The Shell CCS Plant Produces More Extra Air Than Captured

Oil companies often tell the whole world about high-tech products that will allow us to burn leftover oil without cooking seasonally.. But those technologies are too stupid.

New reports from Global Witness records how he was ridiculed blue hydrogen plant carbon dioxide and storage (CCS) Shell is only absorbing a small amount of greenhouse gases releases that the company claims. In fact, it is was created More air in its five years of operation more than has been seized.

Quest Plant, located near Edmonton, Alberta, is the site for the production of blue hydrogen — a new type of oil — derived from natural gas, equipped with CCS to store ground gas. Shell says Quest, which started operating in late 2015, has suspended more than 5 million tons of carbon dioxide.– “More CO2 than expected,” Shell’s page comments—From entering the atmosphere.

The company is required to report on its CCS location to the government of Canada. And the statistics say little flower story than that Shell tells people. The Statistics show that about 80% of the carbon dioxide from the process used to make blue hydrogen is captured. However, such gases make up about 60% of the actual oxygen in the plants. Some of the carbon emissions from the factory, Global Witness found, come from a garbage dump caused by the process — and which Shell is not yet to report. This means that the CCS component of the site only absorbs 80% to 60% of factory emissions – a mathematical measure that accounts for less than 50% of Quest emissions.

“We think Shell is misleading people in this sense and it only gives us part of the story,” says author Dominic Eagleton. said Vice.

Pali as well as the components of the CCS equation behind the Quest seed that Shell performs no the announcement, a report by Global Witness states, which makes his conduct very dark. CCS machines are known to use a lot of energy, and the power that the Quest team uses to catch and store air is not included in the statistics that Shell provides to the state. The release of methane from natural gas — a major component of blue hydrogen — is a serious problem, and similarly not included in 80% of Shell.

With the two additions, Global Witness estimated that since its launch until 2019, the Quest plant has released more than 7.5 million tons of greenhouse gases, about 2.5 million tons more than Shell claims to have captured. In other words, only 39% of the total annual air intake of the Quest plant is taken. (A spokeswoman for Shell told the Vice-Chancellor that the Quest plant had “met or exceeded our expectations” on air exposure, but did not respond directly to the Global Witness’s 7.5 million tons.)

Quest plant, built and opened with many spices, was designed to be a test on blue hydrogen and CCS technologies; the building cost $ 1 billion to build, and more than $ 650 million of that money comes from government funding from Canada. The shell, on the other hand, has been circling the plant as a victory.

“Given the prevalence of seizures and storage of carbon is one of the solutions the country now needs to address climate change, “said Michael Crothers, President of Shell Canada. words when the seed reached 5 million tonnes in 2020. “In its fifth year in operation, Quest continues to be a good example of how photography and air storage work; showing that it can significantly reduce CO2 emissions and at a lower cost than we expect.”

But the calculations in this report have a more recent example of the amount of real gas compared to the amount of carbon, initially. skills. A a study released last summer found that blue hydrogen actually contains more heat than gas, due in large part to the methane gas produced by the production and transporting of gas to produce hydrogen. CCS, which has become a key lynchpin of climate plans and promises of many oil and gas companies, has also proven to be an unreliable skill. In November, Chevron agreed to pay about $ 140 million in carbon offsets its CCS plant in Australia did not meet its target of catching at least 80% of its emissions.

“Shell has described air pollution in its Alberta factory as proving that air pollution technology is the best way to reduce carbon emissions, while our research shows that this is not the case,” Eagleton told Vice.. “This should be a wake-up call for governments, not only in Canada, but around the world.”