Eco-efficiency analysis of integrated waste management strategies based on gasification and mechanical biological treatment
United Arab Emirates
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About UsiWaste2X.com has evolved through years of collaborative research, spearheaded by a diverse team of experts since 2017. Leveraging extensive knowledge garnered from numerous consulting projects and academic publications, our team specializes in integrated solid waste planning, management, and optimization. Pooling together these invaluable experiences, iWaste2X.com has metamorphosed into an online hub, catering to the needs of researchers and professionals in the waste management sector. Our platform stands as a culmination of years of dedicated research and practical insights, offering a comprehensive solution for strategic planning and decision-making. Drawing from both theoretical frameworks and real-world applications, iWaste2X.com provides a holistic approach to addressing the multifaceted challenges of waste management. By integrating research findings and practical expertise, we empower users to navigate the complexities of waste management with precision and efficacy.
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Features
Shows parameters in default values that can be modified according to user requirements.
Provides multiple visualizations, such as flowcharts, graphs, and tables, to display the results.
Creates and edits multiple waste management scenarios easily.
Selects the best strategy among a set of alternatives toward a specific objective.
Determines the optimum strategy to satisfy multiple objectives with user-defined weighted importance.
Exports the software results in XLS format.
Workflow
iWaste2X offers two computation modes: 1) assessment mode, analyzing waste management strategies, and 2) optimization mode, finding the optimal waste allocation toward specific objectives.
Step-1
iWaste2X offers a global database and the users can also modify the default values to tailor the analysis based on their specific needs.
Step-2
iWaste2X allows to alter the composition and characteristics of different waste streams.
Step-3
iWaste2X enables users to model waste management plans by selecting from a variety of collection systems and management facilities.
Step-4
iWaste2X allows the users to change the default values of the operating parameters for the selected waste management facilities.
Step-5
iWaste2X integrates the construction and operation costs of the selected facilities with the revenues and local economic parameters.
Step-6
Projects
ClientsKACST is a governmental research organization located in Riyadh, Saudi Arabia, established in 1977.
UOS is a private national university located in Sharjah, United Arab Emirates, established in 1997.
uOttawa is a bilingual public research university located in Ontario, Canada, founded in 1848.
CU is one of the premier public universities in Egypt, founded in 1908.
WtERT is a top-tier research organization, established in 2002 by the Earth Engineering Center, Columbia University, New York, USA
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