Simplified Methods for Modelling Dependent Parameters in Health Economic Evaluations: A Tutorial

Xie, Xuanqian; Schaink, Alexis K.; Liu, Sichen; Wang, Myra; Rios, Juan David; Volodin, Andrei

doi:10.1007/s40258-024-00874-4

Cited by 2 publications

(1 citation statement)

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“…The EU has made significant efforts to convert waste from landfills into valuable resources. As a result, per capita landfilling in Europe has declined by 60% over the past 20 years, dropping from 830 g per capita per day in 1995 to 320 g per capita per day in 2016 [69]. To reduce reliance on landfills, there has been a growing global emphasis on energy recovery through waste-to-energy (WTE) technologies, which help prevent the waste of energy-rich materials.…”

Section: Heat Treatment Conditions In Shanghaimentioning

confidence: 99%

Comprehensive Analysis of Industrial Solid-Waste-to-Energy by Refuse-Derived Fuel Technology: A Case Study in Shanghai

Li,

Lou

et al. 2024

Sustainability

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The prolific generation of industrial solid waste (ISW) in China, coupled with its complex composition, presents significant challenges due to exceeding environmental capacity. Identifying an appropriate approach to maximize the use of ISW, particularly low-value industrial solid waste (LISW), is crucial for addressing environmental issues. This study explores the potential of converting LISW into refuse-derived fuel (RDF), an energy-rich precursor, as a promising method for disposal and reutilization. The advantages of RDF lie primarily in two key areas: management and technology. Regulatory aspects cover principles governing RDF feedstock preparation, storage and transportation requirements, and pollutant emission regulations. Technical considerations include pretreatment techniques, additive selection, and analyzing RDF as a substitute for fossil fuels. To assess the effectiveness of RDF technology in harnessing the remaining energy from LISW, this paper provides an overview of relevant national laws and regulations concerning incineration plants, guiding the utilization of RDF in such facilities. Additionally, using Shanghai as a case study, we evaluate the ISW situation, domestic waste incineration plants, and cement kiln plants to identify potential scenarios for RDF application in future energy systems. Our findings suggest that LISW holds significant potential as a power plant fuel, particularly when blended with higher calorific value materials to produce RDF particles with exceptional combustion performance, density, and storage characteristics.

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Section: Heat Treatment Conditions In Shanghaimentioning

confidence: 99%