Hands holding finely ground silicate rock powder used in enhanced rock weathering for carbon dioxide removal.
Science & MRV

Rock powder dissolution and carbon capture: How to best understand it

In this blog, Dr Junyao Kang, Data Analysis and Modeling Lead, and Dr. Matthew Clarkson, Head of Carbon at InPlanet share about Rock Powder Dissolution and Carbon Capture processes, CO₂ capture quantification, and the challenges posed by fertilizers.
Drone photo of InPlanet's citrus orchard
Science & MRV

Explaining our data collection framework and field monitoring station

Inside InPlanet's Field Monitoring Station, built on a 1,000-hectare sugarcane plantation in Brazil.
Close-up of flowing water, representing the natural weathering processes that help store carbon in stable forms.
Science & MRV

What do enhanced rock weathering and Coca-Cola have in common?

InPlanet's science lead explains Life Cycle Assessment methodology using a bottle of Coca-Cola as an example.
Webinar announcement on issuing the world's first verified enhanced weathering credits, featuring Matthew Clarkson of InPlanet and Christopher Podgorny of Isometric.
Science & MRV

Webinar: Matthew Clarkson on InPlanet’s certified ERW credits, issued by Isometric

Watch InPlanet and Isometric's webinar on issuing the world's first-ever verified ERW carbon credits.
Aerial picture of a farm landscape in Brazil
Science & MRV

Why Brazil?

Why InPlanet's founders chose Brazil's vast farmlands to launch enhanced rock weathering back in 2022.
Man on rural road inspecting a truck loaded with rock powder
Science & MRV

Life Cycle Assessment (LCA) case study for São Paulo

With Newcastle University, InPlanet's LCA finds operational activity only accounts for 7.36% of the basalt rock powder’s overall CDR potential.