inplanet.earth

What It Is

InPlanet is a ClimateTech carbon removal company headquartered in Brazil and Germany, focused on Enhanced Rock Weathering (ERW). It applies locally sourced basalt rock powder to tropical agricultural land in Brazil, where the rock reacts with rainwater and CO₂ to form stable bicarbonates, enabling long-term carbon removal while also improving soil health. Based on the captured content, it is not a typical SaaS or enterprise software provider, but rather a carbon removal project operator and carbon credit supplier.

Core Capabilities and Scientific Framework

Its main activities include collecting and processing rock residues, short-distance transportation, farm application, weathering reaction monitoring, carbon credit generation, and MRV. The website emphasizes measurements across multiple sample types, including rock powder, soil, soil water, vegetation, and gases, while tracking indicators such as cations, metals, inorganic/organic carbon, and pH. Its Serra da Mantiqueira project applies locally sourced basalt powder across approximately 1000 hectares of sugarcane plantations at an application rate of 10t/ha. The text also mentions that the first certified Enhanced Rock Weathering carbon credits have been issued, in connection with Isometric.

Pricing, Integrations, and Enterprise Readiness

For pricing, the website only provides a “Buy credits” option and a contact form, with no public unit pricing, plans, purchasing thresholds, or payment methods. For enterprise buyers, this means credit prices, verification standards, delivery timelines, and contract terms need to be confirmed through sales discussions. Common SaaS capabilities such as third-party integrations, APIs, permission management, and self-hosted deployment are not disclosed. On data security, only Cookie and privacy-related information is visible, with no enterprise security credentials such as SOC 2 or ISO 27001 provided.

Pros and Cons

Its strengths lie in a clearly focused use case: Brazil has abundant basalt resources, tropical rainfall, and large-scale agricultural land, all of which are favorable for scaling ERW. It may also create co-benefits for farmers, such as soil pH management, nutrient supplementation, and reduced dependence on fertilizers. The drawbacks are limited procurement transparency, with little information on pricing, payment, delivery, and post-sale support. As an open-system carbon removal pathway, its effectiveness depends heavily on sampling, models, field conditions, and third-party verification, so enterprises should conduct thorough due diligence.

Who It’s For and Access from China

InPlanet is suitable for multinational companies, government agencies, and climate funds with net-zero goals that want to purchase durable carbon removal credits, as well as farms, mines, and research institutions interested in tropical agriculture carbon removal research or partnerships. Chinese companies considering procurement should pay close attention to cross-border contracting, foreign-currency payments, carbon credit recognition criteria, and compatibility with ESG disclosure requirements. Website accessibility from China cannot be determined from the text. For localized alternatives, buyers could evaluate domestic ESG/carbon management software, CCER-related service providers, or international carbon removal platforms such as Carbonfuture, Patch, and Frontier.