June 2021 International Journal for Industry, Research and Application 6 the WORLD of SAWING & PACKING

Total Page:16

File Type:pdf, Size:1020Kb

June 2021 International Journal for Industry, Research and Application 6 the WORLD of SAWING & PACKING CHINA SPECIAL Is China’s new climate policy a game changer for the aluminium industry? Sorting and recycling of alufoil – technologies and new developments Intralogistics made fit – without production downtime Commercialization of inert anodes technology makes progress Measuring distortions in international markets: the case of below- © EAFA market finance Volume 97 · June 2021 International Journal for Industry, Research and Application 6 THE WORLD OF SAWING & PACKING Scrap Manipulator and Length Gauge System Automatic Billet Strapping Machine SAWING AND PACKING PLANTS • Complete lines including auxiliary equipment • Billet diameter range from 125 to 700 mm, from one supplier Billet/Slug lengths from 100 to 9000 mm, • Fully automated billet conveying, visual • Sophisticated control system with intuitive user inspection, ultrasonic testing, cutting with interface, automatic restarting program, error scrap removal detection and detailed diagnosis • Pin or laser marking, stacking, strapping • More than 120 plants installed worldwide and labeling, swarf briquetting • Various layouts and options in order Leading partner in the world of metals to streamline the plant to the client’s requirements Hertwich Engineering GmbH Prof. Weinberger-Str. 6 5280 Braunau am Inn, Austria Phone: +43 7722 806-0 Fax: +43 7722 806-1530 [email protected] www.hertwich.com EDITORIAL In den Handelsstreit zwischen der EU und In the trade dispute between the European den USA um Strafzölle auf Stahl- und Alumi- Union and the USA about punitive tariffs niumexporte in die USA kommt Bewegung. on steel and aluminium exports to the USA, Vertreter beider Seiten haben die Aufnahme there has been some movement. Negotiators von Gesprächen angekündigt, um den Han- on each side have announced the resumption delskonflikt bis Ende des Jahres beizulegen. of talks aiming to settle the conflict by the end Die EU verzichtet bis dahin auf eine Auswei- of this year. The EU is refraining from an ex- tung von Vergeltungszöllen, die sie bis Anfang tension of retaliatory tariffs until then, which Juni vornehmen wollte. Bereits Anfang März it wanted to put in place at the latest by the hatten sich beide Seiten darauf geeinigt, Straf- beginning of June. Already in early March zölle im Streit um Subventionen für die Flug- both sides had agreed to suspend punitive zeugbauer Airbus und Boeing auszusetzen. tariffs in the dispute about subsidies for the Volker Karow Während Ex-Präsident Donald Trump mit aircraft manufacturers Airbus and Boeing. Chefredakteur den 2018 verhängten Zöllen auf Stahl und Whereas the former US President Donald Editor in Chief Aluminium direkt die EU-Länder ins Visier Trump had targeted the EU countries directly nahm und von Maßnahmen zur „nationalen with the tariffs imposed in 2018 on steel and Sicherheit“ sprach (gemeint war der Schutz aluminium, and spoke about measures to en- der heimischen Industrie im Sinne des Ame- sure “national security” (meaning the protec- rica First), geht es in den Handelsgesprächen tion of domestic industries in the sense of nun darum, das Problem globaler Überkapa- America First), now the trade talks are con- zitäten bei Stahl und Aluminium anzugehen, cerned to tackle the problem of global over- die größtenteils von Dritten verursacht wer- capacities for steel and aluminium, which are den, so der Vorwurf. Angestrebt wird nun die largely caused by third countries, or so it is bilaterale Zusammenarbeit und gemeinsame claimed. Efforts are now being concentrated Positionierung gegenüber China. Dem Land on bilateral co-operation and a common pos- Neuer Anlauf wird vorgeworfen, mit handelsverzerrenden ition as regards China. China is accused of Maßnahmen immer weiter Überkapazitäten building up greater and greater overcapacities im Handelsstreit aufzubauen und mit Metallprodukten den by means of trade-distorting measures, and Weltmarkt zu überschwemmen. flooding the world market with metal prod- zwischen EU und USA Da kommt eine OECD-Studie zur rechten ucts. Zeit, die auf üppige staatliche Unterstützung Now, at the right time, there comes a study durch Finanz- und Energiesubventionen ver- by the OECD which points to lavish state New moves in weist, mit denen die chinesische Regierung support in the form of financial and energy wichtige Branchen wie die Metallindustrie im subsidies, with which the Chinese Govern- the trade dispute internationalen Wettbewerb begünstigt (s. Be- ment is favouring important branches such as richt auf S. 20-21). Die Ergebnisse der Studie the metal industry in international competi- between EU and USA unterstreichen die Notwendigkeit besserer tion (see the report on pp. 20-21). The find- Regeln, verlautet der Industrieverband Euro- ings of the study underline the need for better pean Aluminium, mit denen die Finanzierung regulations, stresses the European Alumin- unter Marktniveau und staatliche Unterstüt- ium association, by virtue of which financing zung im Allgemeinen Einhalt geboten wird. below the market level and state support are Die derzeitigen WTO-Regeln seien nicht ge- generally on offer. The present WTO rules are eignet, Chinas handelsverzerrende staatliche not suitable for imposing discipline on Chi- Unterstützung und staatliches Eigentum in na’s trade-distorting state support and state Industriesektoren wie Aluminium zu diszi- ownership in industrial sectors such as alu- plinieren. Die EU, die USA und die anderen minium. During the G7-Summit in June, the G7-Mitglieder sollten während des G7-Gip- EU, the USA and other G7-Members should fels im Juni konkrete Schritte unternehmen, adopt concrete steps to “level the playing- um das Spielfeld zu ebnen, heißt es weiter. field”, European Aluminiun says. Ein schwieriges Terrain. Zumal die west- This is difficult territory. The more so, lichen Industrieländer China als Absatzmarkt since the industrial countries in the west are ihrer Produkte sehr zu schätzen wissen. Der very well aware of China’s importance as a europäischen Automobilindustrie und der sales market for their products. The automo- in den USA ginge es nicht so gut, wenn die bile industries in Europe and the USA would Geschäfte in China nicht so glänzend liefen. not be doing as well if business prospects in Das gleiche gilt auch für den europäischen China were not so bright. The same also ap- Maschinen- und Anlagenbau. Auch auf der plies to Europe’s mechanical and plant engin- Aluminium-Messe in Shanghai im Juli wer- eering. At the Aluminium Show in Shanghai den wieder viele europäische und US-Fir- in July, numerous European and American men mit ihren chinesischen Töchtern ihre companies and their Chinese subsidiaries, Leistungsfähigkeit zur Schau stellen. will again showcase their capabilities. ALUMINIUM · 6/2021 3 I nh ALT EDITORIAL Neuer Anlauf im Handelsstreit zwischen EU und USA New moves in the trade dispute between EU and USA ........................ 3 AKTUELLES • NEWS IN BRIEF 6 WIRTSCHAFT • ECONOMICS Aluminium im Monatsrückblick ......................................................12 14 Produktionsdaten der deutschen Aluminiumindustrie .........................13 Rusal is planning fundamental transformation ..................................14 Commercialization of inert anodes technology makes progress ...........................................................16 Alcoa releases new sustainability report ..........................................18 The industrial alumina production processes in Europe and their environmental aspects ......................................19 Measuring distortions in international markets: the case of below-market finance .................................... 20 52 CHINA REPORT & SPECIAL IN MANDARIN Is China’s new climate policy a game changer for the aluminium industry? ............................................. 22 China Hongqiao – stable output in 2020, boost in net profit ............. 24 Reports on equipment partners in Chinese language: Mino, IMS Messsysteme, Achenbach Buschhütten, DT Equipment, SMS group Ametek Land ......................................................... 26-43 RECYCLING 58 Sorting and recycling of alufoil – technologies and new developments ............................................. 44 Aufbereitung von Alu-Schrotten mittels Rotorshredder Processing of aluminium scrap with a rotor shredder ....................... 50 Mehr Sortier-Möglichkeiten im Aluminiumrecycling More sorting options in scrap and aluminium recycling .................... 52 Indian scientists develop new cost-effective scrap recycling technology • UK aluminium beverage can recycling rate records all-time high • Brazil records 97.4% index for aluminium can recycling in 2020 ................. 54 61 TEChnOLOGIE • TEChnOLOGY Energy-efficient electrical connections ........................................... 55 Latest News Fimi levellers and cut-to-length lines for aluminium ......................... 56 www.alu-web.de/en Intralogistik fit gemacht – ohne Produktionsausfall Intralogistics made fit – without production downtime .................... 58 4 ALUMINIUM · 6/2021 C O N TE N T S Aludyne acquires Shiloh Industries’ CastLight business • Matalco orders remelt furnaces for new Kentucky facility • Ellwood completes melting and casting expansion project ................ 60 AuTOMOTIVE Auto body sheet delivers environmental and economic benefits ..........61 UACJ invests in US subsidiary operations .........................................62 Inserenten dieser Ausgabe List of advertisers FORSChunG • RESEARCH Burghardt + Schmidt GmbH, Germany 5 Drache GmbH, Germany
Recommended publications
  • Extraction of Alumina from Local Clays Using Hydrochloric Acid
    International Journal of Scientific Research and Engineering Development-– Volume 2 Issue 4, July – Aug 2019 Available at www.ijsred.com Extraction of Alumina from Local Clays Using Hydrochloric Acid 1Eze, J.U., 2Anyakwo, C.N., 3Osoka, E.C. 4Nnodum, A.N., 5Onuoha, C., 6Anusi, M.O., 1,2,4,5Department of Material and Metallurgical Engineering, Federal University of Technology, Owerri 3,6 Department of Chemical Engineering, Federal University of Technology, Owerri -------------------------------------- ************************ -------------------------------- Abstract The present work investigates the extraction of alumina from different local clay samples; Ihiala clay (sample A), Nsu clay (sample B), and Umuhu clay (sample C), which contain 27.83%, 29.93%, and 28.31% of Al 2O3 respectively and are extremely abundant in the Eastern part of Nigeria. The clay samples were crushed, ground and sieved using 100 mesh standard tyler screens and were further calcined at a temperature of 700 0C, held for 1hr and then leached with 5ml of concentrated hydrochloric acid at different leaching temperatures (25 0C,50 0C,75 0C, 100 0C) and time (10,30,60,80,100 and 120mins). A relatively large increase in percentage extraction of Al 2O3 was also observed with increasing leaching temperature in the range of 25 0C to 100 0C. The effects of the leaching time and temperatures were investigated using response surface methodology. A pure- quadratic model fit well to experimental data for the three clay samples. The surface plot revealed a linear relationship with temperature, which had more effect of percentage alumina extracted, and a quadratic relationship with time. An estimated optimum extraction condition for the three clay samples would be a leaching time of 76minutes and temperature of 100 OC.
    [Show full text]
  • Nanoparticle Catalytic Enhancement of Carbon Dioxide Reforming of Methane for Hydrogen Production Nicholas Groden
    Louisiana Tech University Louisiana Tech Digital Commons Doctoral Dissertations Graduate School Fall 11-17-2018 Nanoparticle Catalytic Enhancement of Carbon Dioxide Reforming of Methane for Hydrogen Production Nicholas Groden Follow this and additional works at: https://digitalcommons.latech.edu/dissertations Part of the Nanoscience and Nanotechnology Commons, Other Chemical Engineering Commons, and the Other Materials Science and Engineering Commons Recommended Citation Groden, Nicholas, "" (2018). Dissertation. 3. https://digitalcommons.latech.edu/dissertations/3 This Dissertation is brought to you for free and open access by the Graduate School at Louisiana Tech Digital Commons. It has been accepted for inclusion in Doctoral Dissertations by an authorized administrator of Louisiana Tech Digital Commons. NANOPARTICLE CATALYTIC ENHANCEMENT OF CARBON DIOXIDE REFORMING OF METHANE FOR HYDROGEN PRODUCTION by Nicholas Groden, M.S., B.S. A Dissertation Presented in Partial Fulfillment of the Requirements of the Degree Doctor of Philosophy COLLEGE OF ENGINEERING AND SCIENCE LOUISIANA TECH UNIVERSITY November 2018 LOUISIANA TECH UNIVERSITY THE GRADUATE SCHOOL JUNE 16, 2018 Date We hereby recommend that the dissertation prepared under our supervision by xxxxxxxxxxxxxxx Nicholas Groden, M.S., B.S. entitled Nanoparticle Catalytic Enhancement of Carbon Dioxide Reforming of Carbon Dioxide Reforming of Methane for Hydrogen Production be accepted in partial fulfillment of the requirements for the Degree of Doctor of Philosophy in Engineering Micro and Nanoscale Systems Supervisor of Dissertation Research Head of Department Department Recommendation concurred in: _____________________________ _____________________________ Advisory Committee _____________________________ _____________________________ Approved: Approved: __________________________________ ______________________________ Director of Graduate Studies Dean of the Graduate School __________________________________ Dean of the College GS Form 13 (8/10) ABSTRACT The U.S.
    [Show full text]
  • The European Union Aluminium Industry the Impact of the Eu Trade Measures on the Competitiveness of Downstream Activities
    THE EUROPEAN UNION ALUMINIUM INDUSTRY THE IMPACT OF THE EU TRADE MEASURES ON THE COMPETITIVENESS OF DOWNSTREAM ACTIVITIES June 2019 GRUPPO DI RICERCHE INDUSTRIALI E FINANZIARIE - GRIF “FABIO GOBBO” LUISS GUIDO CARLI UNIVERSITY The EU aluminium industry. The impact of the EU trade measures on the competitiveness of downstream activities 1 The EU aluminium industry. The impact of the EU trade measures on the competitiveness of downstream activities Authors and contributors Ernesto Cassetta, GRIF “Fabio Gobbo”, University of Udine Umberto Monarca, GRIF “Fabio Gobbo”, University of Foggia Cesare Pozzi, GRIF “Fabio Gobbo”, LUISS University Davide Quaglione, GRIF “Fabio Gobbo”, D’Annunzio University of Chieti-Pescara Alessandro Sarra, GRIF “Fabio Gobbo”, D’Annunzio University of Chieti-Pescara GRUPPO DI RICERCHE INDUSTRIALI E FINANZIARIE - GRIF “FABIO GOBBO” Department of Business and Management LUISS Guido Carli University Viale Romania, 32 00197 Roma (Italia) 2 The EU aluminium industry. The impact of the EU trade measures on the competitiveness of downstream activities 3 The EU aluminium industry. The impact of the EU trade measures on the competitiveness of downstream activities Disclaimer This project has been funded with support from FACE - The Federation of Aluminium Consumers in Europe. We were asked by FACE to carry out an independent study with the aim of establishing a constructive and transparent exchange of views on the competitiveness of the aluminium value chain in the European Union with a specific focus on trade policies on unwrought aluminium and their impact on manufacturers of aluminium semi-finished products. To have consistent information and to ensure the robustness and the comparability of the quantitative analysis for well-informed design of policies, the study only relies on data provided by institutional sources and independent third parties, having market recognition for reliability.
    [Show full text]
  • A Hundred Years of the Bayer Process for Alumina Production*
    Essential Readings in Light Metals: Alumina and Bauxite. Edited by Don Donaldson and Benny E. Raahauge. 2013 The Minerals, Metals & Materials Society. Published 2013 by John Wiley & Sons, Inc. 2. BAYER PROCESS This section includes five significant areas: 1. Bayer Process Design. This first area includes the fundamental principles of Bayer process design as well as the history of the development of the Bayer pro- cess. The basic process has not changed but the development of its application for more than a century is truly remarkable. What is even more remarkable is that sig- nificant further improvement is feasible. 2. Physical Data. Contains much of the materials and liquor data needed to prepare flow sheets and heat and material balances. 3. Calcium Chemistry. Included are papers that discuss the effects and use of lime in the process as well as using lime to re-causticize (react) sodium carbonate back to sodium hydroxide. 4. Silica Chemistry. These papers discuss the dissolution of bauxite silica during digestion and the subsequent reaction that forms solid sodium aluminum silicate (desilication product). 5. Organic Removal. These papers deal with the important subject of removing accumulated sodium organates (originating from organic carbon compounds in the bauxite) from Bayer liquor to enhance alumina product quality and to improve pro- cess productivity of alumina. Equally good papers in the list of recommended readings could not be included as published papers because of the limitation on the size of the book. Fred Williams 83 Essential Readings in Light Metals: Alumina and Bauxite. Edited by Don Donaldson and Benny E.
    [Show full text]
  • New Concepts for Understanding the Effect of Natural Pre-Aging on the Artificial Aging of Al-Mg-Si Alloys
    Montanuniversität Leoben - University of Leoben Department Metallurgie - Department of Metallurgy Nichteisenmetallurgie - Nonferrous Metallurgy New concepts for understanding the effect of natural pre-aging on the artificial aging of Al-Mg-Si alloys A dissertation presented by Dipl.-Ing. Stefan Pogatscher Examiner Univ.-Prof. Dipl.-Ing. Dr.mont. Helmut Antrekowitsch Co-Examiner Univ.-Prof. Dipl.-Ing. Dr.mont. Peter J. Uggowitzer Leoben, May 12 AFFIDAVIT I declare in lieu of oath, that I wrote this thesis and performed the associated research myself, using only literature cited in this volume. Stefan Pogatscher Leoben, May 2012 i ACKNOWLEDGEMENTS First of all, I would like to thank Prof. Helmut Antrekowitsch for giving me the opportunity to carry out this thesis project at the Chair of Nonferrous Metallurgy. He has always guided me to find and pursue my own way. I particularly appreciate his confidence in my work and the freedom he gives me in accomplishing it. Special thanks go to Prof. Peter J. Uggowitzer, who aroused my interest in vacancies, which was a real booster for my work. I strongly benefited from his fascination in science and his motivating, inspiring and supportive manner. I wish to express my sincere thanks for his great commitment as a co-referee of this thesis. I would also like to thank the people at AMAG Rolling, especially Thomas Ebner, for the fruitful discussions and helping me with numerous industrial related issues. Moreover, I would like to thank Helmut Kaufman, Anton Eberle, Carsten Melzer and Peter Schulz from AMAG for providing technical and financial support and for giving me the opportunity to publish my results.
    [Show full text]
  • Ancient Roman Technology of Aluminum Production: Process Reconstruction Pavel P
    ON THE 150TH ANNIVERSARY OF THE D.I. MENDELEEV PERIODIC TABLE OF CHEMICAL ELEMENTS К 150-ЛЕТИЮ ПЕРИОДИЧЕСКОЙ ТАБЛИЦЫ ХИМИЧЕСКИХ ЭЛЕМЕНТОВ Д.И. МЕНДЕЛЕЕВА ISSN 2686-7575 (Online) https://doi.org/10.32362/2410-6593-2019-14-6-31-38 UDС 669.71 Ancient Roman technology of aluminum production: Process reconstruction Pavel P. Fedorov1,@, Alexandr M. Samoylov2 1A.M. Prokhorov General Physics Institute, Russian Academy of Sciences, Moscow 119991, Russia 2Voronezh State University, Voronezh 394006, Russia @Corresponding author, e-mail: [email protected] Ancient sources indicate that aluminum was known at Ancient Rome. The article attempts to reconstruct the ancient technological process of production of metallic aluminum based on the currently available information about the properties of aluminum and modern production methods. Кeywords: aluminum, Ancient Rome, fractional crystallization, pyrometallurgical processes, aluminothermy For citation: Fedorov P.P., Samoylov A.M. Ancient Roman technology of aluminum production: Process reconstruction. Tonk. Khim. Tekhnol. = Fine Chem. Technol. 2019;14(6):31-38 (in Russ.). https://doi.org/10.32362/2410-6593-2019-14-6-31-38 Древнеримская технология получения алюминия: реконструкция процесса П.П. Федоров1,@, А.М. Самойлов2 1Институт общей физики им. А.М. Прохорова, Российская Академия Наук, Москва, 119991 Россия 2Воронежский Государственный университет, Воронеж, 394018 Россия @Автор для переписки, e-mail: [email protected] Античные источники свидетельствуют, что алюминий был известен еще в Древнем Риме. В статье делается попытка реконструировать древний технологический процесс произ- водства металлического алюминия на основе имеющихся на настоящий момент сведений о свойствах алюминия и современных методах производства. Ключевые слова: алюминий, Древний Рим, фракционная кристаллизация, пирометаллургия, алюмотермия Для цитирования: Федоров П.П., Самойлов А.М.
    [Show full text]
  • Unraveling the Crystal Structure of Gamma-Alumina Through Correlated Experiments and Simulations of a Model System
    Title Page Unraveling the Crystal Structure of Gamma-Alumina through Correlated Experiments and Simulations of a Model System by Henry Ayoola B. Sc. Chemical Engineering, University of Maryland Baltimore County, 2013 Submitted to the Graduate Faculty of the Swanson School of Engineering in partial fulfillment of the requirements for the degree of Doctor of Philosophy University of Pittsburgh 2020 Committee Membership Page UNIVERSITY OF PITTSBURGH SWANSON SCHOOL OF ENGINEERING This dissertation was presented by Henry Ayoola It was defended on October 5, 2020 and approved by Ioannis Bourmpakis, Ph.D., Associate Professor Department of Chemical and Petroleum Engineering James R. McKone, Ph. D., Assistant Professor Department of Chemical and Petroleum Engineering Dissertation Co-Director: Wissam A. Saidi, Ph. D., Associate Professor Department of Mechanical Engineering and Materials Science Dissertation Director: Judith C. Yang, Ph. D., Professor Department of Chemical and Petroleum Engineering ii Copyright © by Henry Ayoola 2020 iii Abstract Unraveling the Crystal Structure of Gamma-Alumina through Correlated Experiments and Simulations of a Model System Henry O. Ayoola, PhD University of Pittsburgh, 2020 Gamma-alumina (γ-Al2O3) is a metastable alumina phase possessing useful properties, such as inherently high surface area and acidic surface sites. As a result, it is an important material for heterogeneous catalysis, with applications in oil refining, vehicle exhaust catalytic conversion, and the oxidation of methane—a major greenhouse gas. However, despite the widespread use and study of γ-Al2O3, its precise atomic structure is still not fully understood. This has led to conflicting predictions of γ-Al2O3 properties and resulting catalytic behavior. A major contributor to the uncertainty in the γ-Al2O3 structure has been the use of commercial samples for structural studies.
    [Show full text]
  • Packaging(4.57
    ...With Aluminium 4/5 ALUMINIUM – ITS HISTORY HAS SHAPED OURS luminium. This valuable mate- the electrolysis process which is used has good thermal conductivity, is rial lay undiscovered for thou- to produce the metal aluminium from intrinsically valuable as a metal and is A sands of years, in rock, in our aluminium oxide. Both processes are completely recyclable. planet’s crust, as a compound. It took the still the only ones used on an industrial industrialisation of the 19th century to scale today. Thanks to the develop- Producers, traders and consumers have make the metal accessible to everyone. ment of ever-more efficient methods benefited for decades from a continu- The discovery of aluminium’s existence of production, the metal became more ous series of technical innovations that is attributed to Sir Humphry Davy, one and more affordable. It soon began have succeeded in combining excellent of the pioneers of modern electrochem- to establish itself in practically every material properties with optimal pro- istry. The relatively late discovery of technical field and every corner of our cessing to produce modern high-perfor- aluminium – in 1807 – is all the more everyday life. mance packaging. The development of amazing given that it is the most abun- new alloys to save material, newer and dant metal in the Earth’s crust. Today, it is impossible to imagine life ever-more practical closure systems for without aluminium. We come into con- greater user-friendliness, and advanced In the course of the 19th century, tact with it constantly in a wide vari- processing technologies, such as print- scientists searched for a way to actually ety of ways.
    [Show full text]
  • Made Design for a Better World
    uk £10.00 us $16.99 aus $16.99 cdn $17.99 dkk 129.95 fr €1 4 .0 de €14.90 ita €14.50 jpn ¥2000 sgp $28.50 es €14.00 chf 18.90 aed 85.00 *Architecture � Design � Art � Travel � Entertaining � Beauty & Grooming � Transport � Technology � Fashion � Watches & Jewellery august 2020 AUGUST 2020 AUGUST The Re-Made Issue Re-Made The Re- think Design for a Better World a Better for Design Re- imagine Re- purpose Re- connect Re- engineer Re- model 256 Re- Made Design for a Better World BLACK YELLOW MAGENTA CYAN 93WPR20AUG900.pgs 19.06.2020 15:38 CHANEL.com BLACK YELLOW MAGENTA CYAN 93WPR20AUG187.pgs 18.06.2020 09:07 BLACK YELLOW MAGENTA CYAN 93WPR20AUG176.pgs 11.06.2020 11:20 BLACK YELLOW MAGENTA CYAN 93WPR20AUG175.pgs 11.06.2020 11:27 BLACK YELLOW MAGENTA CYAN 93WPR20AUG179.pgs 11.06.2020 11:21 Tangente Sport. Made in Germany. This automatic timepiece is outstandingly water resistant, exceptionally robust, and equipped with a NOMOS bracelet. At work inside is the neomatik date caliber, DUW 6101, well-protected by the stainless steel case. Now at select retailers, as well as here: nomos-glashuette.com BLACK YELLOW MAGENTA CYAN 93WPR20AUG177.pgs 11.06.2020 11:20 AUGUST Re- Made Design for a better world 026 Light installation Timon & Melchior Grau and Tobias Grau 028 Modular sofa Muller Van Severen and Kassl Editions 032 Water fountain Yasmin Bawa and Axor 037 Beauty kitchen Doshi Levien 038 E-trike and trailer Konstantin Grcic, Hydro, Cake and Polestar 042 Food delivery packaging PriestmanGoode and collaborators 047 Seedling incubator Timon & Melchior
    [Show full text]
  • A Mag I C Story
    MAGAZINE FOR THE ANNUAL REPORT 2019 A MAGI C STORY THE AMAG SUCCESS STORY METAL CASTING ROLLING SERVICE Total shipments in tonnes Total shipments in tonnes Total shipments in tonnes 118,100 93,800 228,400 External shipments in tonnes External shipments in tonnes External shipments in tonnes 116,800 61,300 228,400 External revenue EUR million External revenue EUR million External revenue EUR million External revenue EUR million 206.3 87.9 766.1 5.7 EBITDA EUR million EBITDA EUR million EBITDA EUR million EBITDA EUR million 34.5 7.4 107.3 -6.4 AMAG business Employees (FTEs) Employees (FTEs) Employees (FTEs) Employees (FTEs) divisions in overview 183 123 1,531 163 AMAG GROUP Total shipments External shipments External revenue EBITDA Employees in tonnes in tonnes EUR million EUR million (FTEs) 440,300 406,600 1,066 143 2,000 KEY FIGURES FOR THE AMAG GROUP KEY FIGURES FOR THE AMAG GROUP 3 ECONOMY Unit 2019 2018 Change in % SOCIAL Unit 2019 2018 Change in % Shipments tonnes 440,300 424,600 3.7 % AMAG Group employees full-time equivalents1) 2,000 1,959 2.1 % External shipments tonnes 406,600 397,500 2.3 % Proportion of women 2) % 14 % 13 % - Group revenue EUR million 1,066.0 1,101.6 -3.2 % Staff turnover rate 2) % 6.3 % 6.9 % - EBITDA EUR million 143.0 141.0 1.4 % TRIFR accident rate 2) 2.9 2.3 26.1 % EBITDA margin % 13.4 % 12.8 % - CIP suggestions submitted 2) total 14,629 14,522 0.7 % Operating result (EBIT) EUR million 61.1 60.6 0.7 % EBIT margin % 5.7 % 5.5 % - INNOVATION Earnings before taxes (EBT) EUR million 51.0 55.0 -7.3 % Net income
    [Show full text]
  • Earth Materials & Resources 1.Indb
    A ALUMINUM DEPOSITS Aluminum is a ubiquitous metal that is critical to many industries. Because of the characteristics of aluminum ore, it was not practical to produce until the late nineteenth century. Aluminum production remains power-intensive, so most aluminum is recycled. PRINCIPAL TERMS with bauxite (discovered in 1821) as the primary source of aluminum. Bauxite is a rock composed of carbonate rock: a rock composed mainly of cal- several aluminum-rich minerals, such as gibbsite, cium carbonate boehmite, and diaspore, in a heterogeneous mix- electrolysis: process by which liquid or dissolved ture with various iron oxides and the clay mineral metals are separated by electromagnetic attraction kaolin. Kaolin itself is rich in aluminum, and it has heterogeneous mixture: a nonuniform mixture been considered as a potential source. However, ion: an atom with a net charge due to the addition given the abundance of bauxite, kaolin processing is or loss of electrons not of economic interest. karst: a region formed by the weathering of under- There are two primary forms of bauxite: lateritic lying rock, typically limestone or dolomite and karst. Lateritic bauxite is silicate based, whereas mineral: a naturally occurring solid with a specific karst bauxite tends to be carbonate. Karst bauxite chemical composition forms above carbonate rocks, such as limestone ore: chemical compounds of a desired material and dolomite, in a karst region. A karst region is a that are economically viable to exploit large area of carbonate rock formed during periods pressure vessel: a container designed to hold gases in Earth’s history called marine incursions, when a or liquids at a much higher pressure than the sur- shallow ocean covers a region that was formerly dry rounding pressure land.
    [Show full text]
  • Leaching and Precipitation Experiments Related to The
    Eirik Nedkvitne Eirik 2019 thesis Master's NTNU Norwegian University of Science and Technology Master's thesis Faculty of Natural Sciences Department of Materials Science and Engineering June 2019 Pedersen Process Experiments Relatedtothe Leaching andPrecipitation Eirik Nedkvitne Leaching and Precipitation Experiments Related to the Pedersen Process Eirik Nedkvitne Materials Science and Engineering Submission date: June 2019 Supervisor: Leiv Kolbeinsen Co-supervisor: Jafar Safarian Norwegian University of Science and Technology Department of Materials Science and Engineering Abstract Large amount of residual red mud is generated from the production of metallurgical grade alumina from the commercial Bayer process. Environmental challenges are associated with landfilling the residue. An alternative route for alumina production is via the Pedersen process. It is a combined pyro- and hydrometallurgical process for producing alumina which avoids the generation of residues. The total environmental impact is lower for an optimized Pedersen process compare to the present Bayer process. This Thesis explore the system of carbonization of sodium aluminate solutions and leaching characteristics of calcium aluminate slags related to the Pedersen process. Experiences related to carbonization experiments are shared and key features for carbonization of sodium aluminate solutions are presented. This Thesis forms a basis for further research that may lead to more sustainable alumina production. Sammendrag Store mengder avfall rødslam generes fra produksjon av metallurgisk aluminiumoksid via den nåværende kommersielle Bayer prosessen. Deponering av avfallet byr på miljøutfordringer. Alternativt kan aluminiumoksid produseres via Pedersen prosessen. Dette er en kombinert hydro- og pyrometallurgisk prosess som fremstiller oksidet uten avfallsprodukter. Det totale miljøfotavtrykket for en moderne Pedersen prosess er lavere enn Bayer prosessen.
    [Show full text]