27 November 2017, Climate Home News. Cleaner coolants fund gets $540m – and US backing. Rich countries will pay $540 million over three years into a fund to support a shift to cleaner coolants, under a deal agreed in Montreal on Saturday. Notably, the US is set to contribute $37m, despite the Trump administration’s hostility to multilateral environmental agreements. It comes as the 1987 Montreal Protocol pivots from its initial focus on the ozone layer to addressing the climate impact of chemicals used in fridges and air conditioners. State department official Judith Garber said the US was starting the process to ratify the Kigali Amendment to the protocol, which sets a phasedown path for HFCs, a group of potent warming gases produced by these appliances. In a speech on Thursday that did not mention climate change, she hailed the Kigali Amendment’s “pragmatic and balanced approach” to reducing HFCs’ “environmental impact”. US chemical companies like Honeywell and Dow support the deal, seeing an opportunity to sell climate-friendly alternatives. The Kigali Amendment will enter into force on 1 January 2019, after Sweden became the twentieth country to ratify it on 17 November. Developing countries like India made clear their backing for an HFC phasedown depended on finance to help their chemical manufacturers switch to substitutes. Gaby Drinkwater of Christian Aid said in a statement: “Developing nations are where the demand growth in air conditioning systems will come from as the planet gets hotter. No one wants to see this demand creating a vicious cycle of rising greenhouse gas emissions.” David Doniger of the Natural Resources Defense Council wrote in a blog that developing countries appeared “optimistic” the funds were adequate. Read More here
Tag Archives: Emissions
13 November 2017, Carbon Brief, Analysis: Global CO2 emissions set to rise 2% in 2017 after three-year ‘plateau’. Over the past three years, global CO2 emissions from fossil fuels have remained relatively flat. However, early estimates from the Global Carbon Project (GCP) using preliminary data suggest that this is likely to change in 2017 with global emissions set to grow by around 2%, albeit with some uncertainties. Hopes that global emissions had peaked during the past three years were likely premature. However, GCP researchers say that global emissions are unlikely to return to the high growth rates seen during the 2000s. They argue that it is more likely that emissions over the next few years will plateau or only grow slightly, as countries implement their commitments under the Paris Agreement. 2017 emissions likely to increase The GCP is a group of international researchers who assess both sources and sinks of carbon. It has published an annual global carbon budget report since 2006. Its newly released global carbon budget for 2017 provides estimates of emissions by country, global emissions from land-use changes, atmospheric accumulation of CO2, and absorption of carbon from the atmosphere by the land and oceans. Read More here
13 November 2017, The Conversation, Fossil fuel emissions hit record high after unexpected growth: Global Carbon Budget 2017. Global greenhouse emissions from fossil fuels and industry are on track to grow by 2% in 2017, reaching a new record high of 37 billion tonnes of carbon dioxide, according to the 2017 Global Carbon Budget, released today. The rise follows a remarkable three-year period during which global CO₂ emissions barely grew, despite strong global economic growth. But this year’s figures suggest that the keenly anticipated global peak in emissions – after which greenhouse emissions would ultimately begin to decline – has yet to arrive. Read more: Fossil fuel emissions have stalled: Global Carbon Budget 2016 – The Global Carbon Budget, now in its 12th year, brings together scientists and climate data from around the world to develop the most complete picture available of global greenhouse gas emissions. In a series of three papers, the Global Carbon Project’s 2017 report card assesses changes in Earth’s sources and sinks of CO₂, both natural and human-induced. All excess CO₂ remaining in the atmosphere leads to global warming. We believe society is unlikely to return to the high emissions growth rates of recent decades, given continued improvements in energy efficiency and rapid growth in low-carbon energies. Nevertheless, our results are a reminder that there is no room for complacency if we are to meet the goals of the Paris Agreement, which calls for temperatures to be stabilised at “well below 2℃ above pre-industrial levels”. This requires net zero global emissions soon after 2050. Read More here
10 November 2017, Climate News Network: Geo-engineering can work – if the world wants it. Geo-engineering can stop the Earth warming, at least in theory, scientists say, but doubts persist over the possible risks. Climate scientists now know that geo-engineering – in principle at least – would halt global warming and keep the world at the temperatures it will reach by 2020. It is simple: inject millions of tons of sulphate aerosols into the stratosphere at carefully chosen locations, and keep on doing so for as long as humans continue to burn fossil fuels and release greenhouse gases into the atmosphere. The desired effect: global temperatures will be contained because the pollutants in the upper atmosphere will dim the sun’s light and counteract the greenhouse effect of all the carbon dioxide pumped from power stations, vehicle exhausts, factory chimneys and burning forests. It won’t be the perfect answer. The oceans will go on becoming more acidic, and the skies will become subtly darker. Rainfall patterns could be affected. Repairs to the ozone layer – an invisible shield against dangerous ultraviolet radiation – would be slowed.The volumes of sulphate aerosols that would need to be flown to stratospheric heights and released each year would continue to grow as humans went on burning ever more fossil fuels. The technical and energy demands of such an operation would be colossal. There could be serious geopolitical problems about the impacts and responsibility for such decisions. But, at least in principle, researchers now believe geo-engineering could be made to work. “For decision makers to accurately weigh the pros and cons of geo-engineering against those of human-caused climate change, they need more information,” said Ben Kravitz, of the Pacific Northwest National Laboratory, and one of a consortium which has published a succession of five studies in the Journal of Geophysical Research – Atmospheres. “Our goal is to better understand what geo-engineering can do – and what it cannot.” Read More here