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The Navigator Company Reaps the Fruit of Success at Vila Velha De Ródão Mill
THE NAVIGATOR COMPANY REAPS THE FRUIT OF SUCCESS AT VILA VELHA DE RÓDÃO MILL. The Navigator Company is a leading Who is The Navigator Company? producer of forestry, pulp & paper, What are your main products and tissue and energy. In 2015, it how are you positioned in terms of acquired AMS-BR Star Paper, S.A., market share? an established tissue producer that Joaquim Belfo: In 2009, we started owned two Toscotec AHEAD-2.0S up the second paper mill of Setubal tissue machines at its Vila Velha industrial complex - which includes De Ródão mill: PM1, started up in a pulp mill and two paper mills – 2009, 110 t/d capacity, 1,900 m/ and we called it “About the Future”. min operating speed, and PM2, in This undertaking decisively boosted operation since 2015, 115 t/d capacity Portugal’s industrial capacity and it and 2,000 m/min operating speed. positioned the Navigator Company as Europe’s leading manufacturer Joaquim Belfo, Mill Manager BU of uncoated woodfree paper (UWF) Tissue VVR and Pedro Antunes, Tissue and the sixth largest manufacturer Production Manager, shared their worldwide. Secondly, we are one of views on the efficiently integrated industrial unit at Vila Velha De Ródão and the cooperation with Toscotec, the mill’s tissue manufacturing turnkey supplier. the largest producers of bleached 29% of the company’s shares and Zoom eucalyptus kraft pulp (BEKP) in the Investment holds the remaining 2%. world, for which we rank first in Europe. We currently have an installed What can you tell us about your first capacity of 1.6 million tonnes of pulp cooperation with Toscotec in 2009, - of which 1.1 million integrated with PM1 at Vila Velha De Ródão mill? 10 paper production - and 1.6 million years on, how is PM1 performing? tonnes of paper. -
Lisbon - Derivatives 17 November 2017
Euronext Lisbon - Derivatives 17 November 2017 Contract name Contract Contract Date Volume Open Change Settlement High Low Product group Market code delivery Interest Price PSI20 Index Future PSI Dec 17 2017-11-17 50 15,666 -50 5,251.0000 5,255.00 5,240.00 Index Futures Lisbon PSI20 Index Future PSI Mar 18 2017-11-17 5,250.0000 Index Futures Lisbon PSI20 Index Future PSI Jun 18 2017-11-17 5,081.0000 Index Futures Lisbon PSI20 Index Future PSI Sep 18 2017-11-17 5,043.0000 Index Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Dec 17 2017-11-17 3.1573 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Jan 18 2017-11-17 3.1564 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Mar 18 2017-11-17 3.1551 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Jun 18 2017-11-17 2.6727 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Sep 18 2017-11-17 2.6710 Stock Futures Lisbon Energias de Portugal Stock Future EPM Dec 17 2017-11-17 2.9143 Stock Futures Lisbon Energias de Portugal Stock Future EPM Jan 18 2017-11-17 2.9135 Stock Futures Lisbon Energias de Portugal Stock Future EPM Mar 18 2017-11-17 2.9123 Stock Futures Lisbon Energias de Portugal Stock Future EPM Jun 18 2017-11-17 2.7200 Stock Futures Lisbon Energias de Portugal Stock Future EPM Sep 18 2017-11-17 2.7183 Stock Futures Lisbon Galp Energia SGPS SA - Dividend Future GE8 Dec 17 2017-11-17 0.4988 Stock Futures Lisbon Galp Energia SGPS SA - Dividend Future GE8 Dec 18 2017-11-17 0.5000 Stock Futures Lisbon Galp Energia SGPS SA - Dividend Future GE8 Dec 19 2017-11-17 0.5000 Stock Futures Lisbon Galp Energia SGPS SA - Dividend Future GE8 Dec 20 2017-11-17 0.5000 Stock Futures Lisbon Galp Energia SGPS SA - Dividend Future GE8 Dec 21 2017-11-17 0.5000 Stock Futures Lisbon Galp Energia, SGPS, S.A. -
The Use of Old Corrugated Board in the Manufacture of High Quality White Papers
Western Michigan University ScholarWorks at WMU Paper Engineering Senior Theses Chemical and Paper Engineering 12-1983 The Use of Old Corrugated Board in the Manufacture of High Quality White Papers Rene H. Kapik Western Michigan University Follow this and additional works at: https://scholarworks.wmich.edu/engineer-senior-theses Part of the Wood Science and Pulp, Paper Technology Commons Recommended Citation Kapik, Rene H., "The Use of Old Corrugated Board in the Manufacture of High Quality White Papers" (1983). Paper Engineering Senior Theses. 209. https://scholarworks.wmich.edu/engineer-senior-theses/209 This Dissertation/Thesis is brought to you for free and open access by the Chemical and Paper Engineering at ScholarWorks at WMU. It has been accepted for inclusion in Paper Engineering Senior Theses by an authorized administrator of ScholarWorks at WMU. For more information, please contact wmu- [email protected]. THE USE OF OLD CORRUGATED BOARD IN THE MANUFACTURE OF HIGH QUALITY WHITE PAPERS by Rene' H. Kapik A Thesis submitted in partial fulfillment of the course requirements for The Bachelor of Science Degree Western Michigan University Kalamazoo, Michigan December, 1983 ABSTRACT Clean corrugated board waste was fractionated into its softwood/ hardwood fiber components, repulped using a kraft pulping process, and bleached using a CEHD bleaching sequence in an effort to produce high brightness fiber suitable for use in medium to high quality white paper. The papers produced had almost equivalent mechanical strengths and opacity, but possessed unsatisfactory brightness and cleanliness when compared to commercially manufactured,:. bleached kraft pulps of identical softwood/hardwood contents. Based on this experimental data, the use of recycled fiber from corrugated board as a fiber substitute in the manufacture of high quality printing and writing papers is not recommended due to its inferior brightness and cleanliness. -
2019 -2020 Art Kit Chart Please See the Art Kit Catalog for Descriptions and Lists of Materials
Fairbanks North Star Borough School District 2019 -2020 Art Kit Chart Please see the Art Kit Catalog for descriptions and lists of materials. Kindergarten First Grade A Color Book for Me! Marble-Us-Me, Marble-Us-You African Houses I See a Song Anemones Miro's Imagination Lines African Painted Rhythms Japanese Poetry Bells Animal Character Puppets Moore, Henry: Figure Sculptures Alaska Bear Dreams Jetliner Designer Artists Do Many Things “Moore Please” Animal Portraits with Todd Sherman Kandinsky Kids Art from the Berry Patch Muskox in the Arctic Antler Art: Seasonal Symmetry Layers of Land Athabascan Mittens My Art Place Arctic Terns: Chasing the Sun (revised) Let's Draw Like Vincent Van Gogh Athabascan Regalia My Crayon Box Athabascan Beadwork Paintings Line Dancing Berry, Bill: Fairy Tale Friends My Museum Beginning Line Drawing Looking at Buttons Birds & Bill Berry Night Lights Blending Colors; Venn Diagrams Mondrian Boogie Woogie Birches Branching Out Pattern Parade Brushing Our Teeth (2 Parts) Mondrian Line Design Building Blocks Piggy Backed Shapes (unit) Building a Mondrian Sculpture Mondrian Trees Busy Bee Helpers Planet Necklaces Calder’s Color Book Mouse Colors Cats in Art Pom-Pom Flower Painting Calder’s Fish My Community Square Cave Art Postcards from Van Gogh Calder Shape Mobiles My Shadow & Me Cheery “O’s” Robots with Henry Moore Can-Do-Ski (2 Parts) On Mother’s Lap Children’s Day Koi Streamers Shape-Kabobs Carousel Color & Mood Paint by Numbers Circles Everywhere Shape-O-Saurus Color of Our Own Patterns in Nature: Boolaboo -
NTS I: Coating New Technology Showcase Moderator: Gregg A
Session Presenter Title NTS I: Coating New Technology Showcase Moderator: Gregg A. Reed, Georgia-Pacific Chemicals NTS I-1 David J.E. Vidal, FPInnovations Performance and Cost Optimization of Coating Formulations using a Design- of-experiment Approach NTS I-2 Mike Cooley, Beta LaserMike Non-Contact, Laser-Based Technology for Accurately Measuring the Length and Speed of Product in Web Coating and Lamination (Presentation) NTS I-3 Rick Cazenave, Celanese APE-Free Emulsions for Paper Coatings NTS I-4 Martin Schmid, Voith Paper Inc. SpeedRod M - A new generation of metering systems for filmpresses NTS I-5 Vetrivel Dhagumudi, Layne Christensen Company Wastewater Treatment with MBR & RO for Pulp & Paper Mills NTS I-6 Andrew Denasiewicz, Siemens Industry Inc. Opportunities in Electrical Energy Saving in Pulp and Paper Mills NTS I-7 Ross Elliot, Tecumseth Filtration Inc. Studies Using Microfilter Technology Reveal Unnecessary Fiber, Energy and Water Losses NTS I-8 Pedro Casanova, LUDECA Inc. Roll Profile and Straightness Measurement NTS I-9 David Kevin McCall, SKF Reliability Systems Effective Condition Monitoring of Slow-Speed Mechanical Assets C3: Coating Best Papers I Moderator: Femi O. Kotoye, Styron LLC C 3-1 Janet S. Preston, John C. Husband, IMERYS Minerals Ltd. Binder Depletion During the Coating Process and Its Influence on Coating Strength (Presentation) C 3-2 Chris L. Lazaroff, Celanese; Rajeev Farwaha, Celanese - Recent Advancements in Vinyl Emulsion Polymers Acetate Ethylene Copolymers for Use in Paperboard Coatings (Presentation) C 3-3 Hakan B. Grubb, Xylophane AB Renewable Xylan-based Barrier Coating for Paper and Board (Presentation) M3: Future Products for the Pulp and Paper Industry Moderator: Harry Seamans, Bioenergy Deployment Consortium M 3-1 Michael A. -
General Clauses of the Single Stock Futures Contract
General Clauses of the Single Stock Futures Contract Under Section 2 of Article 207 of the Securities Code, the EURONEXT LISBON ‐ Sociedade Gestora de Mercados Regulamentados, S.A. (hereinafter EURONEXT LISBON) approved the following General Clauses: Clause I 1. These General Clauses contain the special provisions applicable to operations using the stock future contracts representing the share capital of the companies duly identified in the attached Contract Specifications (the “CS”). Each contract is identified in the CS. 2. Each contract equals rights over 100 (hundred) underlying shares, to trading in the Euronext Lisbon market, representing the share capital of each company identified in the Contract Specifications attached. 3. The number of underlying shares of the Single Stock Future contracts may be adjusted under the terms that EURONEXT LISBON may come to define. Clause II The contract price is represented in euros per share. Clause III The minimum price variation (tick) of the contract is € 0.0001 (one hundredth of a euro cent). Clause IV EURONEXT LISBON may set maximum contract price variation limits in relation to the previous session’s settlement price. Clause V Contract expiry months can be traded with a maximum maturity of months, in line with the contract month cycles set by EURONEXT LISBON in the Contract Specifications. Clause VI 1. The last trading day of each expiry month is the third Friday of the expiry month. 2. If the third Friday of the expiry month is not a business day, the last trading day will be the business day preceding the third Friday. 3. On the business day following the last trading day of a certain expiry month, a new expiry month becomes available for trading. -
Homogeneous Modification of Sugarcane Bagasse Cellulose With
Carbohydrate Research 342 (2007) 919–926 Homogeneous modification of sugarcane bagasse cellulose with succinic anhydride using a ionic liquid as reaction medium C. F. Liu,a R. C. Sun,a,b,* A. P. Zhang,a J. L. Ren,a X. A. Wang,a M. H. Qin,c Z. N. Chaod and W. Luod aState Key Laboratory of Pulp and Paper Engineering, South China University of Technology, Guangzhou 510640, China bCollege of Material Science and Technology, Beijing Forestry University, Beijing 100083, China cShandong Key Laboratory of Pulp and Paper Engineering, Shandong Institute of Light Industry, Jinan 250100, China dCentre for Instrument and Analysis, South China University of Technology, Guangzhou 510640, China Received 14 September 2006; received in revised form 1 February 2007; accepted 5 February 2007 Available online 13 February 2007 Abstract—The homogeneous chemical modification of sugarcane bagasse cellulose with succinic anhydride using 1-allyl-3-methyl- imidazolium chloride (AmimCl) ionic liquid as a reaction medium was studied. Parameters investigated included the molar ratio of succinic anhydride/anhydroglucose units in cellulose in a range from 2:1 to 14:1, reaction time (from 30 to 160 min), and reaction temperature (between 60 and 110 °C). The succinylated cellulosic derivatives were prepared with a low degree of substitution (DS) ranging from 0.071 to 0.22. The results showed that the increase of reaction temperature, molar ratio of SA/AGU in cellulose, and reaction time led to an increase in DS of cellulose samples. The products were characterized by FT-IR and solid-state CP/MAS 13C NMR spectroscopy, and thermal analysis. -
Esf Merchandise Shipping Address
SUNY College of Environmental Science and Forestry, 219 Bray Hall, One Forestry Drive, Syracuse, NY 13210-2785 WHERE ARE THEY NOW? cal agents for the US Army. “The in Herrington having three careers use in the river’s watershed. Army wanted to know where at ESF: Meteorology, Urban For- Herrington said that his work poisonous gas would go if it was estry, and Geospatial Technology. in Urban Physical Environment Lee Herrington, Ph.D. released below a forest canopy,” “I had several interesting research led to a chairmanship of the Ur- by Eileen T. Jevis explained Herrington. “In gen- projects during my tenure at ESF, ban Physical Environment work- eral, it doesn’t go directly down- said Herrington. ing group (charged with studying ost residents of Upstate wind; it goes to the left of the In Forest meteorology, Her- urban microclimate and urban New York have a some- above canopy wind and wanders rington helped Prof. Berglund es- acoustics) of the US Forest Ser- what cranky pride in our around quite a bit.” tablish the micrometeorological vice’s Pinchot Institute (Consor- Mranking as one of the snowiest re- Herrington began his career at system for measuring the physical tium for Environmental Forestry gions in the U.S. We are a hearty ESF teaching Meteorology, Forest environment in the three ecosys- Research) which, in turn, led to community who readily welcomes Fire Behavior, and Forest Micro- tems at the Forest Environmental several years of service as the Con- newcomers to the area. Lee Her- meteorology – courses he would Outdoor Teaching Lab (FEOTL) sortium’s Executive Director. -
Papermaking and Ink Chemistry of the “United States
Papermaking and Ink Chemistry of the “United States Three-Cent Bank Note Issue” Matej Pekarovic1, Alexandra Pekarovicova1, Jan Pekarovic1 and John Barwis2 Keywords: stamp, fiber length, paper porosity, bending index, color difference Abstract U.S. three-cent green postage stamps manufactured under governmental contracts with three different private bank note companies were studied concerning paper properties and ink composition. Stamp paper analyses revealed that each of the companies was using paper with different properties. Moreover, through the bending index measurement and calculation of population distribution of bending indices for each stamp manufacturer it was found that National BNC used two discrete types of paper, one with a bending index 85-115 GU/g reaching 52% of total tested samples, the other stiffer with a bending index 115-159 GU/g . The Continental BNC population (88%) had the bending index in the range 69-142 GU/g, the rest was within 142- 192 GU/g bending index. Possibly three different papers were used by the American BNC within the first period (1879), one (20%) with bending index 66-89 GU/g, a second (52%) with bending index 89-113 GU/g , and a third (28%) with bending index in the range of 113-145GU/g. The re-engraved issue (1881) was printed on two different papers, one (70% of population) with bending indices in the range 59-100GU/g, and the other with bending indices in the range of 100-128GU/g. “Green” as recognized by philatelists was found to be different for every manufacturer in terms of CIELAB values. Introduction This article aims to clarify differences in the substrate used to print United States three-cent stamps of the 1870s. -
Lisbon - Derivatives 03 August 2021
Euronext Lisbon - Derivatives 03 August 2021 Contract name Contract Contract Date Volume Open Change Settlement High Low Product group Market code delivery Interest Price PSI20 Index Future PSI Sep 21 2021-08-03 6,880 0 5,110.0000 Index Futures Lisbon PSI20 Index Future PSI Dec 21 2021-08-03 5,103.0000 Index Futures Lisbon PSI20 Index Future PSI Mar 22 2021-08-03 5,095.0000 Index Futures Lisbon PSI20 Index Future PSI Jun 22 2021-08-03 4,951.0000 Index Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Aug 21 2021-08-03 4.4338 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Sep 21 2021-08-03 4.4318 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Oct 21 2021-08-03 4.4299 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Dec 21 2021-08-03 4.4254 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Mar 22 2021-08-03 4.4196 Stock Futures Lisbon CTT-Correios De Portugal - Stock Future CT6 Jun 22 2021-08-03 4.3142 Stock Futures Lisbon EDP Energias de Portugal SA - Dividend EV8 Sep 21 2021-08-03 0.1900 Stock Futures Lisbon Future EDP Energias de Portugal SA - Dividend EV8 Dec 21 2021-08-03 0.1900 Stock Futures Lisbon Future EDP Energias de Portugal SA - Dividend EV8 Mar 22 2021-08-03 0.0000 Stock Futures Lisbon Future EDP Energias de Portugal SA - Dividend EV8 Jun 22 2021-08-03 0.2000 Stock Futures Lisbon Future EDP Energias de Portugal SA - Dividend EV8 Sep 22 2021-08-03 0.2000 Stock Futures Lisbon Future EDP Energias de Portugal SA - Dividend EV8 Dec 22 2021-08-03 0.2000 Stock -
Av. João XXI, Nº 63 - 1000-300 Lisbon – Portugal
Disclaimer The reports published on this website (http://www.caixabi.pt) have been prepared by Caixa - Banco de Investimento, SA. The information upon which these reports were based has been obtained from sources that we believe to be reliable, but we do not guarantee that it is accurate or complete. No part of these documents may be (i) copied or duplicated by any form or means, or (ii) redistributed without the prior written consent of Caixa - Banco de Investimento, SA. The analysts responsible for theses reports have not received and will not receive direct or indirect compensation in exchange for expressing specific recommendations or views by CaixaBI. At any time Caixa Geral de Depósitos, CaixaBI's parent company, or any affiliated companies (or employees) may have a position subject to change in these securities. There are no pre-established policies regarding frequency, change or update in recommendations issued by Caixa Banco de Investimento, SA and the same applies to our coverage policy. Opinions in these reports are subject to change without notice. These documents is for your private information, and is not to be constructed as an offer to sell or the solicitation of an offer to buy any security in any jurisdiction where such an offer or solicitation would be illegal. Any opinion or recommendation contained herein and in the investments to which they refer may not be appropriate for investors due to their specific financial position or investment targets. Investors should consider these reports as only a single factor in making their investment decision. Any recommendation and opinions contained in these reports may became outdated as a consequence of changes in the environment in which the company under analysis operates, in addition to changes in the estimates and forecast, assumptions and valuation methodology used herein. -
The Effect of Fiber Distribution Upon Stiffness of Paper Board
Western Michigan University ScholarWorks at WMU Paper Engineering Senior Theses Chemical and Paper Engineering 9-1962 The Effect of Fiber Distribution upon Stiffness of Paper Board Jon D. Hamelink Western Michigan University Follow this and additional works at: https://scholarworks.wmich.edu/engineer-senior-theses Part of the Wood Science and Pulp, Paper Technology Commons Recommended Citation Hamelink, Jon D., "The Effect of Fiber Distribution upon Stiffness of Paper Board" (1962). Paper Engineering Senior Theses. 264. https://scholarworks.wmich.edu/engineer-senior-theses/264 This Dissertation/Thesis is brought to you for free and open access by the Chemical and Paper Engineering at ScholarWorks at WMU. It has been accepted for inclusion in Paper Engineering Senior Theses by an authorized administrator of ScholarWorks at WMU. For more information, please contact wmu- [email protected]. THESIS I TH�T OF FIBER DISTRIBUTION UPON STIFFNESS OF PAPER BOARD presented by 1 Jon D Hamelink times I 1962-63. school year fora Problem Analysis Paper Technology Department Western Michigan University Kalamazoo, Michigan 2n11 :-l9 2 INDEX Thesis Abstract page; Stiffness importance page 4 definations page 4 & 5 Modulus of elasticity, Table I page 6 Beam comparison, Figure I page 8 Flexing of sheet and neutral plane, Figure II page 10 Problem approach page 11 Handsheet formation, Figure III page 13 Possible ply arrangements, Figure IV page 14 Stiffness of three ply sheets, Figures V &. VI page_ 16 Five ply sheets effect of ply position, Figure VII page 17 effect of upgrading, Figure VIII page 19 Conclusions page 20 Bibliography page 21 , AB.5TRACT THE EFFECT OF FIBER DISTRIBUTION UPON STIFFNESS OF PAPER BOARD This problem was approached by making multiply handsheets in the laboratory with various equicaliper ply arrangements of bleached sulfite pulp and overissue news, testing these sheets under standard conditions, and analyzing the data.