Chemicals and Materials for the Global Green Hydrogen Economy
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.
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