The Innovation Center for Clean-air Solutions and the Beijing Municipal Research Institute of Environmental Protection studied clean energy transformation in the Beijing-Tianjin-Hebei region and produced two reports: the Guideline for Disaggregated Coal Control and Clean Heating, and the Case Studies on Clean Heating Technologies. They provide technical assistance to local cities that seek to control disaggregated coal use. The research was supported by Energy Foundation China.

This report summarizes green development and construction practices at the China Railway Construction Group and presents a green development model for construction enterprises. Taking the group as an example, the project looks into how to promote green development in construction enterprises. After analyzing policy obstacles the new model faces, the report puts forward policy recommendations in response. It was supported by Energy Foundation China and conducted by the China Railway Construction Group in 2017.

In order to support the potential of achieving long-term improvement of air quality in China, the Energy Foundation China supports Tsinghua University to conduct a study on How to Reach Air Quality Standard of PM2.5 in China by 2030. Based on the results from energy forecasting model, emission inventory, and air-quality model, this report provides recommendations for the major cities of China to reach Air Quality Standard of PM2.5 in near future.

To better inform investment decision making, this study develop a pragmatic framework for investors to assess environmental risks using the coal-to-chemical sector as an example. This report is developed by the Trucost and S&P Dow Jones Indices, and is supported by Energy Foundation China.

In 2017, Energy Foundation China supported the Center for Environmental Education and Communications of the Ministry of Environment Protection, the Remin University, and the MediaQLab to develop a communications toolkit to help control disaggregated coal burning. Based on an analysis of user awareness, behavior, and feedback on disaggregated coal and its alternatives, the toolkit provides practical communications methods to promote stakeholder understanding and implementation of disaggregated coal control.

In 2017, Energy Foundation China supported the Center for Environmental Education and Communications of the Ministry of Environment Protection, the Renmin University, and the MediaQLab to research how residents in the Beijing-Tianjin-Hebei region are using disaggregated coal and their environmental awareness, The resulting report analyzes experiences and challenges of promoting disaggregated coal control policies and provides comprehensive recommendations that will help policymaking.

China’s urbanization is transitioning from an era of sprawling expansion to the pursuit of livability. Only cities that are designed and constructed for people can be livable and sustainable.

Energy Foundation China supported the Chinese Academy of Fiscal Sciences to research on how to push forward the green fiscal and taxation reform in China. The resulting report, released in August 2017, systematically reviews the existing environment-related fiscal and taxation policies, provides principles and roadmaps for a green fiscal and taxation system, and puts the system in an interlinked framework of pricing, taxation, and public finance.

In 2017, Energy Foundation China supported the Urbanization and Urban-Rural Planning Research Center of Jiangsu to study on urban renewal planning in the province. In this report, researchers propose a planning methodology to guide systematic urban renewal and try to improve its policy analysis and planning guidelines based on Jiangsu’s current policy framework. The goal is to guide an orderly and gradual renewal in cities across the province. The research helps promote urban renewal planning and practice in Jiangsu and other Chinese provinces.

We generally combine data derived from China-specific studies with more robust data developed to support air conditioning system analysis in the US to develop a complete analysis dataset.To evaluate the emissions impacts associated with a transition away from HFC-134a, we also develop a set of corresponding MAC system data for three alternative refrigerants: HFC-152a, HFO-1234yf, and CO2 (R-744).