LCA of hydrogen from biomass with CCS pathway

I'm not sure we have the exact thing you're looking for, but I will do my best to describe the closest thing to it.

The pathway we do have is a wood to hydrogen pathway. Technically this does not specify the technology used to gasify the wood, the user simply supplies the energy inputs.

Transportation of wood to the gasification facility (Feedstock transmission on Upstream Results): On the Input sheet, in the section Transportation of Feedstocks. The range is J74:J86. This handles the distances, modes, and fractions of each mode.

Energy used in gasification (Fuel production on Upstream Results): On the Input sheet, in the section Alternative Fuel Production. The range is BQ238:BQ247. This does not include the energy for CCS. If you have additional chemical inputs, you would put them in on the Alt Fuel Prod sheet in cells Y29:Y78.

Energy used for CCS (Also fuel production on Upstream Results):
On the Sequestration sheet, in the Fuels section. The range is W15:W26. This includes the fraction sequestered, extra energy required, and the cost per tonne. The rows 29 to 32 provide some intermediate outputs to help guide if your energy costs of CCS are reasonable. It's worth noting that this section does not function unless you set cell B69 on the Input sheet to 1.

For by stage results, Upstream Results HHV is the best place to look. The wood to hydrogen pathway is in column CT in 5.01g.

Most of the values are going to be very dependent on the wood feedstock. We have presets for short rotation forestry, wood residue (ie a waste stream with no inbuilt emissions), and standing timber. You can find those buttons on the Input sheet, around A113:A121.

For the cost analysis. We have some tools for that on CostLDV and costHDV. They might not be what you're looking for as they roll in vehicle efficiencies, not strictly fuel production. The levers for this are found on the Input Cost sheet. Wood to H2 in a light duty fuel cell is found at Z13:Z35 and the heavy duty fuel cell is AA70:AA82.

The default setup for wood is that it is a waste product (wood residue) and the processing location is adjacent to the sawmill. You can change these assumptions on the Input sheet.
The type of wood: Wood Residue (waste product from mills), SRF (short rotation forestry), or Standing Timber, can be selected with buttons in the area of A113:A122. Pressing one button will set up the default assumptions for the type of wood you want to use.
After pressing a button, you can then change the transportation distance of the wood to your processing location. The transportation assumptions for wood are from J74:J86.

After you've enabled sequestration with B69 on the Input sheet, we can change the default assumptions about how much is sequestered. The important inputs here are the fraction sequestrered that you identified in row 19 and the extra energy in rows 22:26. For wood to H2, the 0.85 fraction sequestered will reduce the emissions related to wood gassification (but NOT any natural gas or coal burning) by 85%. This is taken off after the extra energy from rows 22:26 are added to the fuel production energy. Generally speaking the fraction sequestered only applies to the primary feedstock of a fuel. If we were looking at H2 from NG it would sequestered emissions from the natural gas.

Unfortunately the cost stuff isn't very user friendly at the moment. It's a neglected sheet. What calculated usually means is that the fuel cost input has been set somewhere else on the sheet. For wood to H2, the heavy duty fuel cell refers back to some of the light duty fuel cell inputs in AF18:AF21.