Annual Report2018
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Barreiros Simca Peugeot: Evolución De Sus Motorizaciones
Barreiros Simca Peugeot: Evolución de sus motorizaciones Scott Hebrón 1º edición Introducción Existen algunas preguntas a las que muchos aficionados y conductores querrían encontrar una respuesta firme referente a las mecánicas Barreiros Simca Peugeot. ¿Compartían algo de mecánica o motorización los motores entre ellos? ¿Pervivió Barreiros hasta la extinción de los motores Simca, a principios de los 90? ¿Se continuaron fabricando motores de inspiración Simca o Barreiros tras la desaparición de estas marcas? Mucho se ha escrito y divulgado al respecto, a veces con opiniones contrarias, sin embargo lo que se trata de buscar es una respuesta objetiva, contrastada, suficientemente documentada, a ese tipo de preguntas y similares. ¿Por qué es importante esto? Por varias razones: principalmente, por la pervivencia en la mente automovilística de un imperio español con extraordinaria calidad y calado. Asimismo, por la huella en el tiempo que habría dejado palpable la 1 estupenda calidad, tanto mecánica como de construcción y diseño, de unos motores legendarios ya en la época en la que se construyeron. Barreiros nació en 1945 con BECOSA (Barreiros Empresa Constructora, S.A.) y concluyó su actividad automovilística en 1969 cuando Chrysler la absorve totalmente. La americana Chrysler ya había comprado en 1967, dentro de su política de expansión europea, la francesa Simca y la inglesa Rootes. En 1978 Chrysler Europe vende todas sus filiales a la francesa Peugeot, recreando ésta, poco tiempo después, la marca Talbot para unificarlas. Este entramado de fechas y marcas es esencial conocerlo para entender el dispar movimiento de versiones y tecnología que se movió entre tan variadas marcas por esas fechas. -
Luca De Meo Is Awarded Executive of the Year by Autorevista
27th edition of the awards Luca de Meo is awarded Executive of the Year by AutoRevista / The President of SEAT, distinguished for “his leadership in the company’s latest achievements” / The publication has been giving this prize since 1991 to personalities with an outstanding career in the automotive sector Madrid, 24/11/2017. - SEAT President Luca de Meo has been distinguished as Executive of the Year in the Vehicle Manufacturer category by AutoRevista, the leading trade publication in information about the car industry in Spain. The prize was presented at the 27th edition of the AutoRevista Directors of the Year Awards, organised by the magazine in Madrid. This is a new recognition for Luca de Meo’s leadership in guiding SEAT following the prizes given by Automotive News Europe and Bocconi University for CEO and Alumnus of the Year, respectively. As highlighted by AutoRevista, awarding the prize to Luca de Meo responds to “a splendid moment, underpinned by the achievement of the best results in the history of SEAT. With Luca de Meo at the helm, Martorell has launched a new generation Ibiza, which is now joined by the Arona, while progress continues on accommodating the Audi A1, which will be arriving in 2018”. AutoRevista also underscored that “beyond the Iberian Peninsula, SEAT is leading the Volkswagen Group’s project in Algeria and will then see production of the largest vehicle in its range produced next year in Wolfsburg. Luca de Meo knows how to extract maximum value from SEAT both in terms of the product range and industrial aspects”. -
Assesment of the Social Summit for Climate Possible Learnings for Future Events
ASSESMENT OF THE SOCIAL SUMMIT FOR CLIMATE POSSIBLE LEARNINGS FOR FUTURE EVENTS Report: Javier de la Casa & Samuel Sosa-Martínez Traduction: Camino Villanueva & Javier Gonzalez (Traductores en Acción) ECOLOGISTAS EN ACCIÓN C/ Marques de Leganés 12, 28004 Madrid TEL. 915312739 FAX. 915312611 www.ecologistasenacción.org Contact us: [email protected] April 2020 CONTENT PROLOGUE 4 CONTEXT OF THE COP25 (CHILE-MADRID) 5 CALL FOR THE SOCIAL SUMMIT FOR CLIMATE 6 ORGANISATION 8 TASK FORCES AND DECISION MAKING 8 INTERNATIONAL COORDINATION 10 FUNDING 11 ACTIVITIES OF THE SOCIAL SUMMIT FOR CLIMATE 12 SPACES AND ACTIVITIES 12 PROTEST 13 PARALLEL ACTIONS 14 SURVEY ON THE SOCIAL SUMMIT FOR CLIMATE 14 INTRODUCTION AND METHODOLOGY 14 RESULTS OF THE INDIVIDUAL EVALUATION 15 RESULTS OF THE GROUPS’ EVALUATION 22 LESSONS LEARNED 26 FINAL CONSIDERATIONS 27 ACKNOWLEDGEMENTS 28 ADDITIONAL RESOURCES 28 ANNEXES 31 3 PROLOGUE We have brought our message of environmental protection and social justice to this process for years. We have shown our solutions and we now wonder: are they really listening to us? Taily Terena, Continental Network of Indigenous Women of the Americas (ECMIA) and the Terena nation of Brazil The purpose of this document is to evaluate the Social Summit for Climate (hereinafter know as the SSC), an event created by the civil society in the form of internationally-coordi- nated social movements in response to the COP25 Chile-Madrid. The goal of this evaluation is to provide strategic support for the formation of similar movements. For this reason, it includes a description of the activities that took place under the SSC and its organisational model. -
Descargar Catálogo Completo
Catálogo de Proveedores Introducción Este catálogo recoge las principales capacidades industriales y las innovaciones de producto y proceso más recientes de las empresas proveedoras del Sector de Automoción de Galicia. En el marco del Tercer Plan Estratégico para la Mejora Competitiva del Sector de Automoción de Galicia, P3CA 2025, surge la importancia de promocionar al sector de componentes y servicios de la comunidad gallega. A través de este documento, constantemente actualizado, se refleja la existencia de una red de empresas que ya suministran piezas, desde Galicia, a los principales constructores de automóviles de todo el mundo. El Sector de Automoción de Galicia es uno de los pilares fundamentales de la economía gallega y cuenta con una industria de componentes con un alto nivel de internacionalización, que exporta cada año más de 1.500 millones de euros a mercados exteriores. Además, más de 100 del total de empresas de CEAGA ya exportan sus productos o prestan sus servicios en el extranjero. Con el apoyo de la Xunta de Galicia, el Cluster de Empresas de Automoción de Galicia (CEAGA) fue fundado en 1997 por 37 empresas fabricantes de componentes de automoción, con el fin de desarrollar proyectos de carácter cooperativo orientados a la mejora competitiva. En noviembre de 2006 se creó la Fundación CEAGA, con el objetivo principal de “situar al Sector de Automoción de Galicia en una posición de liderazgo competitivo y sostenible en Europa en el Horizonte 2025, contribuyendo al progreso y a la calidad de vida de Galicia”. Actualmente CEAGA agrupa a la totalidad de empresas gallegas del sector industrial de automoción: más de 130 empresas proveedoras, el Centro de Vigo de Groupe PSA y el Centro Tecnológico de Automoción de Galicia (CTAG). -
2021-06-22 Totalenergies Renews Its Global Partnership With
TotalEnergies renews its global partnership with Peugeot, Citroën, DS Automobiles and extends it to Opel and Vauxhall Paris, June 22, 2021 - TotalEnergies and Stellantis announce the renewal of their partnership for the next five years for the Peugeot, Citroën and DS Automobiles brands. The two Groups are also opening a new chapter with its expansion to include Opel and Vauxhall. These global cooperation agreements now cover five core areas: • Increased collaboration in Research & Development, with common R&D objectives in terms of sustainable development and innovation, particularly in new forms of mobility, low-carbon or bio-sourced fuels, lubricants and fluids specially optimized for new electrified engines and their components, including batteries. • “First-fill” lubricants, with the supply of lubricants by TotalEnergies for vehicles produced in the factories of the five Stellantis Group brands concerned throughout the world. • Exclusive recommendation of Quartz lubricants in the after-sales and maintenance networks of the Peugeot, Citroën, DS Automobiles, Opel and Vauxhall brands. Approved repair specialists have access to TotalEnergies' high-tech motor oils, specifically developed for the engines of these five brands of vehicles, guaranteeing performance, reliability and fuel savings. • Automobile competition, with technical and sporting cooperation which will henceforth focus exclusively on the various electric and hybrid programmes launched by the brands: o Peugeot's return to the 24 Hours of Le Mans and the FIA-World Endurance Championship in the Hypercar category for hybrid prototypes, with the design of batteries resulting from the collaboration between Peugeot Sport and TotalEnergies, through its subsidiary SAFT, as well as the development of specific fluids. -
Optimizing Resource Utilization in Distributed Computing Systems For
THESE` DE DOCTORAT DE L’ETABLISSEMENT´ UNIVERSITE´ BOURGOGNE FRANCHE-COMTE´ PREPAR´ EE´ A` L’UNIVERSITE´ DE FRANCHE-COMTE´ Ecole´ doctorale n°37 Sciences Pour l’Ingenieur´ et Microtechniques Doctorat d’Informatique par ANTHONY NASSAR Optimizing Resource Utilization in Distributed Computing Systems for Automotive Applications Optimisation de l’utilisation des ressources dans les systemes` informatiques distribues´ pour les applications automobiles These` present´ ee´ et soutenue publiquement le 04-02-2021 a` Belfort, devant le Jury compose´ de : MR CERIN CHRISTOPHE Professeur a` l’Universite´ Sorbonne Paris Nord President´ MR CHBEIR RICHARD Professeur a` l’Universite´ de Pau et des Pays de l’Adour Rapporteur MME BENBERNOU SALIMA Professeur a` l’Universite´ Paris-Descartes Rapporteur MR MOSTEFAOUI AHMED Maˆıtre de conferences´ a` l’Universite´ de Franche-Comte´ Directeur de these` MR DESSABLES FRANC¸ OIS Ingenieur´ chez Groupe PSA Codirecteur de these` DOCTORAL THESIS OF THE UNIVERSITY BOURGOGNE FRANCHE-COMTE´ INSTITUTION PREPARED AT UNIVERSITE´ DE FRANCHE-COMTE´ Doctoral school n°37 Engineering Sciences and Microtechnologies Computer Science Doctorate by ANTHONY NASSAR Optimizing Resource Utilization in Distributed Computing Systems for Automotive Applications Optimisation de l’utilisation des ressources dans les systemes` informatiques distribues´ pour les applications automobiles Thesis presented and publicly defended in Belfort, on 04-02-2021 Composition of the Jury : CERIN CHRISTOPHE Professor at Universite´ Sorbonne Paris Nord President -
Environment Protection Engineering REVIEW of the ENVIRONMENTAL IMPACT ASSESSMENT PROCESS of WASTEWATER TREATMENT PLANTS in SPAIN
Environment Protection Engineering Vol. 44 2018 No. 4 DOI: 10.37190/epe180402 JOSE LUIS FUENTES-BARGUES1 REVIEW OF THE ENVIRONMENTAL IMPACT ASSESSMENT PROCESS OF WASTEWATER TREATMENT PLANTS IN SPAIN The environmental impact over natural water systems, both marine and land, of the sewage is minimized with the treatment at Wastewater Treatment Plants (WWTPs), but these facilities also gen- erate environmental impacts during the construction period and during the operation period. A review of the environmental impact assessment (EIA) process of WWTPs in Spain through the analysis of records of decision (RODs) between 2000 and 2016 has been performed in this work. The major envi- ronmental impacts during the construction period are noise, land use and disturbance of the air and water’s quality. During the operation period, the major environmental impacts are noise, odors from the depuration process and the visual impact of the facilities. About the EIA process, results show the processing time is too long, scoping phase has a success rate about 57.2% and regional public admin- istrations are the most participative, both at scoping phase and at public participation phase. In general, public participation during period of exhibition is very low, in twelve of the RODs nobody submitted any report. The role of environmental project manager and the work environmental journal must be strengthened. 1. INTRODUCTION Population growth, industrialization, agricultural practices and urbanization in- crease the water demand and thus the quantity of wastewater generated. The discharge of wastewater without any treatment process or the direct irrigation in landfills, cause environmental pollution and health problems [1]. -
Manifeste Européen
Appel aux organisations sociales, aux scientifiques, aux chercheurs et aux experts pour signer le «Manifeste Européen» pour soutenir une Initiative Citoyenne Européenne (ICE) pour une règlementation de l’exposition aux champs électromagnétiques (CEM) protégeant réellement la santé publique Sur la base des préoccupations des citoyens sur les champs électromagnétiques, telles que celles contenues dans l'Eurobaromètre spécial 347, et des avertissements de la communauté scientifique, diverses associations de citoyens de différents pays européens ont élaboré en 2013 un Manifeste européen de soutien à une initiative citoyenne européenne (ICE), pour une règlementation de l’exposition aux champs électromagnétiques (CEM) qui protège réellement la santé publique. Ce Manifeste Européen constitue une bonne base pour encourager réseaux dans chaque pays et au niveau européen, par la réglementation protectionniste de la pollution électromagnétique, en diffusent les alertes scientifiques et professionnelles indépendants: d’appliquer le principe de précaution et les principes ALARA et ALATA (aussi bas que raisonnable et techniquement possible) à la pollution électromagnétique, sur la base des recommandations de la Résolution 1815 de 2011 de l'Assemblée parlementaire du Conseil de l'Europe sur «danger potentiel des champs électromagnétiques et leur effet sur l’environnement ". Nous, la Coordination Européenne des Organisations pour une règlementation de l’exposition aux champs électromagnétiques protégeant réellement la santé publique, vous invitons à signer -
Annex 1 Results from the Testing of the Template
The Special Plan of the Upper Guadiana Basin. Moving from traditional towards Participatory decision making? Spain A case study report for HarmoniCop project Work Package 5 1 Edited by: Josefina Maestu (UAH) Draft Case prepared by Meritxell Costeja (UAH) 2005 Prepared under contract from the European Commission Contract No. EVK1-CT-2002-00120 Deliverable nr. 6 www.harmonicop.info 2 Table of Contents. 1.- Introduction 2-. The Context, the challenges and the complexity. 3.- Stakeholder Analysis 4.- The History of Participation. 5.- The Outcome of the process of feedback to context. 6.- The Analysis of Relational Practices. 7. Mechanisms that foster social learning and problems encountered References ANNEX 1 THE CONTEXT ANNEX 2 INSTITUTIONAL CONTEXT ANNEX 3 INTERVIEWS 3 1. Introduction This report analyses the process of elaboration of the Special Plan for the Upper Guadiana basin as a planning instrument aiming at managing water resources in the basin, providing water to the population and economic uses and preventing deterioration of valuable wetlands, helping achieve good ecological status of surface and groundwater. The traditional conflict between the development of agriculture and the protection of the wetlands in the Upper Guadiana basin is a case of special interest from a technical, economic and social perspectives due to three main reasons: (1) the large area it covers (16000 Km2 aprox.), (2) the large population affected (3) the importance of funding from the national and European level that have been invested in the area since the beginning of the nineties to mitigate the problem (Cruces de Abia et al., 1998). This case illustrates at least four key aspects related to participation, social learning and decision making in water planning: a) It illustrates planning processes carried out according to the dominant paradigm of technical determinism and administrative decision making, that requires instruments for imposing decisions made from above. -
Questions and Answers for the Centenary of the Brand Price : €6 GRÉGOIRE THONNAT
Who is the founder of Citroën automobiles? What was the first car produced by Citroën? What is the ‘Citroën Central Asia’ Expedition? What do Citroën Traction Avant, Citroën 2 CV, Citroën DS and Citroën Ami 6 have in common? Who invented Citroën Mehari? What is the bestselling car in the Brand’s history? In 80 questions and answers, a timeline and the description of 10 iconic models, this little book will help you (re)discover Citroën’s fabulous history through iconic models, technical innovations and the people who wrote this unique industrial adventure that has revolutionised the history of the automobile since 1919. Questions and answers for the centenary of the Brand Price : €6 GRÉGOIRE THONNAT LE PETIT QUIZZ Questions and answers for the centenary of the Brand GRÉGOIRE THONNAT SUMMARY Preface 5 Questions and answers 7 A brief timeline of Citroën 89 10 iconic vehicles of the Brand 101 The Citroën brand 123 5 Dear readers, There is a reason why the Citroën 2 CV is as much a symbol of France as the Eiffel Tower…because we all have a Citroën story to tell! However, do you know the story of Citroën itself? Le Petit Quiz invites you to (re)discover Citroën’s journey from the origin of its logo to its many technological innovations, from legendary cars to its sporting achievements, and taking a detour through its cult advertising campaigns throughout the years. These 80 questions will help you discover amusing anecdotes and relive Citroën’s history! As the centenary of Citroën approaches, this is the essential tool to ensure you are ‘up to speed’ with one of the most collected car brands in the world… Linda Jackson, CEO, Citroën Brand 5 QUESTIONS AND ANSWERS 7 WHO WAS THE FOUNDER OF CITROËN? André Citroën! Born on 5 February 1878, André graduated from École Polytechnique and then went on to found Engrenages Citroën in 1905, before leading Mors automobiles in 1908. -
4102 Millard Fuel Filter DIMENSIONS
Catalog Europe, 25/09/2021 4102 Millard Fuel Filter DIMENSIONS H (Height): 120 mm OD (Outer Diameter): 79 mm Drain (Drain): NO Gaskets: 1 Unit/s (OD/ID) 72 mm / 62 mm PRESENTATION UNITS PER BOX: 24 WEIGHT: 12.0 Kg VOLUME: 0.03 cbm EAN13: 5055148221249 For updated information visit http://mlrd.es/MF-4102 CROSS REFERENCES ITF14: 85055148221245 BALDWIN BF998 MANN WK 723 COOPERSFIAAM FP4683 MANN WK723 FLEETGUARD FF5018 P.B.R. BG1548 FRAM P4102 PBR BG-1548 FRAM P4102A PUROLATOR PC-42 HENGST H60WK06 PUROLATOR PERU F53125 KNECHT/MAHLE KC 24 VOLVO 4669875 LUBER-FINER FP586F WIX 33358 MAHLE KC24 APPLICATIONS (EUROPE) AGRALE-DEUTZ Serie Model Engine Kw HP CV Start Finish 1600-Serie 1600 D MWM-D 229-3 47 63 64 1985 TX-Serie TX 1100 M 790 19 25 26 1982 1985 ASKAM Serie Model Engine Kw HP CV Start Finish AS 950 De SOTO Super TL, TS Deutz BF6M 1013EC 176 236 239 2004 AUTOSAN Serie Model Engine Kw HP CV Start Finish A-Serie A 10-10 M.01 | 02 Ren. MIDR 06.02.26V H-Serie H 10-10 Ren. MIDR 06.02.26W H-Serie H 10-10.02 Ren. MIDR 06.02.26W BARREIROS Serie Model Engine Kw HP CV Start Finish 42 | -Serie 42 | 35 A 24 44 59 60 1969 1975 42 | -Serie 42 | 35 A 60 44 59 60 1969 1981 FR-2D-01 Product Data Sheet Page 1 Catalog Europe, 25/09/2021 4102 Millard Fuel Filter DIMENSIONS BARREIROS H (Height): 120 mm Serie Model Engine Kw HP CV Start Finish OD (Outer Diameter): 79 mm 42 | -Serie 42 | 65, 42 | 70 A 26 66 88 90 1969 1975 Drain (Drain): NO Gaskets: BERNA 1 Unit/s (OD/ID) 72 mm / 62 mm Serie Model Engine Kw HP CV Start Finish 4 V-Serie 4 VF CKT-200 147 197 200 -
Movilidad Eléctrica En El Transporte De Viajeros
UNIVERSIDAD DE VALLADOLID ESCUELA DE INGENIERIAS INDUSTRIALES Grado en Ingeniería Eléctrica Movilidad eléctrica en el transporte de viajeros. Autor: Vallejo Luis, Raúl Tutor: Alonso Ripoll, Francisco Javier Departamento de Ingeniería Eléctrica Valladolid, Julio de 2019 MOVILIDAD ELÉCTRICA EN EL TRANSPORTE DE VIAJEROS 2 MOVILIDAD ELÉCTRICA EN EL TRANSPORTE DE VIAJEROS Resumen Una de las principales preocupaciones de la sociedad a día de hoy es el cambio climático, de ahí que, para intentar combatirlo, se están lanzando multitud de cambios en nuestras costumbres cotidianas. Una de estas novedades es la aparición del coche eléctrico y en el caso del transporte de viajeros, el autobús híbrido o 100% eléctrico. A lo largo del trabajo se van a ir detallando los modelos de autobuses eléctricos e híbridos que están en el mercado actualmente, así como los tipos de motores y baterías que éstos emplean. Asimismo, se va a realizar la simulación de uno de estos autobuses eléctricos 100% para comprender mejor cuales son los sistemas en los que hay que aumentar la eficiencia con el objetivo de mejorar un poco más la duración de la batería del autobús, comparar el rendimiento y la autonomía al variar el ciclo de conducción y obtener finalmente los parámetros de tensión, intensidad, potencia, rendimiento y aceleración del motor. Palabras clave 1. Autobús. 2. Motor. 3. Inversor. 4. Híbrido. 5. Batería. 3 MOVILIDAD ELÉCTRICA EN EL TRANSPORTE DE VIAJEROS 4 MOVILIDAD ELÉCTRICA EN EL TRANSPORTE DE VIAJEROS Agradecimientos Me gustaría agradecer en primer lugar a todas las personas que me han apoyado durante estos cuatro años, mis padres, mis abuelos, mi hermano, … También a mi tutor de este trabajo, Javier Alonso Ripoll, que me ha ayudado en cuantas cosas le he pedido.