It has been proposed to use magnesium oxide (MgO) to separate carbon dioxide directly
from the atmosphere at the gigaton level. We show experimental results on MgO single …

Basalt reservoirs offer the potential for carbon mineralization, aiding in achieving net-zero
emissions. However, debates persist about microscopic crystallization mechanisms due to …

Mineralization by MgO is an attractive potential strategy for direct air capture (DAC) of CO2
due to its tendency to form carbonate phases upon exposure to water and CO2. Hydration of …

There is considerable uncertainty when quantifying carbon dioxide removal (CDR) from
enhanced rock weathering (ERW). Faster CDR rates mean ERW may significantly impact …

The rising need to produce a decarbonized supply chain of energy critical metals with
inherent carbon mineralization motivates advances in accelerating novel chemical pathways …

Olivine is a dynamic and important mineral in the crust and mantle with relevance to
processes that are important to climate change technology, such as geologic carbon storage …

Calcium oxide (CaO; lime) loo** is a proposed technology with the potential to capture
gigatonnes of carbon dioxide (CO 2) from the atmosphere to help mitigate climate change …

CO2 mineralization is a safe and stable geological sequestration method that plays an
important role in reducing and mitigating global carbon emission. Currently, the Carbfix …

Induced temperature gradients within a high-pressure reactor were used to assess how the
thickness of nanoscale water films affect the carbonation of forsterite, Mg2SiO4, in water …

Cobalt recovery from low-grade mafic and ultramafic ores could be economically viable if
combined with CO2 storage under low-water conditions, but the impact of Co on metal …