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石油・ガス向け高性能ポリマーの将来 2020年

The Future of High-Performance Polymers for Oil and Gas to 2020

発行 Smithers Rapra 商品コード 351865
出版日 ページ情報 英文
納期: 即日から翌営業日
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石油・ガス向け高性能ポリマーの将来 2020年 The Future of High-Performance Polymers for Oil and Gas to 2020
出版日: 2015年12月04日 ページ情報: 英文
概要

当レポートでは、石油・ガス向け高性能ポリマー市場について調査し、石油・ガス市場で活動する主要サプライヤーの分析、石油・天然ガスの抽出・加工に関連したプロセスの調査、主なアプリケーション、サプライヤーおよび生産動向などをまとめ、お届けいたします。

エグゼクティブサマリー

第1章 イントロダクション

第2章 抽出・加工

  • 石油・ガス
  • 抽出工程
  • 加工

第3章 高性能ポリマー

  • イントロダクション
  • ポリアミド
  • PTFE
  • PVdF
  • FEP
  • ECTFE
  • ETFE
  • PFA
  • ポリイミド
  • ポリアミドイミド (PAI)
  • ポリエーテルイミド (PEI)
  • ポリアリールエーテルケトン

第4章 アプリケーション

  • パイプシステム
  • 耐食ライニング
  • シール
  • ワイヤー・ケーブルコーティング
  • ポンプ
  • バルブ
  • ベアリング

第5章 サプライチェーン

  • イントロダクション
  • 主なポリマーサプライヤー
    • Solvay
    • Arkema
    • Chemours
    • 3M Dyneon
    • DuPont
    • Victrex
    • Evonik
    • Daikin
    • 旭硝子
    • SABIC Innovative Plastics
    • Gharda Plastics
    • Kureah
    • Shandong Dongyue Polymer Material Co.
    • Jilin Zhongyan High Performance Plastic
  • コンパウンド企業
    • Lehmann & Voss
    • RTP
    • SABICLNP
  • 半加工品
  • 石油サービス企業
    • Schlumberger
    • Halliburton
    • Saipem
    • Transocean
    • Baker Hughes
    • その他

図表

目次

The global energy industry is in a state of flux due to factors including the fall in oil prices and depletion of fossil fuel reserves.

The polymer industry is trying to increase the lifetime of the assets associated with recovery, production and processing by providing corrosion resistant materials. The Future of High Performance Polymers for Oil and Gas to 2020 forecasts a marginal decline in the demand for high performance polymers over the next couple of years, with a return to more healthy levels of growth from 2018 onwards. The three biggest national oil producers are Saudi Arabia, Russia and the US, who collectively account for around 37% of global production. However, as global energy requirements increase, the need to exploit deeper reserves means that operating temperatures can now be as high as 315oC and pressures which can exceed 3,000 bars.

Our exclusive content:

  • A breakdown of all key suppliers for the high performance polymers, compounds and stock shapes active within the oil and gas sectors.
  • An examination of the processes associated with the extraction and processing of oil and natural gas.
  • 64 tables and figures highlighting key application, supplier and production trends.

What methodology is used?

The Future of High Performance Polymers for Oil and Gas to 2020 is based on in-house primary research- supported by extensive industry data. Primary research involved interviews with key industry contacts across global locations, and was supplemented by information extracted from company websites, trade journals and conference proceedings. Secondary research was based on a literature review of the market and company reports in addition to magazine and journal abstracts. Most of the background data on the oil and gas industry was based on data published by BP and the International Energy Agency.

What will you discover?

  • A profile of the major country markets, indicating scale and growth potential.
  • The global market demand or high performance polymers in oil and gas through 2020 broken down by type of polymer.
  • The main standards and specifications governing the use of materials and products for the high performance polymers market.

Table of Contents

Contents

Executive Summery

1. Introduction

  • Background
  • Scope
    • Materials
    • Countries
  • Objectives
  • Methodology

2. Extraction and processing

  • Oil and gas
  • The extraction process
    • Offshore Extraction
    • Onshore Extraction
    • Shale gas and “fracking”
  • Processing
    • Separation
    • Gas treatment
    • Storage
    • Liquefied natural gas
    • Refining

3. High-performance polymers

  • Introduction
  • Polyamides
    • Materials profile
    • Applications in oil and gas
    • Materials' supply
  • PTFE
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • PVdF
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • FEP
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • ECTFE
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • ETFE
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • PFA
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • Polyimides
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • Polyamide-Imide (PAI)
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • Polyetherimide (PEI)
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply
  • Polyaryletherketones
    • Materials profile
    • Applications in oil and gas
    • Demand outlook
    • Materials supply

4. Applications

  • Pipe systems
    • Introduction
    • Downhole piping
    • Umbilicals
    • Flowlines
    • Flexible risers
    • Transportation & Distribution
  • Corrosions-resistant linings
  • Seals
  • Wire and cable coatings
  • Pumps
  • Valves
  • Bearings

5. The Supply Chain

  • Introduction
  • Major polymer suppliers
    • Solvay
    • Arkema
    • Chemours
    • 3M Dyneon
    • DuPont
    • Victrex
    • Evonik
    • Daikin
    • Asahi Glass
    • SABIC Innovative Plastics
    • Gharda Plastics
    • Kureah
    • Shandong Dongyue Polymer Material Co.
    • Jilin Zhongyan High Performance Plastic
  • Compounders
    • Lehmann & Voss
    • RTP
    • SABICLNP
  • Semi-Finished Stock Shapes
  • Oil service companies
    • Schlumberger
    • Halliburton
    • Saipem
    • Transocean
    • Baker Hughes
    • Others

List of Figures:

  • World Oil discoveries and production 1960-2009(billion bbls/year)
  • Brent crude oil price in US dollars per barrel(2000-15)
  • 2.1: Offshore oil rig designs
  • 2.2: Floating production storage and offloading
  • 2.3: Subsea flowlines and risers
  • 2.4: Onshore rig
  • 2.5: Well head Christmas tree
  • 2.6: A basic separation module
  • 2.7: Shell & tuber heat exchanger
  • 2.8: Gas treatment facility
  • 2.9: Polymer flow chart
  • 3.1: Relative cost of high-performance polymers, $US/kg 2015
  • 3.2: Continuous operating temperatures(Celsius)
  • 3.3: Applications for PTFE in Oil & Gas
  • 3.4: Applications for PVdF in Oil & Gas
  • 3.5: Applications for ECTFE in Oil & Gas
  • 3.6: Applications for ETFE in Oil & Gas
  • 3.7: Applications for PFA in Oil & Gas
  • 3.8: Applications for Polyaryletherketones in Oil and Gas
  • 4.1: A typical umbilical
  • 4.2: Illustration of a subsea flowline & riser network
  • 4.3: Flexible composite pipe
  • 4.4: Soluforce reinforced thermoplastic pipe
  • 5.1: Polymer flowchart
  • 5.2: Solvay net sales- % by sector 2014
  • 5.3: Saipem 2014 activity split

List of Tables:

  • E.1: Global market for high-performance polymers in oil and gas, 2010-15(‘000 tonnes)
  • E.4: Global market for high-performance polymers in oil and gas, 2015-20
  • E.5: Major suppliers of fluoropolymers for oil and gas
  • E.6: Major suppliers of other high-performance polymers for oil and gas
  • 2.1: Top 10 Oil refining countries
  • 2.2: World's largest refining companies
  • 3.1: Global market for high-performance polymers in oil and gas, 2010-15(‘000 tonnes)
  • 3.2: Global market for high-performance polymers in oil and gas, 2015-20(‘000 tonnes)
  • 3.3: Major producers of PA12 resins
  • 3.4: Global demand for PTFE in oil and gas, 2010-15
  • 3.5: Global demand for PTFE in oil and gas, 2015-20
  • 3.6: Major producers of PTFE resins
  • 3.7: Global demand for PVdF in oil and gas, 2010-15
  • 3.8: Global demand for PVdF in oil and gas, 2015-20
  • 3.9: Major producers pf PVdF resins
  • 3.10: Key properties FEP & other fluoropolymers
  • 3.11: Global demand for FEP in oil and gas, 2010-15
  • 3.12: Global demand for FEP in oil and gas, 2015-20
  • 3.13: Major producers of FEP resins
  • 3.14: Global demand for ECTFE in oil and gas, 2010-15
  • 3.15: Global demand for ECTFE in oil and gas, 2015-20
  • 3.16: Major producers of ECTFE resins
  • 3.17: Global demand for ETFE in oil and gas, 2010-15
  • 3.18: Global demand for ETFE in oil and gas, 2015-20
  • 3.19: Major producers of ETFE resin
  • 3.20: Global demand for PFA in oil and gas, 2010-15
  • 3.21: Global demand for PFA in oil and gas, 2015-20
  • 3.22: Major producers of PFA resin
  • 3.23: Polyimides in oil and gas, 2010-15
  • 3.24: Polyimides in oil and gas, 2015-20
  • 3.25: Polyimides in oil and gas, 2015-20
  • 3.26: Major producers of Polyimides
  • 3.27: Global demand for PAI in oil & gas, 2010-15
  • 3.28: Global demand for PAI in oil & gas, 2015-20
  • 3.29: Major Producers of Polyamide-imide
  • 3.30: Global demand for PEI in oil and gas, 2010-15
  • 3.31: Global demand for PEI in oil and gas, 2015-20
  • 3.32: Polyaryetherketones in oil and gas, 2010-15
  • 3.33: Major producers of Polyaryetherketones
  • 5.1: Top 10 global oil companies
  • 5.2: Materials and applications for oil and gas - Solvay
  • 5.3: Materials and applications for oil and gas - Arkema
  • 5.4: Materials and applications for oil and gas - Chemours
  • 5.5: Materials and applications for oil and gas - Dyneon
  • 5.6: Materials & Applications for Oil & Gas - DuPont
  • 5.7: Materials & applications for oil and gas, Victrex
  • 5.8: Materials & applications for oil and gas, Evonik
  • 5.9: Materials & applications for oil and gas, Daikin
  • 5.10: Materials & applications for Oil & Gas, Asahi Glass
  • 5.11: Materials & applications for Oil & Gas, SABIC Innovative Plastics
  • 5.12: Materials & applications for Oil & Gas, Gharda Plastics
  • 5.13: Materials & applications for Oil & Gas, Kureha
  • 5.14: Materials & applications for Oil & Gas, Lehmann & Voss
  • 5.15: Stock Shapes for Oil & Gas, Quadrant
  • 5.16: Stock Shapes for Oil & Gas, Quantum
  • 5.17: Stock Shapes for Oil & Gas, Roechling Sustaplast
  • 6.1: Key API Standards for Oil & Gas
  • 6.2: ISO 13628: Design & operation of subsea production systems
  • 7.1: Global oil production 2013, by region
  • 7.2: Global oil production 2013, by major country
  • 7.3: Global oil consumption 2013, by major country
  • 7.4: Global oil reserves 2013, by major country
  • 7.5: Venezuela: Oil production, consumption, reserves 2013
  • 7.6: Venezuela: Major oil fields
  • 7.7: Venezuela: Major oil refineries
  • 7.8: Saudi Arabia: Oil production, consumption, Reserves 2013
  • 7.9: Saudi Arabia: Major oil fields
  • 7.10: Saudi Arabia: Major crude oil pipelines
  • 7.11: Canada: Oil production, consumption, reserves 2013
  • 7.12: Canada: Major oilfields
  • 7.13: Canada: Major oil refineries
  • 7.14: Iran: Oil production, consumption, reserves 2013
  • 7.15: Iran: Major oilfields
  • 7.16: Iran: Major crude oil pipelines
  • 7.17: Iran: Major oil refineries
  • 7.18: Iraq: Oil production, consumption, reserves 2013
  • 7.19: Iraq: Major oilfields
  • 7.20: Iraq: Major crude oil pipelines
  • 7.21: Iraq: Major oil refineries
  • 7.22: Kuwait: Oil production, consumption, reserves 2013
  • 7.23: Kuwait: Major oilfields
  • 7.24: Kuwait: Major crude oil pipelines
  • 7.25: Kuwait: Major oil refineries
  • 7.26: UAE: Oil production, consumption, reserves 2013
  • 7.27: UAE: Major oilfields
  • 7.28: UAE: Major oil refineries
  • 7.29: Russian Federation: Oil production, consumption, reserves 2013
  • 7.30: Russian Federation: Major oilfields
  • 7.31: Russian Federation: Major crude oil pipelines
  • 7.32: Russian Federation: Major oil refineries
  • 7.33: Libya: Oil production, consumption, reserves 2013
  • 7.34: Libya: Major oilfields
  • 7.35: Libya: Major crude oil pipelines
  • 7.36: Libya: Major oil refineries
  • 7.37: US: Oil production, consumption, reserves 2013
  • 7.38: US: Major oilfields
  • 7.39: US: Major oil refineries
  • 7.40: Oil Production 2000-15
  • 7.41: Global production of natural gas, by major country
  • 7.42: Global consumption of natural gas, by major country
  • 7.43: Global Proved Reserves of Natural Gas, by major country
  • 7.44: Iran: Natural gas production, consumption, reserves 2013
  • 7.45: Iran: Major natural gas pipelines
  • 7.46: Russian Federation: Natural gas production, consumption, reserves 2013
  • 7.47: Russian Federation: Major natural gas fields
  • 7.48: Qatar: Natural gas production, consumption, reserves 2013
  • 7.49: Qatar: Major natural gas pipelines
  • 7.50: Turkmenistan: Natural gas production, consumption, reserves 2013
  • 7.51: Turkmenistan: Major natural gas fields
  • 7.52: Turkmenistan: Major natural gas pipelines
  • 7.53: US: Natural gas production, consumption, reserves 2013
  • 7.54: US: Major natural gas fields
  • 7.55: Saudi Arabia: Natural gas production, consumption, reserves 2013
  • 7.56: Saudi Arabia: Major natural gas fields
  • 7.57: Saudi Arabia Major natural gas pipelines
  • 7.58: UAE: Natural gas production, consumption, reserves 2013
  • 7.59: Venezuela: Natural gas production, consumption, reserves 2013
  • 7.60: Venezuela: Major natural gas pipelines
  • 7.61: Nigeria: Natural gas production, consumption, reserves 2013
  • 7.62: Nigeria: Major natural gas fields
  • 7.63: Nigeria: Major natural gas pipelines
  • 7.64: Algeria: Natural gas production, consumption, reserves 2013
  • 7.65: Algeria: Major natural gas pipelines
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