Janine Hughes’ Post

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/w714Wn

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/Q4E5SW

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/7MT3xD

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/I342DC

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/STNl2x

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/XuTNbL

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/PhriXR

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/X2LTkB

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/T2xfW7

In the case of #bluehydrogen, emissions can come from #upstream natural #gas production, transportation, reforming and energy use. The bulk of the carbon dioxide emissions are produced in the reformer, which splits hydrogen out of hydrocarbons. In principle, almost all these emissions can be captured and stored. However, capturing more than 60% of the carbon dioxide from hydrogen production is costly and has yet to be proven at scale. Discover more in our latest #WMHorizons insight: https://okt.to/WjhOwp