The massive demand for battery supply results in high consumption of resources, some of which are scarce. It is therefore essential to extend the battery life cycle through efficient collection, sorting, refurbishment, repurposing and reuse as well as to incorporate efficient battery recycling at the end of its life to support self-driving supply chains. The key developments supporting ongoing growth of the global battery market are the development of a complete, self-running, efficient, and transparent battery value chain, including sustainable sourcing of materials and components, use, reuse, selective collection at the end of life, and efficient recycling.
This study’s main objective is to help readers understand the major role of developing a circular economy in the battery industry across upstream, midstream, and downstream operations. The top 3 battery application segments, which comprise the 5 battery categories, analyzed in this study are transportation, stationary, and consumer electronics.
The analysis covers the volume of batteries generated by 5 top categories globally, current battery waste collection and recycling rates, and the potential for battery reuse (refurbishment, second use, and repurposing) and recycling market development. The revenue forecast dedicated to the development of a circular economy for batteries focuses on collection and transportation, sorting, reuse, and recycling. The growth analysis is based on the doing-more-with-less approach and the 6P framework that comprises policies, products, processes, people/personas, partnerships, and platforms.
The study assesses various technological advancements that help to push efficiency across the circular economy of batteries, including digitalization of the supply chains, manufacturing, use and reuse, and end-of-life management, with technologies and services such as digital material passport, life-cycle assessment tools, robotics, AI-based sorting, and data analytic platforms. The study also includes detailed analysis of key growth accelerators, with examples of companies to watch. The study period is 2020 to 2030 using a base year of 2023.
Author: Paulina Blaszczyk
The Impact of the Top 3 Strategic Imperatives on the Micromobility Sharing Industry
Customer Value Chain Compression
- Why: Micromobility's core value lies in solving the first-mile/last-mile problem.
- Integration with public transit, ride-hailing, and other modes helps in seamless travel, making micromobility an indispensable transportation solution.
- Development of app-based solutions that integrate micromobility with other transportation options will become crucial.
- Frost Perspective: True multimodality will be essential to attract consistent ridership and to compete in the urban mobility space.
- Cities will likely incentivize and regulate operators to ensure a convenient and cohesive transportation infrastructure.
Disruptive Technologies
- Why: Ensuring user safety with high-quality vehicles and clear regulations builds public trust and fosters positive relationships with governing bodies.
- Sustainable battery technologies and end-of-lifecycle policies address environmental concerns and appeal to socially conscious riders.
- Frost Perspective: Public backlash against unsafe micromobility practices has led to stricter regulations.
- Safety and sustainability will transition from competitive advantages into minimum requirements for operating in urban areas.
Innovative Business Models
- Why: Detailed usage data is critical to understanding demand patterns, fleet wear-and-tear, and potential expansion zones.
- This data informs fleet deployment, maintenance, and strategic decision making.
- Major technology companies are presented with the opportunity to monetize data.
- Frost Perspective: Companies that effectively harness data and analytics to streamline operations and spot micro trends will gain a significant edge.
- Privacy-conscious data collection and partnerships with city planners will be crucial for long-term success.
Scope of Analysis
- This study focuses on the profitability of shared micromobility participants in North America (United States and Canada) and Europe (includes the United Kingdom, Russia, and Turkey).
- The aim of the study is to analyze the evolving competitive landscape, cost breakdown, revenue breakdown, factors that can help companies reach profitability, and challenges preventing companies from achieving profitability.
- The shared mobility market includes eScooters, eBikes, and traditional bikes and excludes cargo bikes, electric motorcycles, and mopeds.
- The study analyzes the different pricing models employed by operators, including pay-as-you-go, subscriptions, and even advertising.
- The micromobility sharing market is in the growth phase; therefore, evolving mobility needs, a focus on sustainability, and public-private partnerships will drive exponential growth.
| Scope | Details |
|---|---|
| Geographic coverage | North America, Europe |
| Study period | 2023–2030 |
| Base year | 2023 |
| Forecast period | 2024–2030 |
| Monetary unit | US Dollars |
Segmentation
Micromobility Sharing: Segmentation, Europe and North America, 2023
Micromobility Sharing
eScooter Sharing
- eScooter sharing is a shared service, where electric eScooters are available for short-term rentals.
- eScooters are majorly dockless and can be dropped off and picked up from arbitrary locations in the service area.
- These scooters are one of the least expensive and most popular modes of micromobility transport.
- Examples include Lime, Bird, and TIER.
Bike Sharing
- Bike sharing is a shared service, where bicycles are made available for short-term rentals.
- Bike sharing can be fixed, flexible, or dockless.
- Some bike sharing systems are free; however, most require riders to pay a user fee or subscription.
- Bike sharing can be two types: traditional bikes (pedal bikes) and electric bikes (eBikes).
- Examples include Next Bike, Santander Cycles, and Bicing.
Competitive Environment
| Number of Competitors | 300+ companies with a fleet size greater than 100 |
| Competitive Factors | Cost, trips per vehicle per day, proportion of traditional and eBike fleets, customer support, safety, availability, and technology |
| Key End-user Industry Verticals | B2C and B2B customers (in a few cases) |
| Leading Competitors | TIER Mobility, Bird, Bolt, Dott, Lime, Citibike, Marti Technologies, Nextbike, Santander Cycles, and Donkey Republic |
| Other Notable Competitors | Lyft, Bin Bin, Bicing, Drivvy, Voi, Ryde, and Bike Share Toronto |
| Distribution Structure | OEMs, operators, gig workers, technology; vehicles booked through an app |
| Notable Acquisitions and Mergers | TIER and Dott merged in 2024, Bird acquired Spin from TIER in 2023 |
Key Competitors by Region Global
- TIER MOBILITY
- BIRD
- LIME
- DOTT
- BERYL BIKES
- NEXTBIKE
North America
- BIRD
- LIME
- SPIN (ACQUIRED BY BIRD)
- LYFT
- VEO RIDE
- WIND MOBILITY
- MICROMOBILITY.COM (HELBIZ)
- CITIBIKE
- CAPITAL BIKESHARE
- DIVVY
- BIKESHARE TORONTO
Europe
- BINBIN
- BIRD
- BOLT
- DOTT
- LIME
- TIER MOBILITY
- VOI
- BICING
- SANTANDER BIKES
- BERYL BIKES
- NEXTBIKE
- DONKEY REPUBLIC
Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Circular Economy of Battery Recycling Industry
Growth Opportunities Fuel the Growth Pipeline Engine™
Scope of Analysis
Geographic Coverage
Market Definitions
Market Definitions (continued)
Market Definitions (continued)
Market Definitions (continued)
Potential for Circular Economy of Batteries across the Transportation Segment
Potential for Circular Economy of Batteries across the Stationary Segment
Potential for Circular Economy of Batteries across the Consumer Electronics Segment
Key Competitors
Key Competitors (continued)
Companies to Watch: Growth Accelerators in Circular Economy of Batteries
Growth Metrics
Key Takeaways
Key Takeaways (continued)
Key Battery Applications: End-user Analysis
Sustainability and Circular Economy of the Battery Repair, Reuse, & Recycling Market: 6P Framework
Sustainability and Circular Economy of the Battery Repair, Reuse, & Recycling Market: 6P Framework (continued)
Circular Economy of Batteries across the Value Chain: Overview
Circular Economy of Batteries: Growth Opportunities in Upstream Processes
Circular Economy of Batteries: Growth Opportunities in Midstream Processes
Circular Economy of Batteries: Growth Opportunities in Downstream Processes
Growth Drivers
Growth Restraints
Forecast Considerations
Demand Forecast
Demand Forecast by Application
Demand Forecast by Region
Volume Forecast by Generation, Collection & Recovery, and Recovery Rate
Volume Forecast for End-of-life Battery Generation by Region
Volume Forecast of End-of-life Battery Collection & Recovery by Region
End-of-life Battery Recycling Volume Forecast by Region
End-of-life Battery Reuse Volume Forecast by Region
Volume Forecast of End-of-life Battery Generation by Application
Volume Forecast by End-of-life Battery Recycling and Reuse
Volume Forecast by End-of-life Battery Recycling and Reuse: Stationary
Volume Forecast by End-of-life Battery Recycling and Reuse: Transportation
Volume Forecast by End-of-life Battery Recycling and Reuse: Consumer Electronics
End-of-life Battery Management Revenue Forecast
Revenue Forecast by End-of-life Battery Recycling and Reuse by Region
Revenue Forecast by End-of-life Battery Recycling and Reuse
End-of-life Battery Recycling Revenue Forecast by Region
End-of-life Battery Reuse Revenue Forecast by Region
Revenue Forecast by End-of-Life Battery Recycling and Reuse: Transportation
Revenue Forecast by End-of-Life Battery Recycling and Reuse: Stationary
Revenue Forecast by End-of-Life Battery Recycling and Reuse: Consumer Electronics
Revenue Forecast Analysis
Revenue Forecast Analysis (continued)
Revenue Forecast Analysis (continued)
Revenue Forecast Analysis (continued)
Pricing Trends and Forecast Analysis
Competitive Environment
Revenue Share
Revenue Share Analysis
Examples of Partnerships across the Circular Economy of Batteries Ecosystem
Examples of Partnerships across the Circular Economy of Batteries Ecosystem (continued)
Growth Metrics
Overview of Circular Economy of Batteries in Europe
EU Roadmap to the Circular Economy of Batteries
Demand Forecast
Generation and Collection & Recovery Volume Forecast
Volume Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast
End-of-life Battery Revenue Forecast by Recycling and Reuse
Revenue Forecast Analysis
Case Study: Companies to Watch: Growth Accelerators for Li-Ion Battery Recycling Development in Europe
Growth Metrics
Overview of Circular Economy of Batteries in APAC
Battery Demand Forecast
Endo-of-life Battery Generation and Collection & Recovery Volume Forecast
End-of-life Battery Volume Forecast by Recycling and Reuse
End-of-life Battery Management Revenue Forecast
Revenue Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast Analysis
Growth Metrics
Overview of Circular Economy of Batteries in the Americas
Demand Forecast
End-of-Life Battery Generation and Collection & Recovery Volume Forecast
Volume Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast
Revenue Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast Analysis
Growth Metrics
Overview of Circular Economy of Batteries in MEA
Demand Forecast
End-of-life Battery Generation and Collection & Recovery Volume Forecast
Volume Forecast by End-of-life Battery Recycling and Reuse
End-of-life Battery Management Revenue Forecast
Revenue Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast Analysis
Growth Opportunity 1: Digital Battery Passport
Growth Opportunity 1: Digital Battery Passport (continued)
Growth Opportunity 2: Vehicle-to-grid (V2G) with Refurbished & Repurposed Used EV Batteries in Stationary Applications
Growth Opportunity 2: Vehicle-to-grid (V2G) with Refurbished & Repurposed Used EV Batteries in Stationary Applications (continued)
Growth Opportunity 3: Intelligent Battery Sorting for Effective End-of-life Management
Growth Opportunity 3: Intelligent Battery Sorting for Effective End-of-life Management (continued)
Growth Opportunity 4: Battery Intelligence Platform for Smart Maintenance
Growth Opportunity 4: Battery Intelligence Platform for Smart Maintenance (continued)
Your Next Steps
Why Frost, Why Now?
List of Exhibits
List of Exhibits (continued)
List of Exhibits (continued)
List of Exhibits (continued)
List of Exhibits (continued)
Legal Disclaimer
List of Figures- Circular Economy of Batteries: Overview of Battery Categories, Global, 2023
- Circular Economy of Batteries: Share of Primary and Secondary Batteries, Global, 2023
- Circular Economy of Batteries: Overview of Battery Types by Chemistry, Global, 2023
- Circular Economy of Batteries: Overview of Key Battery Applications, Global, 2023
- Circular Economy of Batteries: Overview of Battery End-of-Life Management Included in the Revenue Forecast, Global, 2023
- Circular Economy of Batteries: Potential for Circular Economy of Batteries across Transportation Segment, Global, 2023–2030
- Circular Economy of Batteries: Potential for Circular Economy of Batteries across the Stationary Segment, Global, 2023–2030
- Circular Economy of Batteries: Potential for Circular Economy of Batteries across the Consumer Electronics Segment, Global, 2023–2030
- Circular Economy of Batteries: Companies to Watch, Global, 2023
- Circular Economy of Batteries: Growth Metrics, Global, 2023
- Circular Economy of Batteries: Share of Battery Demand by Application, Global, 2023
- Circular Economy of Batteries: Hierarchy Approach across Upstream, Midstream, and Downstream Operations, Global, 2023
- Circular Economy of Batteries: Growth Opportunities in Upstream Operations, Global, 2023
- Circular Economy of Batteries: Growth Opportunities in Midstream Operations, Global, 2023
- Circular Economy of Batteries: Growth Opportunities in Downstream Operations, Global, 2023
- Circular Economy of Batteries: Growth Drivers, Global, 2024–2030
- Circular Economy of Batteries: Growth Restraints, Global, 2024–2030
- Circular Economy of Batteries: Demand Forecast, Global, 2020–2030
- Circular Economy of Batteries: Battery Demand Forecast by Application, Global, 2020–2030
- Circular Economy of Batteries: Battery Demand Forecast by Region, Global, 2020–2030
- Circular Economy of Batteries: Volume Forecast by Generation, Collection & Recovery, and Recovery Rate, Global, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Generation Forecast by Region, Global, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Collection & Recovery Forecast by Region, Global, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Recycling Forecast by Region, Global, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Reuse Forecast by Region, Global, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Generation Forecast by Application, Global, 2020–2030
- Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, Global, 2020–2030
- Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse – Stationary, Global, 2020–2030
- Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse – Transportation, Global, 2020–2030
- Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse – Consumer Electronics, Global, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, Global, 2020–2030
- Circular Economy of Batteries: Revenue Forecast by End-of-life Battery Recycling and Reuse by Region, Global, 2020–2030
- Circular Economy of Batteries: Revenue Forecast by End-of-life Battery Recycling and Reuse, Global, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Recycling Revenue Forecast by Region, Global, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Reuse Revenue Forecast by Region, Global, 2020–2030
- Circular Economy of Batteries: Revenue Forecast by End-of-Life Battery Recycling and Reuse – Transportation, Global, 2020–2030
- Circular Economy of Batteries: Revenue Forecast by End-of-Life Battery Recycling and Reuse – Stationary, Global, 2020–2030
- Circular Economy of Batteries: Revenue Forecast by End-of-Life Battery Recycling and Reuse – Consumer Electronics, Global, 2020–2030
- Circular Economy of Batteries: Revenue Share of Top Participants, Global, 2023
- Circular Economy of Batteries: Growth Metrics, Europe, 2023
- Circular Economy of Batteries: EU Battery Regulation Roadmap, EU, 2024–2027
- Circular Economy of Batteries: Battery Demand Forecast, Europe, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Generation and Collection & Recovery Volume Forecast, Europe, 2020–2030
- Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, Europe, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, Europe, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Revenue Forecast by Recycling and Reuse, Europe, 2020–2030
- Circular Economy of Batteries: Li-ion Battery Recycling Capacity Forecast by Key Players, Europe, 2023 and 2030
- Circular Economy of Batteries: Growth Metrics, APAC, 2023
- Circular Economy of Batteries: Battery Demand Forecast, APAC, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Generation and Collection & Recovery Volume Forecast, APAC, 2020–2030
- Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, APAC, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, APAC, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Recycling and Reuse Revenue Forecast, APAC, 2020–2030
- Circular Economy of Batteries: Growth Metrics, Americas, 2023
- Circular Economy of Batteries: Battery Demand Forecast, Americas, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Generation and Collection & Recovery Volume Forecast, Americas, 2020–2030
- Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, Americas, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, Americas, 2020–2030
- Circular Economy of Batteries: Revenue Forecast by End-of-life Battery Recycling and Reuse, Americas, 2020–2030
- Circular Economy of Batteries: Growth Metrics, MEA, 2023
- Circular Economy of Batteries: Battery Demand Forecast, MEA, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Generation and Collection & Recovery Volume Forecast, MEA, 2020–2030
- Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, MEA, 2020–2030
- Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, MEA, 2020–2030
- Circular Economy of Batteries: Revenue Forecast by End-of-life Battery Recycling and Reuse, MEA, 2020–2030
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The massive demand for battery supply results in high consumption of resources, some of which are scarce. It is therefore essential to extend the battery life cycle through efficient collection, sorting, refurbishment, repurposing and reuse as well as to incorporate efficient battery recycling at the end of its life to support self-driving supply chains. The key developments supporting ongoing growth of the global battery market are the development of a complete, self-running, efficient, and transparent battery value chain, including sustainable sourcing of materials and components, use, reuse, selective collection at the end of life, and efficient recycling.
This study s main objective is to help readers understand the major role of developing a circular economy in the battery industry across upstream, midstream, and downstream operations. The top 3 battery application segments, which comprise the 5 battery categories, analyzed in this study are transportation, stationary, and consumer electronics.
The analysis covers the volume of batteries generated by 5 top categories globally, current battery waste collection and recycling rates, and the potential for battery reuse (refurbishment, second use, and repurposing) and recycling market development. The revenue forecast dedicated to the development of a circular economy for batteries focuses on collection and transportation, sorting, reuse, and recycling. The growth analysis is based on the doing-more-with-less approach and the 6P framework that comprises policies, products, processes, people/personas, partnerships, and platforms.
The study assesses various technological advancements that help to push efficiency across the circular economy of batteries, including digitalization of the supply chains, manufacturing, use and reuse, and end-of-life management, with technologies and services such as digital material passport, life-cycle assessment tools, robotics, AI-based sorting, and data analytic platforms. The study also includes detailed analysis of key growth accelerators, with examples of companies to watch. The study period is 2020 to 2030 using a base year of 2023.
Author: Paulina Blaszczyk
| Deliverable Type | Market Research |
|---|---|
| Author | Paulina Blaszczyk |
| Industries | Environment |
| No Index | No |
| Is Prebook | No |
| Keyword 1 | Circular Economy |
| Keyword 2 | Battery Recycling |
| Keyword 3 | Ev Battery Recycling |
| List of Charts and Figures | Circular Economy of Batteries: Overview of Battery Categories, Global, 2023~ Circular Economy of Batteries: Share of Primary and Secondary Batteries, Global, 2023~ Circular Economy of Batteries: Overview of Battery Types by Chemistry, Global, 2023~ Circular Economy of Batteries: Overview of Key Battery Applications, Global, 2023~ Circular Economy of Batteries: Overview of Battery End-of-Life Management Included in the Revenue Forecast, Global, 2023~ Circular Economy of Batteries: Potential for Circular Economy of Batteries across Transportation Segment, Global, 2023–2030~ Circular Economy of Batteries: Potential for Circular Economy of Batteries across the Stationary Segment, Global, 2023–2030~ Circular Economy of Batteries: Potential for Circular Economy of Batteries across the Consumer Electronics Segment, Global, 2023–2030~ Circular Economy of Batteries: Companies to Watch, Global, 2023~ Circular Economy of Batteries: Growth Metrics, Global, 2023~ Circular Economy of Batteries: Share of Battery Demand by Application, Global, 2023~ Circular Economy of Batteries: Hierarchy Approach across Upstream, Midstream, and Downstream Operations, Global, 2023~ Circular Economy of Batteries: Growth Opportunities in Upstream Operations, Global, 2023~ Circular Economy of Batteries: Growth Opportunities in Midstream Operations, Global, 2023~ Circular Economy of Batteries: Growth Opportunities in Downstream Operations, Global, 2023~ Circular Economy of Batteries: Growth Drivers, Global, 2024–2030~ Circular Economy of Batteries: Growth Restraints, Global, 2024–2030~ Circular Economy of Batteries: Demand Forecast, Global, 2020–2030~ Circular Economy of Batteries: Battery Demand Forecast by Application, Global, 2020–2030~ Circular Economy of Batteries: Battery Demand Forecast by Region, Global, 2020–2030~ Circular Economy of Batteries: Volume Forecast by Generation, Collection & Recovery, and Recovery Rate, Global, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Generation Forecast by Region, Global, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Collection & Recovery Forecast by Region, Global, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Recycling Forecast by Region, Global, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Reuse Forecast by Region, Global, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Generation Forecast by Application, Global, 2020–2030~ Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, Global, 2020–2030~ Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse – Stationary, Global, 2020–2030~ Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse – Transportation, Global, 2020–2030~ Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse – Consumer Electronics, Global, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, Global, 2020–2030~ Circular Economy of Batteries: Revenue Forecast by End-of-life Battery Recycling and Reuse by Region, Global, 2020–2030~ Circular Economy of Batteries: Revenue Forecast by End-of-life Battery Recycling and Reuse, Global, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Recycling Revenue Forecast by Region, Global, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Reuse Revenue Forecast by Region, Global, 2020–2030~ Circular Economy of Batteries: Revenue Forecast by End-of-Life Battery Recycling and Reuse – Transportation, Global, 2020–2030~ Circular Economy of Batteries: Revenue Forecast by End-of-Life Battery Recycling and Reuse – Stationary, Global, 2020–2030~ Circular Economy of Batteries: Revenue Forecast by End-of-Life Battery Recycling and Reuse – Consumer Electronics, Global, 2020–2030~ Circular Economy of Batteries: Revenue Share of Top Participants, Global, 2023~ Circular Economy of Batteries: Growth Metrics, Europe, 2023~ Circular Economy of Batteries: EU Battery Regulation Roadmap, EU, 2024–2027~ Circular Economy of Batteries: Battery Demand Forecast, Europe, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Generation and Collection & Recovery Volume Forecast, Europe, 2020–2030~ Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, Europe, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, Europe, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Revenue Forecast by Recycling and Reuse, Europe, 2020–2030~ Circular Economy of Batteries: Li-ion Battery Recycling Capacity Forecast by Key Players, Europe, 2023 and 2030~ Circular Economy of Batteries: Growth Metrics, APAC, 2023~ Circular Economy of Batteries: Battery Demand Forecast, APAC, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Generation and Collection & Recovery Volume Forecast, APAC, 2020–2030~ Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, APAC, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, APAC, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Recycling and Reuse Revenue Forecast, APAC, 2020–2030~ Circular Economy of Batteries: Growth Metrics, Americas, 2023~ Circular Economy of Batteries: Battery Demand Forecast, Americas, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Generation and Collection & Recovery Volume Forecast, Americas, 2020–2030~ Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, Americas, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, Americas, 2020–2030~ Circular Economy of Batteries: Revenue Forecast by End-of-life Battery Recycling and Reuse, Americas, 2020–2030~ Circular Economy of Batteries: Growth Metrics, MEA, 2023~ Circular Economy of Batteries: Battery Demand Forecast, MEA, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Generation and Collection & Recovery Volume Forecast, MEA, 2020–2030~ Circular Economy of Batteries: Volume Forecast by End-of-life Battery Recycling and Reuse, MEA, 2020–2030~ Circular Economy of Batteries: End-of-life Battery Management Revenue Forecast, MEA, 2020–2030~ Circular Economy of Batteries: Revenue Forecast by End-of-life Battery Recycling and Reuse, MEA, 2020–2030~ |
| Podcast | No |
| WIP Number | MH54-01-00-00-00 |
Circular Economy of the Battery Recycling Market, Global, 2024 2030
Circular Economy of the Battery Recycling Market, Global, 2024 2030
Efficient Battery Reuse, Resource Recovery, and Digitalized Midstream and Downstream Operations Are Driving Transformational Growth toward the Green Transition and Sustainable Mobility
RELEASE DATE
26-Jul-2024
26-Jul-2024
REGION
Global
Global
Deliverable Type
Market Research
Market Research
Research Code: MH54-01-00-00-00
SKU: EN_2024_888
$4,950.00
In stock
SKU
EN_2024_888