Global Sustainable Aviation Fuel (SAF) Production Capacity Outlook to 2030 (2024 Edition)
Summary
Sustainable Aviation Fuel (SAF) is environmentally friendly and is relatively pure when compared to conventional jet fuel. Global SAF production capacity is expected to witness remarkable growth during the period 2020-2030, potentially increasing from 48 million gallons per annum (mmgy) in 2020 to 9,078 mmgy in 2030. A slew of projects planned mainly in North America, Asia, and Europe are expected to drive this significant capacity growth by 2030.
Scope
Global SAF production capacity outlook by refinery type, region, and country
Global SAF development outlook by project stage
SAF production capacity analysis by refinery type - regional analysis by standalone renewable, co-processing, and conversions refineries
Key details of major players by SAF production capacity
Reasons to Buy
Understand the upcoming SAF production capacity by region, refinery type, and key countries
Facilitate decision-making on the basis of strong SAF production capacity outlook data
Keep abreast of key fully converted or co-processing or standalone refinery projects globally that produce SAF
Assess your competitor’s plans for SAF production
Global SAF Production Capacity Outlook
Global SAF Production Capacity by Region
Upcoming SAF Production Capacity by Region and Refinery Type
Upcoming SAF Production Capacity by Key Countries
Upcoming SAF Projects Development Outlook
SAF Production Capacity Analysis by Region and Refinery Type
Regional Analysis of Renewable Standalone Refineries
Key Renewable Standalone Refineries
Regional Analysis by Refinery Co-Processing
Key Co-Processing Refineries
Regional Analysis by Refinery Conversions
Key Crude Oil Refinery Conversions
Major Players by SAF Production Capacity
Major Players by SAF Production Capacity in Renewable Standalone Refineries
Key Players for Renewable Standalone Refineries
Major Players by SAF Production Capacity in Refinery Co-Processing
Key Players for Refinery Co-Processing
Major Players by SAF Production Capacity in Refinery Conversions