2024-2029 年氫儲存和運輸材料進步的成長機會

Growth Opportunities in Material Advancements in Hydrogen Storage and Transportation, 2024-2029

出版日期: 2024年07月01日 | 出版商:

Frost & Sullivan | 英文 46 Pages | 商品交期: 最快1-2個工作天內

價格

簡介目錄

氫經濟的出現以及對高效、安全的氫儲存和運輸的迫切需求將刺激新材料開發的技術創新。

除了宣布淨零排放目標外，緩解氣候變遷的持續努力正在推動氫經濟，電解槽成本下降也得到了支持。氫經濟的積極勢頭正在激發人們對儲氫材料研究和開發的興趣。

這些新材料的開發旨在取代傳統的氫儲存和運輸方法，這些方法在效率、成本和安全性方面有其限制。這些新材料提供固體和液態氫存儲，並具有多種理想的特性，包括低溫和高壓、易於存儲和運輸以及卓越的安全性。這些特性使新型儲存材料特別適合長期/季節性儲氫。

本研究涵蓋以下主題：

綠色氫價值鏈和儲氫解決方案概述和主要特徵
氫儲運主要新興材料及其比較
氫儲運材料領域的主要相關人員
基於氫密度、重量和成本的新型儲氫材料比較
各種儲氫材料的專利狀況和成長機會

綠色氫價值鏈
氫儲運技術概述
新興液體儲氫材料
新興儲氫材料的主要特徵—LOHC
新興儲氫材料－化學氫化物的主要特點
新興儲氫材料-固體
新興儲氫材料－金屬氫化物的關鍵特性
新興儲氫材料的主要特徵—多孔材料
最好的儲氫材料
儲氫成本

創新生態系統

北美和歐洲引領綠色氫能舉措
氫儲運材料領域主要參與企業
氫儲運材料－專利格局

成長要素

成長機會1：氨作為綠氫關鍵載體的出現
成長機會2：促進大型氫中心的發展
成長機會三：提高燃料電池汽車的效率與成本競爭力

附錄

TRL：說明

下一步

成長機會的好處和影響
下一步
下一步
免責聲明

簡介目錄

Product Code: DAF1

Emergence of Hydrogen Economy and Urgent Need for Efficient and Safe Hydrogen Storage and Transportation are Driving Innovations toward New Material Development

Ongoing efforts to mitigate climate change, in addition to the announcement of net-zero emission targets, have provided a boost to the hydrogen economy, further supported by the declining cost of electrolyzers. This positive momentum toward the hydrogen economy has ignited interest in the research and development of hydrogen storage materials.

Development of these new materials is targeted toward replacing conventional hydrogen storage and transportation options that have limitations, in terms of efficiency, cost, and safety. These new materials, which include both solid-state and liquid hydrogen storage options, have several desirable features, such as lower temperature and pressure requirements, ease of storage and transportation, and superior safety. These attributes make emerging storage materials particularly suitable for long duration/seasonal hydrogen storage.

The research study covers the following topics:

Overview of green hydrogen value chain and hydrogen storage solutions and their key attributes
Major emerging materials for hydrogen storage and transportation and their comparisons
Major stakeholders within the hydrogen storage and transportation materials space
Comparison of emerging hydrogen storage and transportation materials based on their hydrogen density, weight, and cost
Patent landscape and growth opportunities pertaining to various hydrogen storage materials

Strategic Imperatives

Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Hydrogen Storage and Transportation Materials Industry
Growth Opportunities Fuel the Growth Pipeline Engine™
Research Methodology