製造业的可持续技术和倡议

开发和采用减少环境负担的节能解决方案

製造业正面临越来越严格的法规审查，以尽量减少碳排放，并透过数位化采用更永续的製造技术。永续製造意味着生产对环境负面影响最小的产品并发展碳中和工厂，同时节省能源和自然资源。

本报告重点介绍了製造商为简化製造流程和最佳化工厂而采用的创新技术、趋势和解决方案。值得注意的关键实行技术包括能量收集解决方案、电子机械系统、节能驱动器、替换、冷却效率解决方案、基于人工智慧的自动化和软体解决方案、数位化、能耗和监控解决方案，包括永续照明解决方案、传统冷却电源、热电冷却器、隔热管道解决方案、AC/DC 惯例以及热回收/黏合製程。

本次调查涵盖的主题

• 影响永续製造的主要趋势，包括废热回收、工业电气化、能量收集解决方案、数位技术和永续物流
• 影响技术采用的驱动因素和促进因素，包括当前和未来的场景
• 产业领导企业发展策略及数位化能力
• 基于各国法规结构与配合措施的区域比较分析
• 成长机会与未来蓝图

目录

战略衝动

• 为什么成长困难 - 策略要务 8 (TM)：阻碍成长的要素
• 战略要务8（略）
• 战略要务对永续製造业的影响
• Growth Pipeline Engine（TM）：加速成长机会
• 调查方法

成长机会分析

• 分析范围
• 细分－永续製造技术对製造业的影响
• 永续製造技术的促进因素
• 永续製造技术的阻碍因素

促进製造业永续发展的技术

• 技术聚焦-数位技术
• 技术聚焦－工业电气化
• 科技聚焦—节能解决方案
• 技术焦点 - 永续物流
• 技术焦点 - 能量收集解决方案
• 技术焦点 - 工业余热发电

产业配合措施和趋势

• 主要目标是减少製造过程中的废弃物并再利用废弃物。
• 製造商专注于建造碳中和生产设施
• 每个产业领域都设定了气候中和目标

永续製造战略

• 实现净零目标的製造流程
• 各产业循环经济实施策略
• 永续製造的主要发展阶段和重点领域

主要行业参与企业

• 大多数战略合作伙伴关係旨在开发新的可持续製造和数数位解决方案
• 更多采用余热回收和能量收集解决方案
• 对开发低碳足迹的新型永续技术有浓厚的兴趣

影响永续製造的大趋势

• 大趋势宇宙 - 概述
• 影响永续技术的大趋势
• 再製造
• 再製造—新技术的用途
• 零排放製造
• 零排放製造－新技术的用途
• ESG投资
• ESG投资－新技术的用途
• 绿色微型工厂
• 绿色微工厂—新技术用途

区域竞争

• 所有地区都有严格的排放法律规范
• 区域分析显示地缘政治紧张局势加剧和持续研发是关键成长指标
• 区域分析显示，新投资者正进入亚太地区建设製造设施。

成长机会宇宙

• 成长机会一：产业融合与新商业模式
• 成长机会 2：净零製造工厂
• 成长机会3：循环经济与永续物流
• 成长机会 4：采用最新技术的智慧与永续包装

未来蓝图

• 将永续製造引入工业的未来蓝图

附录

• 技术成熟度等级 (TRL)：说明

下一步

Development and Adoption of Energy-efficient Solutions to Reduce Environmental Impacts

The manufacturing industry is under growing regulatory scrutiny to minimize carbon emissions and adopt more sustainable manufacturing technologies through digitization. Sustainable manufacturing involves producing products and developing carbon-neutral factories that pose minimal negative environmental impact while conserving energy and natural resources.

This report covers innovative technologies, trends, and solutions manufacturers adopt to improve manufacturing process efficiency and plant optimization. Prominent enabling technologies to watch include energy harvesting solutions, electromechanical systems, energy efficient drives, heat exchangers, cooling efficiency solutions, AI-based automation and software solutions, digitalization, energy consumption and monitoring solutions, sustainable lighting solutions, conventionally cooled power supplies, thermoelectric coolers, insulated piping solutions, AC/DC convention, and heat recovery/joining processes.

The study covers the following topics:

• Mega trends such as waste heat recovery, industrial electrification, energy harvesting solutions, digital technologies, and sustainable logistics impacting sustainable manufacturing
• Drivers and challenges influencing technology adoption, including current and future scenarios
• Development strategies and digitalization capabilities of leading industry participants
• Comparative analysis of regions based on various countries' regulatory frameworks and initiatives
• Growth opportunities and future roadmap

Table of Contents

Strategic Imperatives

• Why Is It Increasingly Difficult to Grow?The Strategic Imperative 8™: Factors Creating Pressure on Growth
• The Strategic Imperative 8™
• The Impact of the Top 3 Strategic Imperatives on the Sustainable Manufacturing Industry
• Growth Opportunities Fuel the Growth Pipeline Engine™
• Research Methodology

Growth Opportunity Analysis

• Scope of Analysis
• Segmentation-Impact of Sustainable Manufacturing Technologies in the Manufacturing Industry
• Sustainable Manufacturing Technology Drivers
• Sustainable Manufacturing Technology Restraints

Technologies Driving Sustainability in the Manufacturing Industry

• Technology Focus-Digital Technologies
• Technology Focus-Industrial Electrification
• Technology Focus-Energy-efficient Solutions
• Technology Focus-Sustainable Logistics
• Technology Focus-Energy Harvesting Solutions
• Technology Focus-Industrial WHR

Industry Initiatives and Trends

• Main Goal to Reduce Material Wastage from the Manufacturing Process and Recycle Waste Materials
• Manufacturers Focused on Building Carbon-neutral Production Facilities
• Every Industry Segment Setting Climate-neutral Targets

Sustainable Manufacturing Strategies

• Process Flow for Manufacturing Industries to Achieve Net-zero Goals
• Strategies for Adopting a Circular Economy across All Industry Verticals
• Key Sustainable Manufacturing Development Stages and Areas of Focus

Key Industry Participants

• Most Strategic Partnerships Aim to Develop New Sustainable Manufacturing and Digital Solutions
• Increased Adoption of WHR and Energy Harvesting Solutions
• High Focus on Developing New Sustainable Technologies with Low Carbon Footprint

Mega Trends Impacting Sustainable Manufacturing

• Our Mega Trend Universe-Overview
• Mega Trends Impacting Sustainable Technologies
• Regenerative Manufacturing
• Regenerative Manufacturing-Emerging Technology Applications
• Manufacturing to Zero Emissions
• Manufacturing to Zero Emissions-Emerging Technology Applications
• ESG Investments
• ESG Investments-Emerging Technology Applications
• Green Microfactories
• Green Microfactories-Emerging Technology Applications

Regional Competitiveness

• Stringent Emission Control Regulatory Frameworks across All Regions
• Regional Analysis Indicates Growing Geopolitical Tensions and Sustained R&D as Major Growth Indicators
• Regional Analysis Shows New Investors Entering Asia-Pacific to Build Manufacturing Facilities

Growth Opportunity Universe

• Growth Opportunity 1: Industry Convergence and New Business Models
• Growth Opportunity 2: Net-zero Manufacturing Facilities
• Growth Opportunity 3: Circular Economy and Sustainable Logistics
• Growth Opportunity 4: Adoption of Smart and Sustainable Packaging Using Modern Technology

Future Roadmap

• The Future Roadmap for Adopting Sustainable Manufacturing across Industries

Appendix

• Technology Readiness Levels (TRL): Explanation

Next Steps

• Your Next Steps
• Why Frost, Why Now?
• Legal Disclaimer