US natural gas: blue hydrogen tightens global LNG markets?
…than 1 kg/kg (90% below grey hydrogen) and in turn, the hydrogen can be used to produce blue ammonia, blue steel, blue chemicals and as a low carbon fuel in…
…than 1 kg/kg (90% below grey hydrogen) and in turn, the hydrogen can be used to produce blue ammonia, blue steel, blue chemicals and as a low carbon fuel in…
…The costs of hydrogen production from methane reforming are modelled in this data-file, capturing SMRs, ATRs, grey hydrogen and blue hydrogen. Our best note discussing our conclusions for the industrial…
…in the energy transition. For example, we estimate that using blue hydrogen to decarbonize heat would raise an average household’s heating bill by c$670 per year, while green hydrogen would…
The best opportunities for hydrogen in the energy transition will be to decarbonize gas at source via blue and turquoise hydrogen, displacing ‘black hydrogen’ that currently comes from coal, and…
…hydrogen conversion and selectivity). Our estimates into hydrogen consumption of hydrogen peroxide production are tabulated in the data-file. The CO2 intensity of hydrogen peroxide production is 3 tons/ton, as our…
…Biomass gasification adds to our list of hydrogen technologies, from black hydrogen, grey hydrogen, SMR blue hydrogen, ATR blue hydrogen, turquoise hydrogen, MIRALON process, chemical looping combustion, and green hydrogen….
…these booms (page 3). What about blue steel? This 13-page report argues that the same five factors exist for ‘blue steel’ as for blue hydrogen and blue ammonia. The goal…
…comprising 85MTpa of grey hydrogen emitting 9 tons/ton of CO2 and 25MTpa of black hydrogen emitting 25 tons/ton of CO2. The purpose of this global hydrogen supply model is to…
…hydrogen and turquoise hydrogen as leading options. The costs of syngas and the costs of hydrogen from coal gasification depend on input variables. Capex costs are usually around $1,000/kWth of…
Blue hydrogen value chains are gaining momentum. Especially in the US. So this 16-page note contrasts steam-methane reforming (SMR) versus autothermal reforming (ATR). Each of these different hydrogen reformers has…