摆脱塑缚：在餐饮服务中从一次性用品过渡到重复使用的环境、经济和商业案例（EN）_49页_49mb

Reuse Wins Summary

Core Content

This report, Reuse Wins, presents a compelling case for transitioning from single-use to reusable food serviceware in the food service industry. It highlights the environmental, economic, and social benefits of such a shift, arguing that the current throw-away culture is a major contributor to plastic pollution and other ecological issues.

Main Viewpoints

• Environmental Impact: Single-use alternatives to plastic, including bio-based and compostable options, often cause similar or greater environmental harm than traditional plastics. They require significant resources and do not always get properly recycled or composted.
• Climate Protection: Reusable food serviceware significantly reduces greenhouse gas emissions and water consumption over their lifecycle, especially once they surpass the break-even point of use.
• Economic Benefits: Transitioning to reusable systems can save businesses and local governments substantial costs. On-site dining with reusables saves 100% of businesses money, while takeout and delivery systems can also lead to significant savings.
• Social and Community Impact: Reuse systems can create jobs, reduce litter, and lower waste management costs. They also promote a more just and sustainable model of consumption and production.
• Systemic Change Needed: The report argues that the solution lies not in replacing one single-use material with another, but in fundamentally redesigning the food service system to prioritize reuse over disposables.

Key Information

Environmental Benefits of Reuse

• Reusable food serviceware outperforms single-use alternatives in all 14 standard LCA environmental measures.
• Reusable cups, plates, and utensils reduce CO2 footprints, water usage, and resource extraction.
• The break-even point for reusables varies depending on the product type, material, washing efficiency, and energy source.
• Single-use cups require significantly more water than reusable alternatives like ceramic mugs.

Economic Benefits of Reuse

• Reusable systems save businesses money in the long run, with average annual savings ranging from $3,000 to $22,000 for small businesses.
• Reuse reduces waste management costs for both businesses and local governments.
• The report cites over 166 case studies where switching to reusables led to cost savings.
• The shift to reuse can create new job opportunities in the collection, cleaning, and distribution of reusable items.

Challenges of Transitioning to Reuse

• Reuse requires a shift in how food and beverages are delivered and consumed.
• Some businesses may be hesitant due to concerns about added dishwashing and labor costs, but many existing systems already incorporate reusable items.
• Infrastructure for reusable systems is still developing, and there is a need for policy support and innovation to scale these systems.

Emerging Reuse Economy

• A new reuse service economy is emerging for take-out and delivery, with companies offering lending libraries, deposit systems, and subscription models.
• These services provide a circular system for collection, washing, and restocking of reusable food serviceware.
• The reuse economy has the potential to create 193,000 jobs in the U.S. alone and reduce the amount of waste generated by the food service industry.

Data Highlights

• Nearly 1 trillion disposable food service products are used annually in the U.S., with 79% related to takeout and delivery.
• $24 billion is spent annually on disposable food serviceware in the U.S.
• $6 billion is spent on solid waste management for disposable food packaging.
• Transitioning to 100% reusable on-site dining could avoid 841 million disposable packaging items annually, saving $5 billion in waste management costs.

Conclusion

The report concludes that the future of food service lies in the adoption of reusable systems. These systems are more sustainable, cost-effective, and beneficial for communities. The transition from single-use to reuse is not only feasible but also necessary to address the growing environmental and economic challenges associated with the current waste model.