Incorporating co-benefits of carbon abatement policies can offset costs and inspire greater
and faster reductions in emissions in many cases. Most studies on co-benefits are carried …

The carbonisation of energy structures is a principal reason for the high carbon levels of
carbon dioxide (CO 2) emissions in the steel industry. The implementation of an energy …

It is critically important to include the co-benefits of abated air pollution when sharing carbon
mitigation efforts among provinces. Therefore, using a Chinese multi-regional computable …

In the medium to long term, China must conduct deep emission reduction actions to
transform the country's economy and meet the conditions of the Paris Agreement. As an …

With frequent trade and technology diffusion, the barriers between regions are gradually
weakening, and regions have become more integrated over recent years. Regional …

The setting of China's peaking target by 2030 for total CO2 emissions places stricter
requirements on low-carbon production in each province. The allowable CO2 emissions will …

Abstract Bioenergy Carbon Capture and Storage (BECCS) is thought to be one of the most
important technologies to realize the deep carbon emission reduction. An integrated model …

As an increasingly accepted way of relieving global warming, collaborative carbon dioxide
(CO 2) abatement could improve not only emission performance, but also cost-effectiveness …

Existing research is ambiguous about the relationship between the financial industry
development scale and carbon emission reduction targets. Therefore, using data from 30 …

China's steel industry is an energy-intensive sector. Synergistic reduction of emissions of
CO2 and air pollutants (SO2, NOx, and PM2. 5) in the steel industry has an important …