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Black carbon emissions from Arctic shipping

Black carbon emissions from Arctic shipping: a review of main emitters and time trends

Black carbon (BC) emissions from shipping contribute to climate change and air pollution, which affects both human health and the environment. In this analysis, we quantified and mapped BC shipping emissions in the Geographic Arctic (area above 58.95 °N) and in the IMO Arctic waters.
Clean Arctic Alliance Briefing on Agenda Item 6 of PPR10: Reduction of the impact on the Arctic of Black Carbon Emissions from International Shipping

Clean Arctic Alliance Briefing on Agenda Item 6 of PPR10: Reduction of the impact on the Arctic of Black Carbon Emissions from International Shipping

PPR 10 to recommend to MEPC 80 a proposal for a mandatory regulation of BC emissions through an amendment to MARPOL Annex VI to require ships operating in the Arctic to switch to distillate fuels.
Position on Scrubbers: Stop the dumping of hazardous waste from ships

Position on Scrubbers: Stop the dumping of hazardous waste from ships

A position paper by Clean Arctic Alliance member Green Transition Denmark on why scrubbers should be banned in territorial seas today.
Cleaner Shipping: Air Pollution, Climate, Technical Solutions and Regulation

Cleaner Shipping: Air Pollution, Climate, Technical Solutions and Regulation

This publication focuses on air pollution with CO2, SO2, NOx and particles from shipping, technical solutions as well as existing and further regulation and enforcement. The purpose is to inform and inspire decision makers and other stake- holders to implement ambitious regulation to reduce air pollution from shipping to the benefit of the climate, public health and nature. Finally, this publication can be used for teaching.
Beyond Fossil Fuels: The Case for the Arctic

Beyond Fossil Fuels: The Case for the Arctic

Beyond Fossil Fuels: The Case for the Arctic Transport & Environment, October 2017 Beyond Fossil Fuels: The Case for the Arctic (pdf)  
Drivers of a Ban on HFO in the Arctic – the Norwegian Case

Drivers of a Ban on HFO in the Arctic – the Norwegian Case

Drivers of Ban on HFO in the Arctic - The Norwegian Case highlights the drivers behind Norway supporting the decision to phase out heavy fuel oil (HFO) in the Arctic and analyze the drivers from an economic, political and environmental perspective.
Transitioning away from heavy fuel oil in Arctic shipping

Working Paper: Transitioning away from heavy fuel oil in Arctic shipping

As Arctic shipping increases, pressure is mounting to protect the environment from fuels that are harmful when burned and spilled, including heavy fuel oil (HFO). Presently, the IMO is working to develop a ban on HFO in Arctic waters.
Residuals bunker ban in the IMO Arctic waters

Residuals bunker ban in the IMO Arctic waters: Cost implications for Russian trade flows – a case study

The study is complementary to CE Delft’s 2018 assessment of the costs and benefits of a Residuals bunker fuel ban in the IMO Arctic waters and analyses for a Russian trade flow the potential impacts of a ban on the use and carriage of heavy fuel oil
Heavy Fuel Oil use in the IMO Polar Code Arctic by Russian flagged Ships 2015

Heavy Fuel Oil use in the IMO Polar Code Arctic by Russian flagged Ships 2015

Russia has the longest Arctic coastline and has invested heavily in Arctic ports and infrastructure, so it will come as no surprise that most of the ships operating in the Arctic are Russian-flagged and that these ships use and carry large amounts of fuel, including HFO
Residuals bunker fuel ban in the IMO Arctic waters CE Delft: Residuals bunker fuel ban in the IMO Arctic waters: An assessment of costs and benefits

CE Delft: Residuals bunker fuel ban in the IMO Arctic waters: An assessment of costs and benefits

The IMO has agreed to start working on the development of a ban on the use and carriage of heavy fuel oil (HFO) as fuel by ships in Arctic waters. Such a ban would not prohibit the carriage of heavy grade oil in bulk as cargo, but would require ships sailing in the Arctic waters to use and carry non-HFO bunker fuels only. This would lead to a reduction of black carbon emissions and reduce costs and damages in case of an oil spill, but also impose additional costs on ship owners/operators that otherwise would have used and/or carried HFO