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China is vigorously promoting energy conservation and emission reduction, however, its heating industry is still characterized by high input, high energy consumption, high pollution, but low output...

Whether the local economy can benefit from nuclear power plants will not only influence policymakers’ decision, but also the residents’ attitude. It is of great practical and academic value to scie...

Taking the A-share listed companies of the Shenzhen Stock Exchange in 2012–2017 as a sample and capital structure as a moderator variable, this paper uses a mediating effect model to investigate th...

Based on overseas M&A cases during 2013–2017, this study investigated the factors influencing the performances of Chinese enterprises in overseas M&A within the context of the “Belt and Road Initia...

This paper first measures the levels and growths of regional TFP in China using a panel dataset of China’s 30 provinces from 1978–2014. It then estimates the effects of R&D on regional TFP and its ...

Cement is an essential basic and resource, which has a significant impact on the Chinese national economy. However, at present, cement is still an unsustainable basic building material, and as such...

Majority of the increase in global energy consumption is from China; hence, studying energy issues, especially in China’s manufacturing industry (CMI), is worthwhile and of much interest in the academic field. Based on the translog cost function, we develop a research framework to study the rebound effect of CMI. Considering the effect of asymmetric energy price, we augment the energy-cost function with asymmetric influence constraint of energy price. Again, we add time series data of CMI’s capital, labor, energy, and mid-input to the model to calculate the direct rebound effect of CMI. We find that the rebound effect of CMI is 44.2%, and CMI still has large energy-conservation potentials. Based on the results of this study, some policy recommendations are provided.

As a result of rapid development of industrialization and urbanization, energy (especially fossil fuels) demand growth is increasing. Hence, China is facing the huge pressure of environmental prote...

This article uses China’s input–output (I-O) tables in 2002, 2007, and 2012 to estimate the real energy consumption of each sector after the I-O adjustment. The relationship between the sectors is ...

This article examines the roles of abatement efforts and the technological progress in the pollution control of China’s industrial sector. Based on StoNED model, as a measurement of the technological progress, the total factor productivity (TFP) of China’s industry is estimated by using panel input−output data of the industrial sector at provincial level, and then, the impact of abatement efforts and TFP on the emissions of SO2 and COD in China’s industry is investigated. The results show that (i) there is too much statistical noise in input−output data of China’s industry, and it could lead to an underestimate of TFP if all deviations from the production frontier are attributed to inefficiency; (ii) improving TFP has greater impact on the reduction of the industrial SO2 and COD than increasing abatement efforts does, although improving TFP does not exert statistically significant effect on COD emission.

This article applies a parametric metafrontier method and the Malmquist index to analyze the energy efficiency and its dynamic performance in China’s commercial sector from 1995 to 2013. The results indicate that the energy efficiency in China’s commercial sector is generally low, and there are significant regional differences and enormous energy-saving potentials. Relative to metafrontier, commercial sectors in eastern China have relatively higher energy efficiency; while those in central and western China have relatively low energy efficiency. Besides, the dynamic energy efficiency performance in China’s commercial sector has improved over the period. The technology improvement is a major driving factor to improve the energy efficiency in the commercial sectors of all the three regions.

China’s petroleum pricing reform has started since 1998 and is still ongoing. It has a profound impact on China’s oil market and even global oil market. We quantitatively evaluate the effectiveness of the reform on two key issues. Has the pricing reform strengthened the linkage between the international crude market and China’s petroleum products market? Has the pricing reform magnified shocks to the international crude market on China’s economy? Our results show that the reform has strengthened the relationship between China’s petroleum prices and international crude price without negative influence on China’s economy, but the effect of China’s petroleum prices on international crude price is still limited. Furthermore, the reform helps the Chinese government reduce oil subsidies.

Heavy industry accounts for nearly 65% of the energy consumption and over 60% of the electricity consumption of China. Under the framework of real savings and green GDP, the huge energy consumption and carbon emissions will bring in huge natural resource losses, and then affect the total factor productivity (TFP) seriously. When taking the input–output relationship into consideration, the natural resource losses of heavy industry will decrease significantly. As the upstream of the industrial chain, heavy industry offered a large number of subsidies to the downstream industries by providing energy, raw materials, and taking on carbon emissions. This article verified the transfer of natural resource losses among industries, and estimated the real TFP of heavy industry from input–output and traditional perspective, respectively. The results showed that there was an increasing trend in the growth rate of heavy industry’s TFP in the perspective of input–output.

China’s oil imports have increased significantly and will play a bigger role in the future. We incorporate the “China factor” into oil price. The main findings are (1) long-run trends of oil price are determined by oil supply and demand; emergencies would cause oil price volatility in the short run; (2) macroeconomic effects of oil price increases depend on the underlying factors that drive oil price; (3) China’s oil import, which can only explain 4.6 percent of oil price change, has a relatively small influence on oil price volatility; but (4) China affects the long-run trends of oil price by changing the fundamentals of the oil market, especially after financial crisis.

Drawing on provincial panel data in China, we study the causal relationship between generation hours and coal consumption rate of coal-fired power and its implication for energy conservation in China’s energy development plan. Empirical results suggest that (1) low generation hours resulting from peak regulation were the main reason for poor efficiency of coal-fired power units in China; (2) increase in power generation hours reduces the coal consumption rate of coal-fired units, but about 70 percent of this effect depends on the dispatching modes; (3) according to China’s Twelfth Five-Year Energy Plan, generation hours of coal-fired power will decrease by 2015 compared to that of 2006–10, which would have adverse effects on coal consumption of rate of coal-fired power plants.

In recent years, the rapid increase in natural gas consumption and huge dependency on foreign gas have forced China to speed up the process of natural gas pricing reform. The price-gap approach is applied to estimate China’s natural gas subsidies, and the results indicate that China's natural gas subsidies increased from CNY 93.341 billion in 2010 to CNY 188.537 billion in 2012. We also apply the input-output model and find that a natural gas price increase of 10–15 percent has less effect on various price indexes than does complete removal of subsidies. Currently, China’s natural gas accounts for a relatively small proportion of the country’s primary energy consumption, and thus gas pricing reform will not have a significant negative effect on the macroeconomy. The government needs to implement fiscal policies such as direct subsidies, tiered pricing for natural gas, and city-gate price discounts to relatively underdeveloped provinces to ensure the smooth implementation of reform.