collection efficiency

简明释义

收集效率

英英释义

例句

1.The city implemented a new policy aimed at enhancing collection efficiency 收集效率 during peak hours.

该市实施了一项新政策，旨在提高高峰时段的收集效率。

2.Training staff on best practices can lead to improved collection efficiency 收集效率.

对员工进行最佳实践培训可以提高收集效率。

3.The new waste management system has significantly improved our collection efficiency 收集效率.

新的废物管理系统显著提高了我们的收集效率。

4.By optimizing routes, the company increased its collection efficiency 收集效率 by 30%.

通过优化路线，公司将其收集效率提高了30%。

5.Regular maintenance of the equipment is crucial for maintaining high collection efficiency 收集效率.

定期维护设备对保持高收集效率至关重要。

作文

In the realm of environmental management and waste collection, the term collection efficiency is crucial for understanding how effectively resources are gathered and processed. Collection efficiency refers to the ratio of the amount of waste or recyclable materials collected to the total amount that was available for collection. It is an essential metric as it directly impacts the sustainability efforts of a community and its ability to minimize landfill waste. A higher collection efficiency indicates that a greater proportion of waste is being diverted from landfills, which is beneficial for both the environment and the economy.To illustrate the importance of collection efficiency, consider a city that has implemented a comprehensive recycling program. If the city collects 80 tons of recyclable materials but knows that there were 100 tons available for collection, the collection efficiency would be 80%. This means that 20% of the recyclable materials went uncollected, which represents a lost opportunity for recycling and resource recovery. Improving this collection efficiency could involve increasing public awareness campaigns, providing better access to recycling bins, or enhancing the logistics of waste collection routes.An effective strategy to improve collection efficiency is to invest in technology that assists in tracking and managing waste collection processes. For instance, smart bins equipped with sensors can help monitor fill levels and optimize collection schedules, ensuring that bins are emptied before they overflow. This not only enhances collection efficiency but also improves the overall cleanliness of the community, leading to a better quality of life for residents.Moreover, community engagement plays a vital role in maximizing collection efficiency. When residents understand the importance of proper waste disposal and recycling, they are more likely to participate actively. Educational programs in schools and community centers can foster a culture of recycling and responsible waste management. As people become more conscientious about their waste habits, the collection efficiency naturally increases, resulting in less contamination of recyclables and a higher yield of recovered materials.On a larger scale, governments and organizations can analyze data on collection efficiency to identify trends and areas for improvement. By comparing the collection efficiency of different regions, policymakers can develop targeted initiatives to address specific challenges. For example, if a certain neighborhood consistently shows lower collection efficiency, it may indicate a need for additional resources or tailored educational outreach.In conclusion, collection efficiency is a critical component of effective waste management systems. It reflects how well communities are able to collect and recycle materials, ultimately influencing environmental sustainability and resource conservation. By leveraging technology, engaging the community, and analyzing data, cities can work towards improving their collection efficiency, thereby creating a cleaner and more sustainable future. The journey towards enhanced collection efficiency is not just about numbers; it is about fostering a collective responsibility towards our planet and ensuring that we leave a healthier environment for future generations.

collection efficiency在环境管理和废物收集领域至关重要，有助于理解资源的收集和处理效率。collection efficiency指的是收集的废物或可回收材料的数量与可收集的总量之间的比率。这是一个重要的指标，因为它直接影响社区的可持续发展努力以及减少填埋垃圾的能力。更高的collection efficiency表明更多的废物被转移出填埋场，这对环境和经济都是有益的。为了说明collection efficiency的重要性，考虑一个实施了全面回收计划的城市。如果该城市收集了80吨可回收材料，但知道可收集的总量为100吨，那么collection efficiency将为80%。这意味着20%的可回收材料未被收集，代表着一个回收和资源回收的失去机会。提高这种collection efficiency可能涉及增加公众意识活动、提供更好的回收箱访问，或增强废物收集路线的物流。提高collection efficiency的有效策略是投资于能够跟踪和管理废物收集过程的技术。例如，配备传感器的智能垃圾箱可以帮助监测填充水平并优化收集时间表，确保垃圾箱在溢出之前被清空。这不仅提高了collection efficiency，还改善了社区的整体整洁度，从而提高居民的生活质量。此外，社区参与在最大化collection efficiency中发挥着至关重要的作用。当居民理解妥善处理废物和回收的重要性时，他们更有可能积极参与。学校和社区中心的教育项目可以培养回收和负责任废物管理的文化。随着人们对自身废物习惯的关注度提高，collection efficiency自然会增加，从而减少可回收物的污染，提高回收材料的产出。在更大范围内，政府和组织可以分析collection efficiency的数据，以识别趋势和改进领域。通过比较不同地区的collection efficiency，政策制定者可以制定针对特定挑战的专项举措。例如，如果某个社区的collection efficiency持续较低，这可能表明需要额外的资源或量身定制的教育宣传。总之，collection efficiency是有效废物管理系统的关键组成部分。它反映了社区收集和回收材料的能力，最终影响环境可持续性和资源保护。通过利用技术、吸引社区参与和分析数据，城市可以致力于提高其collection efficiency，从而创造一个更清洁和更可持续的未来。提升collection efficiency的旅程不仅仅是数字问题；它关乎于促进我们对地球的共同责任，确保我们为后代留下一个更健康的环境。