1.1. Research Scope

1.2. Research Methodology

1.3 Key Findings

2.1 Aerogels have Unique Physical Properties which Help them Cater to a Wide Range of Applications

2.2 Need for Materials with Lightweight Characteristics and Higher Thermal Resistance Propels the Adoption of Aerogels

2.3 High Thermal Insulation and High Absorption Capabilities Play a Critical Role in Adoption of Aerogels

2.4 Silica Aerogels is Characterized With a Broadest Application Scope

2.5 Organic Aerogels are Gaining Traction due to their Applicability as Bio-Inert Materials

2.6 Metal Aerogels Adoption Purely Driven by its Ability to Cater to Energy Storage Applications

2.7 Metal Chalcogenide Aerogels Have Unique Properties like High Internal Surface Area and Tunable Optical Properties

2.8 Graphene-based Aerogels Find Major Applications in Energy Storage as they Offer the Highest Energy Density

2.9 Polymer Aerogels Are Gaining Traction due to their Reduced Material Stiffness

2.10 Enhanced Material Properties Including High Specific Surface Area and Biocompatibility of Organic Aerogels Are Driving Adoption

2.11 The APAC Region is Actively Developing Technologies for Scaling up of Aerogels

3.1 Majority of Participants Focus on Implementing Aerogels in the Building and Construction Sector

3.2 Apart such as Pyrogel and Quartzene is designed to operate at cryogenic temperatures in pipelines

3.3 Aerogels for Aerospace and Offshore Pipelines are the Most Widely Researched Topics by Academia

3.4 Blueshift International Materials’ AeroZero does not Require any Additional Filtration, Tool and Die to Retrofit into Manufacturing

3.5 Green Earth Technologies has developed silica aerogel which operates at a wide temperature range

3.6 Most Patents Filed in The Major Patent Offices are Focused on the Use of Aerogels in Catalysis and Adsorption

3.7 Majority of Funding in APAC is Focused on Making Aerogels Production Cost Effective

3.8 China Accounts for ore than 60% of Global Patent Fillings

4.1 Aerogels Find Application in the Energy Sector due to their High Specific Surface Area

4.2 Chemical Production can be Made Cost Effective by Implementing Aerogel based Catalysts

4.3 The Building and Construction Sector Consumes 70% of the Total Electricity Produced in EU, Making Aerogels Critical

4.4 Healthcare Sector Finds Major Application of Aerogels as Organ Implants

4.5 The Operational Downtime for Pipeline Transport in Oil and Gas Sector Can be Substantially Curbed Using Aerogels

4.6 Adoption of Aerogels in Aerospace and Defense Sectors is Purely Driven by the Lightweighting Feature they Offer

5.1 Benchmarking Rubrics

5.2 Oil and gas Sector has the Highest rank As Aerogels Meet the Industry Requirements

5.3 Oil and Gas and Energy Sectors have the Highest Opportunities in Aerogels Development

Key Contacts

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