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#dioxide — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #dioxide, aggregated by home.social.

  1. Chlorine Dioxide in 2026: Evidence, Mechanisms, Safety Concerns, and Emerging Applications in Disinfection and Dentistry Introduction to Chlorine Dioxide Chlorine dioxide (ClO₂) is a chemical com...

    #chlorine #dioxide #root #canal

    Origin | Interest | Match
  2. Beware of the #dangers of #Silicon #Dioxide!

    - Silicon Dioxide is a side product of dehydration of
    #asbestos
    - Inhaling Silicon Dioxide causes
    #silicosis which is a condition that can fatally damage the lungs
    - Silicon Dioxide is commonly used to contain
    #DihydrogenMonoxide
    - Silicon Dioxide is a substance frequently warned about on packages
    - Silicon Dioxide is used to manufacture
    #5G endpoint devices
    - Silicon Dioxide is used by the
    #military to direct the effect of #TerahertzRadiation at the intended target
    - Silicon Dioxide is a chemical known to the State of
    #California to cause #cancer.
    - Silicon Dioxide is an essential component of
    #Molotov Cocktails
    - Substantial amounts of Silicon Dioxide are often among trash washed up by the sea
    - Silicon Dioxide, even in form of medium sized crystals, is a known "chicken killer"
    - Silicon Dioxide is, as known for a long time, where the
    #foolish man built his home
    - Silicon Dioxide is a commonly used extinguishing agent for Class D fires
    - Contact with Silicon Dioxide often causes bleeding and injuries up to and including death
    - Silicon Dioxide is used to enhance the effect of abrasive blasting, and can even chip away at steel
    - Silicon Dioxide is often shipped alongside other dangerous chemicals such as
    #SulfuricAcid
    - Just small quantities of Silicon Dioxide in your bed can cause
    #insomnia

    Despite all this, even today Silicon Dioxide is still used as a building material for homes!
    #SiliconDioxide #conspiracy

    (sorry for repost, had a massive typo)

  3. Scientists confirm record highs for three most important heat-trapping gases

    The levels of the three most important heat-trapping gases in the atmosphere reached new record highs again last year, US scientists have confirmed, underlining the escalating challenge posed by the climate crisis.

    The global concentration of #carbon #dioxide, the most important and prevalent of the greenhouse gases emitted by human activity, rose to an average of 419 parts per million in the atmosphere in 2023 while #methane, a powerful if shorter-lasting greenhouse gas, rose to an average of 1922 parts per billion.
    Levels of #nitrous #oxide, the third most significant human-caused warming emission, climbed slightly to 336 parts per billion.

    theguardian.com/environment/20

  4. Scientists confirm record highs for three most important heat-trapping gases

    The levels of the three most important heat-trapping gases in the atmosphere reached new record highs again last year, US scientists have confirmed, underlining the escalating challenge posed by the climate crisis.

    The global concentration of #carbon #dioxide, the most important and prevalent of the greenhouse gases emitted by human activity, rose to an average of 419 parts per million in the atmosphere in 2023 while #methane, a powerful if shorter-lasting greenhouse gas, rose to an average of 1922 parts per billion.
    Levels of #nitrous #oxide, the third most significant human-caused warming emission, climbed slightly to 336 parts per billion.

    theguardian.com/environment/20

  5. Scientists confirm record highs for three most important heat-trapping gases

    The levels of the three most important heat-trapping gases in the atmosphere reached new record highs again last year, US scientists have confirmed, underlining the escalating challenge posed by the climate crisis.

    The global concentration of #carbon #dioxide, the most important and prevalent of the greenhouse gases emitted by human activity, rose to an average of 419 parts per million in the atmosphere in 2023 while #methane, a powerful if shorter-lasting greenhouse gas, rose to an average of 1922 parts per billion.
    Levels of #nitrous #oxide, the third most significant human-caused warming emission, climbed slightly to 336 parts per billion.

    theguardian.com/environment/20

  6. Scientists confirm record highs for three most important heat-trapping gases

    The levels of the three most important heat-trapping gases in the atmosphere reached new record highs again last year, US scientists have confirmed, underlining the escalating challenge posed by the climate crisis.

    The global concentration of #carbon #dioxide, the most important and prevalent of the greenhouse gases emitted by human activity, rose to an average of 419 parts per million in the atmosphere in 2023 while #methane, a powerful if shorter-lasting greenhouse gas, rose to an average of 1922 parts per billion.
    Levels of #nitrous #oxide, the third most significant human-caused warming emission, climbed slightly to 336 parts per billion.

    theguardian.com/environment/20

  7. Scientists confirm record highs for three most important heat-trapping gases

    The levels of the three most important heat-trapping gases in the atmosphere reached new record highs again last year, US scientists have confirmed, underlining the escalating challenge posed by the climate crisis.

    The global concentration of #carbon #dioxide, the most important and prevalent of the greenhouse gases emitted by human activity, rose to an average of 419 parts per million in the atmosphere in 2023 while #methane, a powerful if shorter-lasting greenhouse gas, rose to an average of 1922 parts per billion.
    Levels of #nitrous #oxide, the third most significant human-caused warming emission, climbed slightly to 336 parts per billion.

    theguardian.com/environment/20

  8. The world can no longer afford two things:
    🔸the costs of economic inequality;
    🔸and the rich.

    Between 2020 and 2022, the world’s most affluent 1% of people captured nearly twice as much of the new global wealth created as did the other 99% of individuals put together
    And in 2019 they emitted as much #carbon #dioxide as the poorest two-thirds of humanity.
    In the decade to 2022, the world’s billionaires more than doubled their wealth, to almost US$12 trillion.

    The evidence gathered by social epidemiologists, including us, shows that large differences in income are a powerful #social #stressor that is increasingly rendering societies dysfunctional.
    For example, bigger gaps between rich and poor are accompanied by higher rates of #homicide and #imprisonment.
    They also correspond to more #infant #mortality, #obesity, #drug #abuse and @COVID-19 #deaths, as well as higher rates of teenage pregnancy and lower levels of child well-being, social mobility and public trust
    The #homicide rate in the United States
    — the most unequal Western democracy
    — is more than 11 times that in Norway (see go.nature.com/49fuujr).
    #Imprisonment rates are ten times as high, and infant mortality and obesity rates twice as high.

    These problems don’t just hit the poorest individuals, although the poorest are most badly affected.
    Even #affluent people would enjoy a better quality of life if they lived in a country with a more equal distribution of wealth, similar to a Scandinavian nation.
    They might see improvements in their mental health and have a reduced chance of becoming victims of violence; their children might do better at school and be less likely to take dangerous drugs.

    The costs of inequality are also excruciatingly high for #governments.
    For example, the Equality Trust, a charity based in London (of which we are patrons and co-founders), estimated that the United Kingdom alone could save more than £100 billion ($126 billion) per year if it reduced its inequalities to the average of those in the five countries in the Organisation for Economic Co-operation and Development (OECD) that have the smallest income differentials
    — Denmark, Finland, Belgium, Norway and the Netherlands5.
    And that is considering just four areas: greater number of years lived in full health, better mental health, reduced homicide rates and lower imprisonment rates.
    Many commentators have drawn attention to the environmental need to limit economic growth and instead prioritize sustainability and well-being.
    Here we argue that tackling inequality is the foremost task of that transformation.
    Greater @equality will reduce unhealthy and excess consumption, and will increase the #solidarity and #cohesion that are needed to make societies more adaptable in the face of climate and other emergencies.

    nature.com/articles/d41586-024

  9. The production of #cement, an ingredient in #concrete, accounts for roughly 8% of the world’s annual #carbon #dioxide emissions ( #CO2 ), making it a significant target of #greenhouse gas emissions reduction goals. Toward those efforts, the Rice lab of chemist James Tour used flash Joule heating to remove #toxic heavy metals from fly ash
    #Chemistry #Engineering #Environmental #sflorg
    sflorg.com/2023/03/chm03282301

  10. #Frontier just announced the second round of #carbon #dioxide #removal (#CDR) purchases by #Stripe and #Shopify. One of the companies is Captura, which is supposedly doing "Direct Ocean Capture."

    Removing CO₂ from seawater is not CDR (you have to wait until that seawater equilibrates with atmospheric CO₂) so I don't know how this is better than Ocean #Alkalinity Enhancement.

    But I don't care. I want to see them build this thing exactly as it's rendered here.

    frontierclimate.com/writing/fa

  11. 🔟 From these exquisite-precision data, we can identify many different species with a very high significance:
    #sodium (#Na)
    #potassium (#K)
    #water (#H2O)
    #hydrogen #sulfide (#H2S)
    #carbon #dioxide (#CO2)
    #methane (#CH4)
    #carbon #monoxide (#CO)
    #sulfur #dioxide (#SO2)

    (with just one transit)

    #Astronomy #exoplanet #JWST

  12. 🔟 From these exquisite-precision data, we can identify many different species with a very high significance:
    #sodium (#Na)
    #potassium (#K)
    #water (#H2O)
    #hydrogen #sulfide (#H2S)
    #carbon #dioxide (#CO2)
    #methane (#CH4)
    #carbon #monoxide (#CO)
    #sulfur #dioxide (#SO2)

    (with just one transit)

    #Astronomy #exoplanet #JWST

  13. 🔟 From these exquisite-precision data, we can identify many different species with a very high significance:
    #sodium (#Na)
    #potassium (#K)
    #water (#H2O)
    #hydrogen #sulfide (#H2S)
    #carbon #dioxide (#CO2)
    #methane (#CH4)
    #carbon #monoxide (#CO)
    #sulfur #dioxide (#SO2)

    (with just one transit)

    #Astronomy #exoplanet #JWST

  14. 🔟 From these exquisite-precision data, we can identify many different species with a very high significance:
    #sodium (#Na)
    #potassium (#K)
    #water (#H2O)
    #hydrogen #sulfide (#H2S)
    #carbon #dioxide (#CO2)
    #methane (#CH4)
    #carbon #monoxide (#CO)
    #sulfur #dioxide (#SO2)

    (with just one transit)

    #Astronomy #exoplanet #JWST

  15. 🔟 From these exquisite-precision data, we can identify many different species with a very high significance:
    #sodium (#Na)
    #potassium (#K)
    #water (#H2O)
    #hydrogen #sulfide (#H2S)
    #carbon #dioxide (#CO2)
    #methane (#CH4)
    #carbon #monoxide (#CO)
    #sulfur #dioxide (#SO2)

    (with just one transit)

    #Astronomy #exoplanet #JWST