sustainable chemical processing and waste management

最终用户产品的过程涉及许多挑战。将原材料加工成最终产品的计划外后果给问责制带来了巨大的负担，并要求开展工艺创新活动，以减轻对地球自然资源的浪费和退化以及对社会的有害影响。大多数环境影响是基于化学的活动的结果，基于化学品类型的生命周期、使用的数量和释放的化学品;能源转换、运输和利用、水处理、采矿和石油系统、纺织和皮革工业、印染、农业和食品加工、医药和保健产品制造等加工活动，还有其他很多人目前采用的化学和化学加工以及线性经济下的资源开发和管理模式对环境产生了严重影响，使生物圈的连续性在维持生态系统方面面临风险。可持续性的考虑，围绕四个参数1。制定了循环经济、影响评估、生命周期评估、从摇篮到坟墓、从摇篮到摇篮等管理原则，以及千年发展目标所设定的目标。2.分析化学处理和废物管理中应用的方法，技术;如大数据和机器学习，知识管理，3。研究质量和决策标准; 4.研究新兴技术。鉴于这些广泛的主题，研究的潜在主题包括（但不限于）：1。化学处理和废物管理驱动的技术为基础的应用; 2.通过实施清洁生产实践，发展化学加工和废物管理大厦; 3.制定创新指标，以衡量在化学加工和废物管理中提出可持续概念的有效性; 4.开发原创的组织模式和愿景，以支持实施化学品加工和废物管理，实现可持续发展的行业;

The process of end-user products involves many challenges. The unplanned consequences of processing raw materials to final products places tremendous burden of accountability, and process innovation activities to mitigate the contributing waste and degradation to the planet's natural resources and harmful effect at the societal level. The majority of environmental impacts are a result of Chemistry -based activities, grounded in the life cycle of the chemicals types, quantities utilised, chemicals released; and the processing activities in Energy conversion, transportation and utilisation, water processing, mining and petroleum systems, textile and leather industry, printing and dyeing, agriculture and food processing, medicine and health care product manufacturing, and so many others. The current model of adoption for chemistry and chemical processing as well as resources exploitation and management under a linear economy has generated severe environmental impacts, which puts the continuity of the biosphere at risk in sustaining the ecosystem. The consideration of sustainability, revolves around four parameters 1. The establishment of governing principles such as Circular economy, Impact assessment, LCA, Cradle to Grave, and Cradle to Cradle, and the targets set by Millennium Development Goals. 2. Analysis of the methodologies, techniques, applied in Chemical Processing & waste management; such as Big data and Machine learning, Knowledge management, 3. The study of standards for quality and decision making; and 4. the study of emerging technologies. In view of these wide-ranging topics, the potential subjects for the research include (but are not limited to): 1. Chemical Processing & waste management driven technology-based applications; 2. Developing Chemical Processing & waste management edifices through the implementation of cleaner production practice; 3. Developing innovative indicators for measuring effectiveness of presenting sustainable concepts in Chemical Processing & waste management; 4. Developing original organisational models and visions for supporting implementation of Chemical Processing & waste management for a sustainable industry;