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BASF partners with China BlueChemical and Wuhuan Engineering to develop new technology for use of CO2-rich marine gas

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to promote low-carbon development and utilization of marine gas resources. In the Dongfang Industrial Park of Hainan Province, China BlueChemical extracts large quantities of such offshore natural gas (marine gas) from gas fields in the South China Sea. —Wang Weimin, Chairman of China BlueChemical Limited Company.

Mariner 186
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Maersk sets net zero CO2 emission target by 2050

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of global CO2 emissions. We will invest significant resources for innovation and fleet technology to improve the technical and financial viability of decarbonized solutions. In 2019, Maersk is planning to initiate open and collaborative dialogue with all possible parties to tackle climate change.

CO2 286
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Synthesis Study Finds Ocean Acidification from CO2 Emissions Could Increase by 150% by 2050; Substantial Irreversible Damage to Ocean Ecosystems

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This is an increase 100 times faster than any change in acidity experienced in the marine environment over the last 20 million years, giving little time for evolutionary adaptation within biological systems, the report says. Carbonate ion concentrations are now lower than at any other time during the last 800,000 years.

CO2 186
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Study: Increasing CO2 and Decreasing O2 Will Result in Significant Expansion of Oceanic Dead Zones, With Severe Effects on Marine Animals

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New calculations made by marine chemists from the Monterey Bay Aquarium Research Institute (MBARI) suggest that low-oxygen “dead zones” in the ocean will expand significantly over the next century, with severe effects on marine animals. This could have significant consequences for marine life in these zones.

Mariner 150
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Study finds increased CO2 enhancing plankton growth; opposite of expected

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The results show both the power of long-term time-series of ocean observations for deciphering how marine microbial communities are responding to climate change and offer evidence that the ocean garden is changing. The CPR survey was launched by British marine biologist Sir Alister Hardy in the early 1930s.

CO2 150
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Marine Scientists Issue Monaco Declaration Calling for Immediate Action to Reduce Ocean Acidification

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Red areas are those where waters are under-saturated in aragonite and so hostile to shell formation by marine organisms, with darker color indicating greater under-saturation. James Orr, Marine Environment Laboratories (MEL-IAEA) and chairman of the symposium. Source: ACECRC. Click to enlarge. Surface ocean pH has already dropped by 0.1

Monaco 150
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National Research Council Study Finds CO2 Emissions Causing Ocean Acidification at Unprecedented Rate

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Ocean acidification has demonstrated impacts on many marine organisms. While the ultimate consequences are still unknown, there is a risk of ecosystem changes that threaten coral reefs, fisheries, protected species, and other natural resources of value to society. unit—from about 8.2 making them more acidic.

Emissions 186