Slot: Alkalinity Feedstock CO₂ Removal Potential (alkalinity_feedstock_co2_removal_potential)
Maximum CO₂ removal potential of a feedstock material. We recommend using an adjusted version of the Steinour equation (Gunning et al., 2010), which uses bulk elemental oxide composition to estimate the maximum CO₂ removal potential of a feedstock material. The calculation output is in the form of kg of CO₂ per tonne of feedstock and represents the quantitative hypothetical potential of the material to capture CO₂ as bicarbonate or carbonate. See Isometric's CO2 removal potential module for details.
URI: oae:alkalinity_feedstock_co2_removal_potential
Applicable Classes
| Name | Description | Modifies Slot |
|---|---|---|
| Intervention | Additional metadata that applies to experiments where an intervention, such a... | no |
Properties
- Range: Float
Identifier and Mapping Information
Schema Source
- from schema: OAEDataManagementProtocol
Mappings
| Mapping Type | Mapped Value |
|---|---|
| self | oae:alkalinity_feedstock_co2_removal_potential |
| native | oae:alkalinity_feedstock_co2_removal_potential |
LinkML Source
name: alkalinity_feedstock_co2_removal_potential
description: Maximum CO₂ removal potential of a feedstock material. We recommend using
an adjusted version of the Steinour equation (Gunning et al., 2010), which uses
bulk elemental oxide composition to estimate the maximum CO₂ removal potential of
a feedstock material. The calculation output is in the form of kg of CO₂ per tonne
of feedstock and represents the quantitative hypothetical potential of the material
to capture CO₂ as bicarbonate or carbonate. See Isometric's CO2 removal potential
module for details.
title: Alkalinity Feedstock CO₂ Removal Potential
from_schema: OAEDataManagementProtocol
rank: 1000
alias: alkalinity_feedstock_co2_removal_potential
owner: Intervention
domain_of:
- Intervention
range: float