汽车循环经济战略分析

汽车行业已经从在流程层面实施循环经济活动发展到在价值链的所有部分采用它们。 循环经济实践旨在尽量减少在製造过程中使用原始材料，并专注于再製造、再利用和再製造零件，以确保更大的可持续性。 对全球变暖和碳排放量上升的担忧日益加剧，促使政府和监管机构对汽车行业实施严格的合规措施，迫使原始设备製造商转向绿色实践。

本报告探讨了全球汽车循环经济，并提供了市场概况、战略要务、增长机会等。

内容

战略要务

• 为什么增长越来越难？
• 战略要务
• 三大战略要务对汽车循环经济的影响
• 增长机会加速增长管道引擎

概览

• 循环经济简介
• 汽车行业对循环经济的需求
• 循环经济举措的成果 - 减少汽车製造过程中的碳排放
• 循环经济计划的成果 - 欧洲循环材料的使用增加
• 汽车生命週期中的循环经济概述

製造

• 汽车製造 - 践行循环经济
• 汽车中的可持续材料 - 简介
• 为未来选择创新的天然材料
• 使用天然材料製造自愈材料
• 汽车中使用的回收材料
• 绿色钢铁
• OEM 直接转向绿色钢铁
• 回收趋势闭环回收
• 2021 Nissan Rogue 闭环回收用例
• 可持续供应链 - 沃尔沃/Polestar
• 可持续设计/车辆-模块化-BMW i Vision Circular
• 可持续设计/车辆 - 气候中性汽车 - Polestar 0
• 可持续设计/车辆 - 气候中性汽车 - Renault Scenic
• 可持续製造工厂 - 使用案例的选择
• 可持续设计 - 对电动汽车的坚定承诺
• 製造业要点

汽车零售

售后

汽车停产

增长机会领域

• 增长机会 1 - 投资可持续供应链
• 增长机会 2 - 专注于电动汽车生命週期各个阶段的电动汽车电池管理
• 附件列表
• 免责声明

Increased Adoption of Circular Economy Practices Leading to Transformational Growth Across the Automotive Value Chain

The automotive industry has evolved from implementing circular economy practices only at the process level to adopting them at all parts of the value chain. This research service provides insights into strategies adopted by automotive original equipment manufacturers (OEMs) to align with circular economy goals in each stage of the automotive lifecycle. Circular economy practices aim to minimize the use of virgin materials in manufacturing processes and focus on reclaiming, reusing, and remanufacturing components to ensure greater sustainability. Growing concerns over global warming and increased carbon emissions are driving the government and regulatory bodies to implement stringent compliance measures for the automotive industry, pushing OEMs to shift towards green practices. The advent of digital technologies and the development of sustainable materials are helping automotive OEMs meet sustainability goals and ensure compliance with guidelines set by regulatory bodies. The study elucidates the need to adopt sustainable manufacturing methods and highlights the benefits they bring to OEMs and the environment.

Key areas the study provides insight on:

• Emerging business models aligned with circular economy practices

• Best practices, including design principles, being adopted by OEMs at their manufacturing plants to ensure 100% renewable energy utilization

• Sustainable materials used in automotive components as alternatives to plastics, rubber, and leather

• Initiatives adopted by automotive OEMs to ensure sustainability at their dealerships

• Sustainable mobility solutions, like the use of electric vehicles (EVs) and hybrids by ridesharing and carsharing services

• Diagnostic and vehicle monitoring methods used by EV battery suppliers to maintain and recycle automotive batteries

• Methods adopted to extend the life of automotive components (such as plastics, tires, aluminum, EV batteries, etc.)

• Digital technologies and processes adopted to enable circular economy goals

• Potential second life of different automotive components

Table of Contents

Strategic Imperatives

• Why is it Increasingly Difficult to Grow?
• The Strategic Imperative 8™
• The Impact of the Top Three Strategic Imperatives on the Automotive Circular Economy
• Growth Opportunities Fuel the Growth Pipeline Engine™

Overview

• Circular Economy-Introduction
• The Need for a Circular Economy in the Automotive Industry
• Outcome of Circular Economy Initiatives-Reduction in Carbon Emission During Vehicle Manufacturing
• Outcome of Circular Economy Initiatives-Increase in Circular Material Use Rate in Europe
• Overview of Circular Economy in the Automotive Lifecycle

Manufacturing

• Automotive Manufacturing-Circular Economy Practices
• Sustainable Materials in Cars-Introduction
• Select Innovative Natural Materials for the Future
• Usage of Natural Materials in the Manufacturing of Self-healing Materials
• Recycled Materials Used in Cars
• Green Steel
• OEMs Make a Beeline Towards Green Steel
• Recycling Trend-Closed-loop Recycling
• The 2021 Nissan Rogue-Closed-loop Recycling Use Case
• Sustainable Supply Chain-Volvo/Polestar
• Sustainable Design/Vehicles-Modularity-BMW i Vision Circular
• Sustainable Design/Vehicles-Climate Neutral Cars-Polestar 0
• Sustainable Design/Vehicles-Climate Neutral Cars-Renault Scenic
• Sustainable Manufacturing Plants-Select Use Cases
• Sustainable Design-A Determined Push Towards EVs
• Manufacturing-Key Takeaways

Automotive Retail

• Automotive Retail-Circular Economy Practices
• Honda Green Dealership
• Ford Go Green Dealership Program
• Audi Sustainability in Dealership
• Skoda Green Retail
• Renault Mobilize Use case
• Sustainable Design/Vehicles-Renault Duo: Purpose-Built Green Car for Carsharing
• Volkswagen-MOIA
• Skoda-Digilab
• Toyota-Kinto
• Automotive Retail-Key Takeaways

Aftersales

• Automotive Aftersales-Circular Economy Practices
• Predictive Maintenance-Pitstop
• Predictive Maintenance-Preteckt
• Servicing of Electronic Components-Faurecia
• Battery Diagnostics-ReJoule
• Development of Longer Lasting Batteries-Twaice
• Automotive Aftersales-Key Takeaways

Automotive EOL

• Automotive EOL-Circular Economy Practices
• Remanufacturing-Select OEM Activity
• Remanufacturing-Select OEM Activity (continued)
• Plastic Recycling Use Case-Lavergne
• Closed-Loop Recycling-Novelis
• Tire Recycling Use Case-Pyrum Innovations
• Battery Recycling-LI-Cycle
• Second Life Applications-Battery Repurposing: Select OEM Activity
• Second Life Applications-Battery Repurposing
• Automotive EOL-Key Takeaways

Growth Opportunity Universe

• Growth Opportunity 1-Investments in Sustainable Supply Chain
• Growth Opportunity 1-Investments in Sustainable Supply Chain (continued)
• Growth Opportunity 2-Focus on EV Battery Management at Each Stage of the EV Lifecycle
• Growth Opportunity 2-Focus on EV Battery Management at Each Stage of the EV Lifecycle (continued)
• List of Exhibits
• Legal Disclaimer