Growth Opportunities Drive the Future of Sustainable Materials

Growth Opportunities Drive the Future of Sustainable Materials

Material Innovation and Strategic Partnering Will Lead to Future Growth Potential

RELEASE DATE
23-Dec-2022
REGION
Global
Deliverable Type
Megatrends
Research Code: PD8E-01-00-00-00
SKU: CI00846-GL-MT_27344
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Description

Materials science is at the core of every industry, as its innovations will lead to more sustainable manufacturing practices. In this study, we explore sustainable materials, their types, and the innovation observed across several industries.

Sustainable materials are classified as follows:
1) Organic Material
2) Natural Biodegradable Polymer
3) Synthetic Biodegradable Polymer
4) Natural Composite

With this in mind, we dive deep into their industry uses, future implications, and contributions towards the attainment of UN Sustainability Development Goals. Furthermore, we explore the potential of future materials, such as materials that heal, change color or shape in response to electric or heat stimulus, and metamaterials.

With innovation comes the need to ensure and assess actual contributions toward alleviating negative environmental impacts, and so with the help of a life cycle assessment, we are granted thorough access to the steps that a company/manufacturer can carry out to measure the invented material’s environmental impact. Additionally, we explore the various growth opportunities that companies can explore to capitalize on and optimize sustainable material usage and production.

As materials science evolves, newer materials will replace the existing ones, creating great disruptions in all involved industries, but it is essential to ensure environmentally and socially equitable economic development.

Table of Contents

Why is Growth Becoming Increasingly Difficult to Achieve?

The Strategic Imperative 8™

Our Mega Trend Universe—Overview

Growth Opportunities Fuel the Growth Pipeline Engine™

Our Mega Trend Universe—Sustainable Materials

Findings

Growth Opportunities Crucial to Future Success

Sustainable Materials Market—Overview and Scope

Organic Materials—Context and Scope

Natural Biodegradable Polymer—Context and Scope

Synthetic Biodegradable Polymer—Context and Scope

Natural Composites—Context and Scope

The Future of Sustainable Materials with Evolving Functionalities

Sustainable Materials Market—Overview and Scope

Sustainable Materials—Industry Use Cases

Industry Use Case Summary—Aerospace

Industry Use Case Summary—Health, Medical Devices, and Life Sciences

Industry Use Case Summary—Retail and Packaging

Industry Use Case Summary—Manufacturing

Industry Use Case Summary—Construction

Industry Use Case Summary—Mobility

Life Cycle Overview for Sustainable Materials

Life Cycle Overview for Sustainable Materials (continued)

Trend Opportunity—Regional Exposure

Trend Opportunity Levers

Trend Opportunity Impact and Certainty Analysis

Trend Opportunity Impact and Certainty Analysis (continued)

Trend Opportunity Disruption Index

Trend Disruption Attractiveness Score

Trend Opportunity Growth Index

Growth Attractiveness Score

Growth Opportunity 1Blockchain-enabled Digital Tracking

Growth Opportunity 1Blockchain-enabled Digital Tracking (continued)

Growth Opportunity 2ESG Data Collection and Reporting as a Service

Growth Opportunity 2ESG Data Collection and Reporting as a Service (continued)

Growth Opportunity 3Platforms Offering Research-backed Rating Systems to Identify Sustainable Companies

Growth Opportunity 3Platforms Offering Research-backed Rating Systems to Identify Sustainable Companies (continued)

Crucial Success Factors for Growth

Conclusion—The Way Forward

Identifying Your Company’s Growth Zone

Your Next Steps

Our Mega Trend Universe

Our Mega Trend Universe (continued)

List of Exhibits

Legal Disclaimer

Materials science is at the core of every industry, as its innovations will lead to more sustainable manufacturing practices. In this study, we explore sustainable materials, their types, and the innovation observed across several industries. Sustainable materials are classified as follows: 1) Organic Material 2) Natural Biodegradable Polymer 3) Synthetic Biodegradable Polymer 4) Natural Composite With this in mind, we dive deep into their industry uses, future implications, and contributions towards the attainment of UN Sustainability Development Goals. Furthermore, we explore the potential of future materials, such as materials that heal, change color or shape in response to electric or heat stimulus, and metamaterials. With innovation comes the need to ensure and assess actual contributions toward alleviating negative environmental impacts, and so with the help of a life cycle assessment, we are granted thorough access to the steps that a company/manufacturer can carry out to measure the invented material’s environmental impact. Additionally, we explore the various growth opportunities that companies can explore to capitalize on and optimize sustainable material usage and production. As materials science evolves, newer materials will replace the existing ones, creating great disruptions in all involved industries, but it is essential to ensure environmentally and socially equitable economic development.
More Information
Deliverable Type Megatrends
Author Akshay Menon
Industries Cross Industries
No Index No
Is Prebook No
Keyword 1 sustainable materials
Keyword 2 sustainable business growth
Keyword 3 sustainable development in business
Podcast No
WIP Number PD8E-01-00-00-00