Silicate

About

Silicate is an Irish enhanced weathering CDR supplier headquartered at NovaUCD in Dublin, founded 2021 in County Sligo by Maurice Bryson with science lead Prof Frank McDermott (UCD). The company mills waste returned concrete and limestone and applies it to farmland, measuring permanent CO2 removal as dissolved bicarbonate while optimising soil pH for agronomic benefits. Customers include Klarna, Milkywire and Carbonfuture; field operations span Ireland and the US Midwest (Illinois).

History

• 2026-11-02 — news mention: Soil and crop responses to basalt, tephrite and lime amendments in a 16-month maize field trial (source)
• 2026-10-30 — news mention: A soil–feedstock greenhouse mesocosm matrix for screening carbon dioxide removal via enhanced rock w (source)
• 2026-10-30 — news mention: Microbially mediated interactions between enhanced weathering and carbon inputs shift soil organic c (source)
• 2026-10-30 — news mention: Enhanced weathering for CO2 removal from a global perspective (source)
• 2026-10-30 — news mention: Evidence for temporal decoupling of olivine weathering and inorganic carbon removal in unsaturated s (source)
• 2026-10-29 — news mention: Biochar did not affect inorganic C sequestration through steel slag weathering, but increased soil o (source)
• 2026-10-26 — news mention: The effects of silicate mineral dissolution on seagrass functioning: Assessing olivine-based approac (source)
• 2026-10-26 — news mention: Silicate: Last week, the Greenhouse Gas Protocol (GHG Protocol) published the Land Sector and Remova (source)
• 2026-10-19 — news mention: Micronutrient Management of Nitrous Oxide Emissions (source)
• 2026-10-18 — news mention: Reconciling the role of clay mineral formation on net alkalinity generation during rock weathering: (source)
• 2026-10-18 — news mention: Weathering-derived calcium supports carbon storage in grassland soils (source)
• 2026-10-18 — news mention: Enhanced rock weathering opportunity in Ghana: a scenario-dependent reconnaissance framework (source)
• 2026-10-15 — refresh: coresignal
• 2026-10-15 — refresh: coresignal
• 2026-10-12 — news mention: Field evidence for rapid precipitation of non-crystalline secondary phases during enhanced rock weat (source)
• 2026-10-12 — news mention: Alkalinity generation and trace metal dynamics during olivine-based marine enhanced rock weathering (source)
• 2026-10-12 — news mention: CO2 Sequestration Eciency within the Porous Matrix of Concrete - Advanced Physicochemical, Transport (source)
• 2026-10-07 — news mention: It's been a busy time for the Silicate team!

Over the past five years we have been working (source)

• 2026-10-06 — news mention: Geochemical modelling of coupled sulfide–silicate systems during sulfuric acid leaching of Ni-, Co-, (source)
• 2026-10-06 — news mention: Reply on RC1 (source)
• 2026-10-06 — news mention: Reply on RC2 (source)
• 2026-10-06 — news mention: Ocean alkalinity enhancement pelagic impact in the Northwest Iberian Upwelling System under nutrient (source)
• 2026-09-25 — news mention: Evidence of rapid basalt dissolution in Southeastern US croplands (source)
• 2026-09-24 — news mention: Proceedings of the Enhanced Rock Weathering Research in Australia and New Zealand Symposium 2026 (source)
• 2026-09-18 — news mention: Silicate rock remineralizers sustain soil potassium availability and irrigated rice yield in subtrop (source)
• 2026-09-18 — news mention: Reply on RC4 (source)
• 2026-09-18 — news mention: Reply on RC3 (source)
• 2026-09-18 — news mention: Reply on RC5 (source)
• 2026-09-18 — news mention: Serpentinite as a strategic Earth material: geological controls, mineral reactivity, carbon minerali (source)
• 2026-09-15 — refresh: coresignal, screenshot