China's emissions may peak as soon as 2025


New research suggests that China's carbon emissions could peak as soon as 2025. But not everyone is convinced by these projections.

‘The findings says that it is possible for China to limit CO2 emissions and to reach its emissions peak before 2025, which makes the global 2°C target feasible,’ says Jiang Kejun, senior research fellow at the Energy Research Institute under China's National Development and Reform Commission. Jiang is the main author on the study and adds that ‘it is possible to reach this target’.

In 2009, Jiang’s team released another report, where they suggested that if China adopts an ‘enhanced low carbon scenario’ with very stringent policies, the nation's carbon emissions could peak in 2030. He now says that the nation's carbon emissions could peak five years earlier, as long as the government continues to work hard on creating a low carbon economy.

‘I am a technology optimist, many people don't agree with me’
‘None of us could have imagined what would happen in the past few years – that renewable energy could develop so rapidly, in particular wind power,’ he says. ‘In 2010, China became the country with the highest installed wind power capacity in the world.’ Jiang tells Chemistry World that it is these recent achievements will bring the nation’s emission peak forward.

In the study, the authors call for further expansion of renewable energy and clean technologies, such as carbon capture and storage (CCS) and integrated gasification combined cycle (IGCC) for coal power stations. Jiang predicts that by 2050, 410,000MW of coal power with CCS will be in use and IGCC will be the main technology.

‘I am a technology optimist, many people don't agree with me,’ Jiang says. ‘I believe that technologies such as IGCC and CCS will be proven and will become industrial. But I am not optimistic about geoengineering techniques.’

Zhao Xiusheng, a professor at the Institute of Nuclear and New Energy Technology, Tsinghua University, is one of those who are sceptical of Jiang’s work. He points out that it is unlikely that clean technologies will progress so quickly. ‘I can't see a transformation in clean technologies in the foreseeable future,’ Zhao says. ‘There are many different pathways to reduce greenhouse gas emissions: we always choose the easiest and cheapest first and the next one will be harder and more expensive, so the future is full of uncertainties.’ Despite describing Jiang’s estimates as over optimistic, Zhao says there’s still plenty of scope to cut China's CO2 emissions, particularly using nuclear power, hydropower and natural gas.


Related Content

China’s nitrous oxide emissions to triple by 2020

7 May 2014 Research

news image

Chemical is biggest threat to the recovery of the ozone layer and a potent greenhouse gas too

China mulls tax on carbon emissions

16 January 2012 News Archive

news image

Chinese government reportedly interested in study that recommends a carbon price of £1 per tonne of carbon dioxide

Most Read

Photon pinball identifies chemicals from afar

13 August 2014 Research

news image

Samples turned into random Raman lasers beam their secrets from over a kilometre away

History of King Richard III written in his teeth

18 August 2014 Research

news image

Chemical analysis of isotope signatures in monarch's remains provide insight into his life

Most Commented

Radiolabels help evaluate emerging cancer treatment

18 August 2014 Research

news image

Tracking tools will aid transition of boron neutron capture therapy from bench to hospital

Photon pinball identifies chemicals from afar

13 August 2014 Research

news image

Samples turned into random Raman lasers beam their secrets from over a kilometre away