Growth Opportunities Driven by Green Manufacturing

Growth Opportunities Driven by Green Manufacturing

Growth Strategies Leading to Innovation Culture and Sustainable Industries

RELEASE DATE
08-Jun-2023
REGION
Deliverable Type
Megatrends
Research Code: PE85-01-00-00-00
SKU: CI00874-GL-MT_27749
AvailableYesPDF Download

$4,950.00

Special Price $4,455.00 save 10 %

In stock
SKU
CI00874-GL-MT_27749

$4,950.00

$4,455.00save 10 %

DownloadLink
ENQUIRE NOW

Description

Environmental concerns are compelling governments and companies to switch to a green manufacturing model. Manufacturers across various sectors may have different motivations to adopt sustainable practices; for some, it could be complying with government regulations, while for others, it could be to build a green label and gain customer loyalty or increase operational efficiency. However, the successful implementation of green manufacturing goes beyond these individual motivations and requires substantial effort in terms of technology and investment. This research analytics focuses on the three pillars that enable green manufacturing: government initiatives and regulations; advanced technology solutions; and innovative business models.

Governments play a critical role in encouraging green industries by offering support in the form of tax incentives and grants and implying regulatory compulsion to promote sustainable practices. Public and private collaborations will be of great essence to this vision. To propel green manufacturing, high-end technology integration is imperative. The evolution of ‘green technologies’ will ease the process of sustainable production and emission control. The green technology market will witness significant investment and potential growth in the coming years, with an estimation of a 20% annual growth rate until 2030. A brief overview of enabling technologies, such as AI used for predictive analytics, IIoT for emission monitoring, 3D Printing to achieve zero defect and waste, and Digital Twin to control production processes and optimize resource utilization, are covered here. The adoption of green manufacturing has its challenges; however, it is not a burden on economies. It gives rise to innovative business and service models that enable participants to achieve the mutual objective of net-zero transition.

Table of Contents

Why is it Increasingly Difficult to Grow?

The Strategic Imperative 8™

Our Mega Trend Universe—Overview

Growth Opportunities Fuel the Growth Pipeline Engine™

Our Mega Trend Universe—Green Manufacturing

Key Findings

Growth Opportunities Critical to Future Success

Trend Opportunity Overview

Trend Opportunity Overview: Future of Green Manufacturing

Technology Impact

Government Initiatives: Recent Developments in Major Economies

Emerging Business Models

Companies to Action: Circular Business Model

Futuristic Enablers: Circular Business Model

Companies to Action: Optimized Manufacturing Model

Futuristic Enablers: Optimized Manufacturing Model

Companies to Action: Shared Model

Futuristic Enablers: Shared Model

Trend Opportunity Levers—Drivers of Change Until 2030

Trend Attractiveness Analysis

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

Trends Beets Implications

Growth Opportunity 1: Manufacturing to Zero

Growth Opportunity 1: Manufacturing to Zero (continued)

Growth Opportunity 2: Green Upskilling

Growth Opportunity 2: Green Upskilling (continued)

Growth Opportunity 3: Green Manufacturing-as-a-Service (GMaaS)

Growth Opportunity 3: Green Manufacturing-as-a-Service (GMaaS) (continued)

Critical Success Factors for Growth

Conclusion

Identifying Your Company’s Growth Zone

Your Next Steps

Why Frost, Why Now?

About The Growth Pipeline Model™

Our Mega Trend Universe

Our Mega Trend Universe (continued)

List of Exhibits

Legal Disclaimer

Environmental concerns are compelling governments and companies to switch to a green manufacturing model. Manufacturers across various sectors may have different motivations to adopt sustainable practices; for some, it could be complying with government regulations, while for others, it could be to build a green label and gain customer loyalty or increase operational efficiency. However, the successful implementation of green manufacturing goes beyond these individual motivations and requires substantial effort in terms of technology and investment. This research analytics focuses on the three pillars that enable green manufacturing: government initiatives and regulations; advanced technology solutions; and innovative business models. Governments play a critical role in encouraging green industries by offering support in the form of tax incentives and grants and implying regulatory compulsion to promote sustainable practices. Public and private collaborations will be of great essence to this vision. To propel green manufacturing, high-end technology integration is imperative. The evolution of ‘green technologies’ will ease the process of sustainable production and emission control. The green technology market will witness significant investment and potential growth in the coming years, with an estimation of a 20% annual growth rate until 2030. A brief overview of enabling technologies, such as AI used for predictive analytics, IIoT for emission monitoring, 3D Printing to achieve zero defect and waste, and Digital Twin to control production processes and optimize resource utilization, are covered here. The adoption of green manufacturing has its challenges; however, it is not a burden on economies. It gives rise to innovative business and service models that enable participants to achieve the mutual objective of net-zero transition.
More Information
Deliverable Type Megatrends
Author Sukriti Mahna
Industries Cross Industries
No Index No
Is Prebook No
Keyword 1 Green Technology Market
Keyword 2 Green Manufacturing
Keyword 3 Green Manufacturing Technology
Podcast No
WIP Number PE85-01-00-00-00