Particularly, in the case of alternative supply chain management policies or scenarios, life cycle analysis may significantly help to quantify the environmental result of these alternatives for the purpose of comparison and decision making.
The main purpose of this study is to examine and compare the impacts of different domestic wastewater streams and the effectiveness of two water conservation policies by means of life cycle assessment (LCA).
The electrification of transportation should be accompanied by a sharpened policy focus with regard to life cycle management, and thus counter potential setbacks in terms of water pollution and toxicity.
Validating the compliance of software requirements with the access control policies during the early development life cycle improves the security of the software.
In developing the proposed model, this study uses various research methodologies such as energy simulation, finite element method, life cycle cost analysis, policy analysis, and visual basic application.
The European Union's eco-labeling schemes and the United Kingdom's Integrated Pollution Prevention and Control Directive have tried to integrate life cycle thinking with policy making.
In addition, we suggest the incorporation of stakeholder interviews to support LCA at different phases and better implementation of life cycle thinking in policy design.
To enhance scientific support for the corresponding policy research, this manuscript presents a life cycle assessment (LCA) and economic evaluation of CSPF through a case study in Jilin Province.
Life cycle tools might benefit from revising the methodology with stakeholders to optimize the understanding and communication of life cycle results for policy- and decision-making processes.
For 'innovation' criteria following 5 points could be used: 1. Alternative transportation, 2. Environmental education, 3. Company policy on green supply chain, 4. Life cycle cost analysis and, 5. Any other criteria proposed by the applicant for granting points for innovation criteria.
