Growth Opportunities Driven by Shift to Manufacturing-to-Zero Emissions
Industrial Decarbonization through the Introduction of Disruptive Manufacturing Technologies
12-Aug-2022
Global
Megatrends
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The industrial sector accounts for 20% or more of global emissions and is working toward achieving global climate targets set in the 2015 Paris Agreement. The study analyzes solutions that modern manufacturers can adopt to reduce process emissions significantly without compromising on the manufacturing activities. Government and technology play a vital role as facilitators of the zero-emission vision. Triggered by environmental concerns, consumer awareness, and government regulations, the new age era of Industry 5.0 prioritizes the goals of sustainable manufacturing and industrial automation. Public and private collaborations will be of great essence to this vision. Government backing, such as subsidies and national-level projects to deploy efficient energy systems, is being assigned to promote zero-emission manufacturing. Governments also finance R&D support for efficient technologies which shall stimulate investments from major private players to deploy efficient emission-reduction technologies.
Advanced technologies, such as Artificial Intelligence, Industrial Internet of Things, Robotics, and Blockchain, have useful applications that can help achieve zero-emission targets and bring about give rise to disruptive technologies that ensure efficiency. Key pollution-causing sectors, such as automotive, heavy industries, ICT, and packaging, are redefining their business outlook by adopting sustainable approaches that will lead to net-zero business. Various manufacturers are adopting the zero-emission approaches and replacing current energy systems with renewable energy; the zero-waste approach will not only benefit the environment but also ensure quality control and defect-free production. Industries have long supported circular models—primarily for economic benefit—to overcome resource constraints and manage higher consumer expectations. The waste management crisis will further drive growth and widespread applications of this model that will transform the entire value chain. The negative-emissions approach—by far, the most agile approach to reducing carbon emissions—seeks to capture and remove carbon from the atmosphere; its adoption is likely to have a ripple effect through various sectors and generate new avenues of business. New business models, like zero-manufacturing services, are likely to expand and offer end-to-end solutions that help achieve zero-emission goals. Top participants are likely to collaborate with partners that operate with sustainable virtues across the supply chain.
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: Manufacturing to Zero Emission
Primary Findings
Growth Opportunities Critical to Future Success
Manufacturing-to-zero-emission: Overview
The Manufacturing Workflow
Reimagining Manufacturing in 2030
Manufacturing Emissions and Forecast
Direct and Indirect Sources of Emission
Regional Implications
Initiatives by Highest CO2-emitting Regions: United States
Initiatives and Policies by Highest Emitting Regions: European Union
National Energy Budget: Accelerator for Industries
Major Trend Opportunity Levers, 2020–2030
Trend Opportunity: Attractiveness Analysis
Core Technologies Enabling Zero-emission Manufacturing
Technology Focus 1: AI
Technology Focus 2: IoT
Technology Focus 3: Robotics
Technology Focus 4: Blockchain
Approaches to Zero-emission Manufacturing in Crucial Industries
Approaches to Zero-emission Manufacturing: Automotive Sector
Approaches to Zero-emission Manufacturing: Heavy Industry Sector
Approaches to Zero-emission Manufacturing: ICT Sector
Approaches to Zero-emission Manufacturing: Packaging Sector
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: IIoT for Monitoring Emissions
Growth Opportunity 1: IIoT for Monitoring Emissions (continued)
Growth Opportunity 2: Microgrid Power System
Growth Opportunity 2: Microgrid Power System (continued)
Growth Opportunity 3: Closed Loop Business Models
Growth Opportunity 3: Closed Loop Business Models (continued)
The Way Forward
Our Mega Trend Universe
Our Mega Trend Universe (continued)
Identifying Your Company’s Growth Zone
Why Frost, Why Now?
About The Growth Pipeline Model™
List of Exhibits
Legal Disclaimer

- Manufacturing Combustion Emissions and Projections, Global, 2020 2030
- Sector Contribution to GHG Emissions, Global, 2020
- Government Energy R&D Budget Allocation, Global, 2021
- Manufacturing to zero emission: Trend Analysis, Global, 2020 2030
- Manufacturing to Zero Emission: Trend Impact vs. Certainty, Global, 2021 2030
- Manufacturing to Zero Emission: Disruption Attractiveness Score, Global, 2020 2030
- Manufacturing to Zero Emission: Growth Attractiveness Score, Global, 2020 2030
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Deliverable Type | Megatrends |
---|---|
Author | Sukriti Mahna |
Industries | Cross Industries |
No Index | No |
Is Prebook | No |
Keyword 1 | net zero emissions |
Keyword 2 | net zero companies |
Keyword 3 | net zero emissions companies |
List of Charts and Figures | Manufacturing Combustion Emissions and Projections, Global, 2020 2030~ Sector Contribution to GHG Emissions, Global, 2020~ Government Energy R&D Budget Allocation, Global, 2021~ Manufacturing to zero emission: Trend Analysis, Global, 2020 2030~ Manufacturing to Zero Emission: Trend Impact vs. Certainty, Global, 2021 2030~ Manufacturing to Zero Emission: Disruption Attractiveness Score, Global, 2020 2030~ Manufacturing to Zero Emission: Growth Attractiveness Score, Global, 2020 2030~ |
Podcast | No |
WIP Number | PD68-01-00-00-00 |