and events in connection with a telecare service based on tIcs

teleASIStencI@ tIc ++

COORDINATOR: MAGTEL CO-FUNDING ENTITIES: JUNTA DE ANDALUCÍA (plan Emplea30)

The objective is to provide a tool for both the supervision of telecare service users, and the management of centers of active participation where dependent persons spend more time due to the wide offer of dinamization activities of these centers.

Three fundamental goals are pursued:

ƟƟ Efficient management of the alarm messages generated by users through the TELEASISTENCI@TIC+ application, providing the operator dealing with automated identification with the mobilized resources and the localization to which these must be transferred.

ƟƟ Serve as an active link between the senior participation centers and users themselves through management, reminder and monitoring of the various proposals to revitalize activities.

ƟƟ Efficiency optimization in the management of centers of Active Participation of Seniors.

Emergency care

Notice andsimulation activities

Managed alarms

Stimulation for participationin activities of senior centers

ONLINE MANAGEMENT PLATFORM

TELECARESERVICE

Alarm emission Registration in activities of senior centres

MANAGEMENT CENTERS ACTIVE PARTICIPATION

Consultations onactivities proposals Emergencyconsultations produced

27r&d InItIAtIVeS

R&D Initiatives

Augmented reality for gait training of patients with disorders in the motor system

terAPIAM

COORDINATOR: MAGTEL CO-FUNDING ENTITIES: JUNTA DE ANDALUCÍA (plan Emplea30)

TERAPIAM proposes the creation of a support system for gait training of people with dirsorders in the motor system based on techniques of augmented reality and motion capture system. The objective is to provide a tool for the consolidation of the learned mechanics enabling the patients, usually children or young people, to continue their therapy in a partially unattended manner.

Goals:ƟƟ Increased motivation, concentration and effort.ƟƟ The provision of a tool aiding the therapist within the objective assessment of the patient's evolution.

Playful experience based on Augmented Reality

Evaluation of therapy thanks to motion capture

Comparison with ideal patternsTOOLS OF

CONSOLIDATION OFMECHANICS LEARNED

PATIENT

28r&d InItIAtIVeS

Self-installing sinkable boxes for offshore wind farms

The goal of the project is the study of the design, construction, transport, anchoring and filling of self-installing sinkable boxes made of reinforced concrete for gravity based foundations in offshore wind farms.

cAPeMA

LEADER: DRAGADOS PARTICIPANTS: MAGTEL · FPS · PROESRESEARCH ORGANIZATIONS: CEDEX CO-FUNDING ENTITIES: CDTI

R&D Initiatives

29r&d InItIAtIVeS

R&D Initiatives

Analysis and evaluation of eco-concrete for the manufacturing of prefabricated concrete pavers from waste materials

The objective of ECO-CONCRETE is to assess the technical and enviromental feasibility of industrial concrete manufacturing from waste materials from construction and demolition with the aim of replacing the natural aggregate, as well as the use of biomass combustion residues for the replacement of cement within the industrial production of pavers and curbs.

Innovative elementsThe final product provides an innovative technological development within the construction sector vis-à-vis the already known technologies due to the following factors:

ƟƟ A new dosage of eco-concrete for prefabricated pavers incorporating two recycled residues (AR and CFB).ƟƟ Pavers with high CO

2 uptake capacity.

ƟƟ Pavers with low CO2

and greenhouse gases emissions during its production process.

ecO-cOncrete

Recycled acids

Bottom ash

Checking of thephysical-mechanicalcharacteristics and

durabilitySelection dosages

Grade ofsubstitution of

cement

Analysis of the carbonfootprint

Sustainability assessment

Gradeof substitution of

natural acids

Cheking the cobbles and curb

evaluation

LEADER: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE CÓRDOBA

30r&d InItIAtIVeS

R&D Initiatives

decFO

LEADER: CEPSA PARTICIPANTS: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD COMPLUTENSE DE MADRID · UNIVERSIDAD DE SEVILLA · CEDEX CO-FUNDING ENTITIES: CTA · CDTI

The main goal of the DECFO project is to ensure the early detection, through the use of fiber optic sensors, of possible hydrocarbon leaks and other contaminants in jetties. Early detection of these leaks enables as a result the rapid application of the existing action protocols for the control of the possible pollution of the marine environment and the subsequent minimisation of the impact of the spill effects.

detection of contaminants through fiber optic in sea surface

31r&d InItIAtIVeS

R&D Initiatives

development of an intelligent network to detect contaminants in sea surface

NETCON has a solid basis: the success of the previous project in this area, 'Detection of contaminants through fiber opctic in sea surface (DECFO)' represents the founding for meeting the challenges set by NETCON, an initiative that aims to go beyond the development of fiber-based sensors.

netcOn

LEADER: CEPSA PARTICIPANTS: MAGTEL · CEDEX RESEARCH ORGANIZATIONS: UNIVERSIDAD COMPLUTENSE DE MADRID · UNIVERSIDAD DE SEVILLA · CEDEX CO-FUNDING ENTITIES: CDTI

Smart and extensive sensor network able to give early warning of the presence of unwanted contaminants on the sea surface, as well as in loading and unloading maritime terminals for oil products and petrochemicals.

Natural disasters in the marine

environment:

Discharges Spills Leaks

Optical fiber

Sensors

32r&d InItIAtIVeS

R&D Initiatives

Monitoring of water quality

The main goal of this project focuses on developing a platform for on line and in real-time monitoring of the quality of river natural basins. The project will be based on new technologies, decision making support systems and real-time prediction systems based on mathematical models and multisensor technologies with special focus on emerging organic contaminants and microbiological parameters that have not been addressed so far.

MOnIcA

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD DE SEVILLA CO-FUNDING ENTITIES: CTA · IDEA

REAL-TIME MONITORING

Based on new technologies

Decision making support systems and real-time prediction systems

Multi-sensor technologies

QUALITY OF RIVER NATURAL BASINS

33r&d InItIAtIVeS

R&D Initiatives

development of a portable automatic measuring station for online quality monitoring of non-domestic wastewater in metropolitan lima

MONICA RESIDUAL aims to design and develop a wastewater quality control station, as well as to monitor the results by using a communication system and software.

MOnIcA reSIduAl

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: PONTIFICIA UNIVERSIDAD CATÓLICA DEL PERÚ CO-FUNDING ENTITIES: PNICP-INNÓVATE PERÚ

SOLARENERGY

MONITORINGSTATION

Wirelessly data sending

SENSORSARRENAGEMENT

Innovative elements:ƟƟ Functionality: This system does not require sampling or input replacement systems.ƟƟ Online measuring: Reduced access time to the information source.ƟƟ Automatic registration: Easy access to current and historical information as well as access to analysis and comparison.ƟƟ Energy autonomy: Renewable Power supply.

34r&d InItIAtIVeS

R&D Initiatives

Water quality monitoring station for eutrophication detection and recommendation of oxygenation and activated carbon treatments

DEUTRO seeks to develop a floating monitoring station for physical, chemical and biological parameters for the indirect detection of eutrophication and water quality, with solar PV energy, geolocalisation, satellite communication and real time data processing

INNOVATIVE ELEMENTS:

ƟƟ Functionality: This system does not require sampling or input replacement systems

ƟƟ Online Measuring: Reduced access time to the information source.

ƟƟ Automatic registration: Easy access to current and historical information as well as to analysis and comparison functions.

ƟƟ Energy autonomy: Renewable energy supply.

deutrO

COORDINATOR: MAGTEL RESEARCH ORGANIZATIONS: UNIVERSIDAD CATÓLICA SANTA MARÍA

Satelliteoperator

Internet SELMAheadquarters

Floating station

35r&d InItIAtIVeS

Technology Platforms

Magtel is present in the most important technology platforms in the country. knowledge transfer allows the company to stay ahead of technology.

Our main goal is to achieve scientific and technological progress in order to ensure competitiveness, sustain-ability and growth of the business through the alignment of the strat-egies of the different agents and the concentration of R&D efforts.

36technOlOgy PlAtFOrMS

Contact Information

David Díaz PulidoR&D Managing DirectorT: +34 957 429 060F: +34 957 429 061M: +34 689 877 327@: david.diaz@magtel.es

Francisco José Ruiz CuencaR&D Division- Area Manager of Sustainable Construction, Transportation and DefenseT: +34 957 429 060F: +34 957 429 061M: +34 676 686 849@: francisco.ruiz@magtel.es

José Ventura Zarza CortésR&D Division-Technical Coordinator R&D Division- Area Manager of ICT, Tourism and LeisureT: +34 957 429 060F: +34 957 429 061M: +34 673 187 798@: jose.zarza@magtel.es

Juan José Ferres SerranoR&D Division- Area Manager of Health and WelfareT: +34 957 429 060F: +34 957 429 061M: +34 686 870 755@: juan.ferres@magtel.es

Francisco López BanderasR&D Division- Area Manager of Energy and EnvironmentT: +34 957 429 060F: +34 957 429 061M: +34 682 131 779@: flopez@magtel.es

Rosa Rucano TayaR&D Division-Director of the Delegation of PeruT: +51 1 200 2100@: rosa.rucano@magtel.pe

37cOntAct InFOrMAtIOn