# 危险废物运输协同 APP / 连接预约、承运与处置的全流程闭环 - ID: 3 - URL: https://www.stoyard.com/works/3 - English URL: https://www.stoyard.com/en/works/3 - Year: 2019 - Cover: https://static.glabcms.stoyard.com/object/20200420/a2ec44s5kav.png - Categories: 行业领域：软件服务、出行、汽车, 服务内容：数字产品与体验（Digital Product & Experience Design）, 技术解决方案：软件设计解决方案 - English Categories: Type of industry field：Software Services、Transport, Service Content：Digital Product & Experience Design, Technical Solutions：Software Design Solution - Author: STOYARD - English Author: STOYARD - Publish: 2020-04-21 - Editor: STOYARD BEIJING ## 中文主体 ### 项目简介 危险废物回收涉及产废企业、运输公司与环境处置公司等多个参与方，业务流程长，并对运输安全、过程监管与信息追溯有较高要求。我们为某国企策划并设计了一款危险废物运输 APP，提供产品策略、业务流程梳理、用户体验与界面设计，将预约回收、司机接单、运输执行和处置监管整合到统一的数字化系统中。 通过产废企业在线预约回收，司机接单运输，环境处置公司处置并监管等流程让资源循环再利用，实现节能减排，并将危险废物利用后的无效成分做无害化处理，最终消除污染。  设计从三类用户的职责与任务出发，分别规划功能权限和操作路径：产废企业可以在线提交回收需求，运输司机能够接收订单并执行运输任务，环境处置公司则负责接收、处理并监管业务进度。清晰的角色分工减少了不同企业之间的信息断层，使跨组织协作更加顺畅。 在交互与视觉层面，我们重点强化任务状态、流程节点和关键数据的识别效率，使用户能够快速了解订单处于哪个阶段、下一步需要完成什么操作。系统让危险废物从产生、运输到最终处置的全过程更加透明、可控和可追溯，也为资源循环利用、无害化处理与节能减排提供了数字化支持。    ## English Content ### Introduction Hazardous waste recycling involves multiple participants such as waste-producing enterprises, transportation companies and environmental disposal companies, with long business processes and high requirements for transportation safety, process supervision and information traceability. We have planned and designed a hazardous waste transportation APP for a state-owned enterprise, providing product strategy, business process combing, user experience and interface design, integrating appointment recycling, driver order taking, transportation execution and disposal supervision into a unified digital system. Through the processes of online reservation and recycling by waste-producing enterprises, transportation by drivers, disposal and supervision by environmental disposal companies, etc., resources can be recycled and reused to realize energy conservation and emission reduction, and the ineffective components after hazardous waste utilization can be treated harmlessly to finally eliminate pollution.  The design starts from the responsibilities and tasks of three types of users, and plans the functional authority and operation path respectively: waste production enterprises can submit recycling requirements online, transportation drivers can receive orders and perform transportation tasks, and environmental disposal companies are responsible for receiving, processing and supervising the business progress. A clear division of roles reduces information gaps between different enterprises and makes cross-organizational collaboration smoother. At the interactive and visual level, we focus on enhancing the identification efficiency of task status, process nodes and key data, so that users can quickly understand which stage the order is in and what needs to be done next. The system makes the whole process of hazardous waste from generation, transportation to final disposal more transparent, controllable and traceable, and also provides digital support for resource recycling, harmless treatment, energy conservation and emission reduction.   