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全球綠色氫經濟的化學品和材料
市場調查報告書
商品編碼
1383291

全球綠色氫經濟的化學品和材料

Chemicals and Materials for the Global Green Hydrogen Economy
出版日期: | 出版商: Frost & Sullivan | 英文 118 Pages | 商品交期: 最快1-2個工作天內

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簡介目錄

利害關係者透過產能擴張、生產規模擴大、技術開發和策略聯盟取得進步

本研究分析了綠色氫價值鏈所需的主要化學品和材料，並評估了各個相關人員在綠氫經濟中的作用。在關注生態系統供應這些化學品和材料的公司的同時，也檢驗了零件製造商和系統供應商在發展綠氫經濟中的作用。

化學公司在綠色氫經濟中發揮關鍵作用，通常尋求向市場提供端到端解決方案。多家公司提供生產、儲存、分配和利用綠氫所需的化學品和材料。本研究分析了綠氫價值鏈中的關鍵因素，包括法規及其影響、供需關係以及這些公司必須考慮的成本。還涵蓋了綠色氫解決方案的技術準備以及綠氫在各種應用中的採用率。

由於氫的獨特性質，儲存和分配是綠氫面臨的挑戰。這項研究檢驗了在不同距離安全、經濟地儲存和分配不同數量的氫氣的可用選項。最後，本研究的結論是確定了相關人員和市場相關人員應該利用的該行業的成長機會。

目錄

戰略問題

  • 為什麼成長越來越困難？
  • The Strategic Imperative 8（TM）
  • 化學品和材料三大戰略重點對全球綠氫經濟的影響
  • 由成長機會驅動的Growth Pipeline Engine（TM）

成長機會分析

  • 綠氫 - 概述和簡介
  • 分析範圍
  • 綠氫 - 分析範圍
  • 綠氫化學品和材料 - 在整個價值鏈中提供化學品和材料的公司
  • 綠氫－價值鏈

成長機會分析—綠色氫氣

  • 細分範圍 - 用於綠色氫氣生產的化學品和材料（電解槽）
  • 綠色氫電解槽概述
  • 電解槽的組件
  • 電解槽技術比較分析及其對化工產業的影響
  • PEM電解槽- CCM 的重要性
  • PEM電解槽 -優先領域
  • PFAS 法規及其對氫經濟的影響
  • 原物料供應和價格波動
  • 電解槽高成本（擴大生產規模降低成本）
  • 電解槽高成本（產業發展降低成本）

綠色氫氣生產－區域分析

  • 綠氫的潛在熱點（區域展望）
  • 綠氫的假設需求與供應模式
  • 地方綠氫能配合措施和獎勵
  • 各地區電解槽企業

綠色氫氣生產－競爭形勢

  • 主要策略夥伴
  • Chemours
  • 值得關注的公司 - Toray
  • 特色公司 - Evonik
  • 值得關注的公司
  • 材料供應商的機會

成長機會分析-綠氫儲存與分配

  • 細分範圍 - 綠氫儲存和分配化學品和材料
  • 細分範圍 - 綠氫儲存和分配化學品和材料（概述）
  • 為什麼綠氫地產地銷有效？
  • 綠色氫氣壓縮液化
  • 物理和化學儲存
  • 氫氣分佈
  • 氨作為氫載體
  • LOHC
  • LOHC - 材料
  • LOHC - 發展和值得注意的配合措施
  • LOHC - 氫能領域值得關注的公司
  • 管道
  • 管道運輸的趨勢
  • 加油基礎設施
  • 加油基礎設施（區域展望）
  • 各種氫氣運輸方式的比較評價
  • 理想的發行型態
  • 綠氫儲運領域的相關人員
  • 壓力容器 - 重點領域
  • 壓力容器的作用
  • 壓力容器 - 政府配合措施
  • 壓力容器-材料
  • 壓力容器要求
  • 碳纖維趨勢（未來供需趨勢）
  • 六角普魯斯（案例研究）
  • 全能塑膠（案例研究）
  • 值得關注的公司

成長機會分析－綠氫的主要應用市場

  • 細分範圍-綠氫主要應用市場
  • 綠氫利用
  • 綠氫商業機會和範圍分析
  • 綠氫應用範圍
  • 氫 - FC 的應用
  • FC類型
  • PEM FC
  • 綠氫燃料電池相關人員
  • 公司在 FC 材料形勢中的作用
  • 發育狀況
  • 煉油廠的綠氫
  • 化學製造原料
  • 用於電子燃料生產的綠氫
  • 技術探索—電燃料生產
  • 從發電到液體製程的各種電子燃料生產方法
  • 從發電到氣體處理的各種電子燃料生產方法
  • 電子燃料的類型 -普及和應用領域

成長機會領域

  • 成長機會1：氫基礎設施中材料的循環經濟
  • 成長機會2：策略夥伴關係、產能擴張、聯合材料開發
  • 成長機會3：化學公司的端到端價值鏈存在
  • 成長機會4：用於燃料電池應用的輕型緊湊儲存容器
  • 成長機會5：材料供應商多元化

下一步

  • 下一步
  • 為什麼選擇Frost，為什麼是現在？
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簡介目錄
Product Code: PEDD-92

Stakeholders will Advance Through Capacity Expansions, Production Scale-up, Technology Developments, and Strategic Partnering

This study analyzes the main chemicals and materials necessary in the green hydrogen value chain and assesses the roles of the various stakeholders in the green hydrogen economy. While it focuses on the companies that supply these chemicals and materials to the ecosystem, the role of component manufacturers and system providers in the development of the green hydrogen economy has also been examined.

Chemical companies are a crucial part of the green hydrogen economy and often strive to supply end-to-end solutions to the market. Several companies offer the chemicals and materials required to produce, store, distribute, and use green hydrogen. The study analyzes key factors in the green hydrogen value chain that these companies have to consider, such as regulations and their implications, supply-demand dynamics, and costs. The technology readiness of green hydrogen solutions and the rate of green hydrogen adoption across various applications have also been covered.

Storage and distribution are challenging aspects of green hydrogen owing to hydrogen's inherent properties. The study examines the options available for safely and economically storing and distributing different volumes of hydrogen across different distances. The study concludes by identifying the growth opportunities emerging from this space for stakeholders and market players to leverage.

Table of Contents

Strategic Imperatives

  • Why is it Increasingly Difficult to Grow?
  • The Strategic Imperative 8™
  • The Impact of the Top 3 Strategic Imperatives on Chemicals and Materials for the Global Green Hydrogen Economy
  • Growth Opportunities Fuel the Growth Pipeline Engine™

Growth Opportunity Analysis

  • Green Hydrogen-Overview and Introduction
  • Scope of Analysis
  • Green Hydrogen-Scope of Analysis
  • Green Hydrogen Chemicals and Materials-Companies Offering Chemicals and Materials Across the Value Chain
  • Green Hydrogen-Value Chain

Growth Opportunity Analysis-Green Hydrogen Production

  • Segment Scope-Chemicals and Materials for Green Hydrogen Production (Electrolyzers)
  • Green Hydrogen Electrolyzers Overview
  • Components of Electrolyzers
  • Comparative Analysis of Electrolyzer Technologies and their Impact on the Chemical Industry
  • PEM Electrolyzers-The Importance of CCMs
  • PEM Electrolyzers-Focus Areas
  • PFAS Regulations and their Impact on the Hydrogen Economy
  • Volatility in Raw Material Supply and Prices
  • Electrolyzers' High Costs (Production Scale-up to Reduce Costs)
  • Electrolyzers' High Costs (Industry Developments to Reduce Costs)

Green Hydrogen Production-Regional Analysis

  • Potential Hotspots for Green Hydrogen (Regional Outlook)
  • Possible Demand and Supply Patterns for Green Hydrogen
  • Regional Initiatives and Incentives for Green Hydrogen
  • Electrolyzer Companies Across Regions

Green Hydrogen Production-Competitive Landscape

  • Key Strategic Partnerships
  • Chemours Company
  • Companies to Watch Out for-Toray
  • Companies to Watch Out for-Evonik
  • Companies to Watch Out for
  • Opportunities for Material Suppliers

Growth Opportunity Analysis-Green Hydrogen Storage and Distribution

  • Segment Scope-Chemicals and Materials for Green Hydrogen Storage and Distribution
  • Segment Scope-Chemicals and Materials for Green Hydrogen Storage and Distribution (Overview)
  • Why is the Localization of Green Hydrogen a Viable Solution?
  • Compression and Liquefaction of Green Hydrogen
  • Physical and Chemical Storage
  • Distribution of Hydrogen
  • Ammonia as a Hydrogen Carrier
  • LOHC
  • LOHC-Materials
  • LOHC-Developments and Notable Initiatives
  • Company to Watch in LOHCs-Hydrogenious
  • Pipelines
  • Pipeline Transportation Developments
  • Refueling Infrastructure
  • Refueling Infrastructure (Regional Outlook)
  • Comparative Assessment of Various Modes of Hydrogen Transportation
  • Preferred Mode of Distribution
  • Stakeholders in the Green Hydrogen Storage and Transportation Segment
  • Pressure Vessels-Focus Areas
  • The Role of Pressure Vessels
  • Pressure Vessels-Governments Initiatives
  • Pressure Vessels-Materials
  • Pressure Vessel Requirements
  • Carbon Fiber Trends (Future Supply Demand Dynamics)
  • Hexagon Purus (Case Study)
  • Plastic Omnium (Case Study)
  • Companies to Watch Out for

Growth Opportunity Analysis-Key Application Markets for Green Hydrogen

  • Segment Scope-Key Application Markets for Green Hydrogen
  • Applications for Green Hydrogen
  • Opportunity and Scope Analysis for Green Hydrogen Applications
  • Application Scope for Green Hydrogen
  • Application of Hydrogen-FCs
  • Types of FCs
  • PEM FC
  • Green Hydrogen Fuel Cells Stakeholders
  • How Companies Participate in the FC Material Landscape
  • Developments
  • Green Hydrogen in Refineries
  • Feedstock for Chemical Production
  • Green Hydrogen for eFuel Production
  • Technological Exploration-eFuel Production
  • Different eFuel Production Methods from the Power to Liquid Process
  • Different eFuel Production Methods from the Power to Gas Process
  • Types of eFuels-Adoption Rate vs Application Areas

Growth Opportunity Universe

  • Growth Opportunity 1: Circular Economy for the Materials Present in Hydrogen Infrastructure
  • Growth Opportunity 2: Strategic Partnerships, Capacity Expansions, and Collaborative Material Development
  • Growth Opportunity 3: End-to-end Value Chain Presence for Chemical Companies
  • Growth Opportunity 4: Lightweight and Compact Storage Vessels for Fuel-cell Applications
  • Growth Opportunity 5: Diversification of Material Suppliers

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