市場調査レポート

ティッシュペーパーの新しい繊維材料:技術予測

Emerging Fibre Sources for Tissue Paper: technology forecasts to 2024

発行 Smithers Pira 商品コード 319748
出版日 ページ情報 英文 104 Pages
納期: 即日から翌営業日
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ティッシュペーパーの新しい繊維材料:技術予測 Emerging Fibre Sources for Tissue Paper: technology forecasts to 2024
出版日: 2014年10月31日 ページ情報: 英文 104 Pages
概要

世界のティッシュペーパーの需要は今後10年で大きく拡大する見通しです。しかし主力となる繊維原料や技術はいまだ定まっておらず、ティッシュ製造業者は適切な原料の選択という大きな課題に直面しています。

当レポートでは、世界のティッシュペーパー産業について調査し、ティッシュペーパー産業およびティッシュ製品の概要、既存の繊維原料と技術、ティッシュ繊維の供給における課題、新しい各種繊維原料・技術とそれぞれの市場成長予測・動向分析などについてまとめています。

エグゼクティブサマリー

イントロダクション・調査手法

ティッシュペーパー産業の概要

  • イントロダクション
  • ティッシュ製品の形態と用途
  • ティッシュの製造業者と製造能力
  • ティッシュ製品の代替品
  • ティッシュの製造技術
  • ティッシュの性能特性

繊維原料と技術

  • パルプ繊維の概要
  • 化学パルプ
  • 世界のパルプ製造
  • ティッシュの用途

ティッシュ繊維の供給における課題

  • イントロダクション
  • 再生繊維:アベイラビリティと品質の低下
  • ティッシュ需要の拡大
  • 使い捨てティッシュ製品:管理/持続可能性
  • 地域的なばらつき:繊維の供給
  • 針葉樹繊維の不足

新しい繊維原料と技術

  • 南方針葉樹の開発
  • シベリア針葉樹の開発
  • 農業廃棄物からの繊維
  • 竹の栽培
  • 北米におけるリサイクルの減少
  • バイオリファイナリー繊維
  • 非木材ティッシュ
  • 構造化ティッシュ
  • 北米のアジアへの針葉樹の輸出
  • 酵素による繊維のアップグレード
  • BCTMP繊維
  • 繊維料作物の栽培
  • 針葉樹の代替
  • 有機ティッシュ
  • GMO樹木
  • 熱帯地域の農園
  • 合成繊維
  • 持続可能なパルプ化、など
    • 技術概要
    • 市場成長推進因子・動向
    • 市場予測

地域サマリー

  • 北米
  • 南米
  • 西欧
  • 中欧・東欧
  • ロシア
  • 中東
  • 中国
  • インド
  • アジアのその他の地域
  • その他の地域

図表

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目次

Your Unique Insight into Emerging Fibre Sources for Tissue Paper

Global demand for tissue paper is set to grow exponentially over the next 10 years, yet the dominant fibre source and technology remains unclear. Tissue manufacturers face a oncein- a-generation challenge to find the right fibre source. Emerging Fibre Sources for Tissue Paper: technology forecasts to 2024 anticipates the challenges and adaptations to global tissue-making fibre supplies to 2024, driven by changes in fibre availability, tissue market and product development and the development of new technologies.

METHODOLOGY

The information in this report is based on an extensive cycle of primary and secondary research. This included interviews and surveys with experts in the field to identify issues, trends and to rank technologies. The web, social media and technical forums were consulted to find the current subject-related topics that were generating discussion. An extensive survey and summary of the literature was developed using publications and proceedings from TAPPI and other organisations. This information was assembled into five major trends and 25 top technologies or supply strategies considered to have the greatest disruption potential. These 25 technologies/strategies were then ranked upon individual expert input and literature results.

FIND OUT ABOUT

  • What are the top 25 disruptive technologies that could impact the tissue paper industry over the next 10 years
  • What are the current issues and challenges affecting the tissue fibre supply chain
  • What are the emerging fibre sources and technologies and how can your business take advantage

HOW WILL THIS MARKET INTELLIGENCE REPORT BENEFIT YOU

  • Identify and understand the effects of the major disruptive technologies on the tissue paper industry
  • Get the latest market data and analysis based on primary research to help you plan your business strategy
  • Understand the global trends affecting fibre sources and the tissue paper supply chain

WHO SHOULD BUY THIS REPORT

  • Papermakers and tissue converters
  • Pulp suppliers
  • Chemical suppliers
  • Paper machinery and equipment suppliers
  • Industry consultants and analysts

WHAT'S INCLUDED IN THE PRICE

  • An electronic version of the report in PDF format. You may add a hardcopy version (mailed to you) see the order form for details
  • Ten-year market forecasts
  • Analyses of key trends, top 25 disruptive technologies, strategic forecasts and extensive tables and figures

Table of Contents

Executive summary

Introduction and methodology

  • Introduction
  • Scope
  • Methodology
  • Definitions
  • Assumptions

Tissue Paper Industry Ove rview

  • Introduction
  • Tissue product formats and applications
  • Tissue producers and capacities
  • Tissue product replacements/ substitutions
  • Tissue making technology
  • Tissue performance properties

Fibre sources and technologies

  • Pulp fibre overview
  • Chemical pulps
  • Global pulp production
  • Tissue applications

Tissue fibre supply issues

  • Introduction
  • Recycled fibre: reduced availability and quality
  • Tissue demand increase
  • Disposable tissue products: stewardship/sustainability
  • Regional dislocations: fibre supply
  • Softwood fibre shortages

Emerging fibre sources and technology

  • Southern softwood sourcedevelopment
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Siberian softwood development
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Agricultural waste fibre
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Bamboo plantations
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Reduced North American recycled content
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Biorefinery fibre
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Tree-free tissue
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Structured tissue
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • NA softwood export to Asia
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Multi fibre capability
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Enzymatic fibre upgrade
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Mini pulp mills
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Softwood in a can
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • BCTMP fibre
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Cultivated fibre crops
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Softwood replacements
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Northern pulp mills
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Organic tissue
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Foam forming
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Mechanical fibre
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • GMO trees
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Tropical plantations
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Synthetic fibres
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024
  • Sustainable pulping
    • Technical overview
    • Market drivers and trends
    • Forecasts to 2024

Regional summary

  • North America
  • South America
  • Western Europe
  • Central and eastern Europe
  • Russia
  • Middle East
  • China
  • India
  • Rest of Asia
  • Rest of world

TABLES & FIGURES

  • Greenpeace USA buying guide for tissue paper
  • Finished 2-ply towel role
  • Macro structure pattern
  • 2-plies glued together
  • The automatic bidet toilet
  • The Swash model comparison
  • The Dreumeux hand drier
  • Softness versus strength
  • Bulk versus strength
  • Absorbency versus strength
  • Absorbency versus basis weight
  • Global pulp production, 2013
  • Global pulp capacity by category, 2013
  • Ontario Aspen pulp
  • Ontario softwood blend
  • Eucalyptus from central Brazil
  • Mississippi pine blend
  • Selected tissue pulp fibre properties
  • AFPA US recovery rate
  • European paper recycling, 1991-2012
  • Recycled fibres (microphotograph)
  • Virgin chemical pulp (microphotograph)
  • Surface of handsheet
  • Agricultural waste fibre
  • BCTMP fibre
  • Assumptions underpinning the report
  • Global tissue production, 2013
  • Global tissue production, 2013 (heat map)
  • Fibre source subcategories: straw pulp, bagasse, pulp, bamboo pulp
  • Summary of forces disrupting tissue fibre chain
  • Disruptive force: recycled fibre, reduced availability and quality
  • US corrugated production, 1990-2014
  • US newsprint production, 1990-2014
  • US freesheet supply, 1990-2014
  • Disruptive force: disposable tissue products: stewardship/ sustainability and scrutiny
  • Key sustainability issues: tissue fibre supply
  • Overview of disruptive tissue fibre technologies and sources to 2024
  • Technology and fibre source transition table to 2024: southern softwood source development
  • Technology and fibre source transition table to 2024: Siberian softwood development
  • Technology and fibre source transition table to 2024: agricultural waste fibre
  • Technology and fibre source transition table to 2024: bamboo plantations
  • Technology and fibre source transition table to 2024: reduced North American recycled content
  • Technology and fibre source transition table to 2024: biorefinery fibre
  • Technology and fibre source transition table to 2024: tree-free tissue
  • Technology and fibre source transition table to 2024: structured tissue
  • Technology and fibre source transition table to 2024: NA softwood export to Asia
  • Technology and fibre source transition table to 2024: multi fibre capability
  • Technology and fibre source transition table to 2024: enzymatic fibre upgrade
  • Technology and fibre source transition table to 2024: mini pulp mills
  • Technology and fibre source transition table to 2024: softwood in a can
  • Technology and fibre source transition table to 2024: BCTMP fibre
  • Technology and fibre source transition table to 2024: cultivated fibre crops
  • Technology and fibre source transition table to 2024: softwood replacements
  • Technology and fibre source transition table to 2024: northern pulp mills
  • Technology and fibre source transition table to 2024: organic tissue
  • Technology and fibre source transition table to 2024: foam forming
  • Technology and fibre source transition table to 2024: mechanical fibre
  • Technology and fibre source transition table to 2024: GMO trees
  • Technology and fibre source transition table to 2024: tropical plantations
  • Technology and fibre source transition table to 2024: synthetic fibres
  • Technology and fibre source transition table to 2024: sustainable pulping
  • Fibre source and technology forecast to 2024: North America
  • Fibre source and technology forecast to 2024: South America
  • Fibre source and technology forecast to 2024: Western Europe
  • Fibre source and technology forecast to 2024: Central and eastern Europe
  • Fibre source and technology forecast to 2024: Russia
  • Fibre source and technology forecast to 2024: Middle East
  • Fibre source and technology forecast to 2024: China
  • Fibre source and technology forecast to 2024: India
  • Fibre source and technology forecast to 2024: Rest of Asia
  • Fibre source and technology forecast to 2024: Rest of world
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