Andes Ag, Inc.

Andes Ag, Inc. is an agricultural biotechnology company based in Alameda, California, in the United States. The company develops and supplies beneficial microorganisms that are added to agricultural soil together with crop seeds such as corn, soybean, canola, and wheat. Once in the field, these microorganisms grow alongside plant roots and accelerate the natural conversion of carbon dioxide from the atmosphere into soil inorganic carbon. Rainfall then carries the inorganic carbon deeper into the soil profile, creating room for further annual CO₂ removal. In this way, Andes positions ordinary working farmland as a distributed engine of carbon dioxide removal (CDR) that operates while food is being produced. The company's proposition is built around scale, speed, durability, and safety. Andes argues that climate change must be addressed as quickly as possible, and that its microorganism technology integrates seamlessly with existing farm operations, so that agricultural fields can become "mega-factories" of carbon dioxide removal. Because the microorganisms are naturally occurring in soils and are described as benefiting plant health, the approach is presented as low-risk and easy to adopt. Andes also emphasizes that the resulting build-up of minerals in agricultural fields has co-benefits for soil and plant health, including improved water drainage, higher nutrient content in the soil, a decreased likelihood of plant diseases, and stabilization of soil organic matter. Andes operates at the intersection of agriculture and carbon markets. Its technology is designed to generate durable carbon removal that can be quantified and certified; the company references a Gold Standard CDR methodology, scientific papers, conferences, and research partners on its website. Its go-to-market model is aimed at farmers and agricultural value chains, with the promise of low-cost, gigatonne-scale carbon dioxide removal achievable in years rather than decades. The company also markets itself as trusted by corporate partners, listing "Trusted by" relationships on its homepage. Organizationally, Andes is a private company. Public records describe it simply as a company in Alameda, United States. Its careers page describes a multidisciplinary, purpose-driven team that dresses casually but is "dead serious" about its work, uses cutting-edge technology, and embraces bold, out-of-the-box ideas. Open roles have included a Head of Sales, indicating an active commercial build-out alongside research and development, operations, technology, and product functions. The company's public identity is therefore that of a science-driven climate-technology venture applying microbiology to mainstream row-crop agriculture.

Andes Ag, Inc. is a United States company located in Alameda, California. Public reference data describes it simply as a company in Alameda, United States, and its own website presents it as a science-driven venture working at the intersection of microbiology, agriculture, and carbon dioxide removal. The company's core technology is a class of beneficial microorganisms that occur naturally in soils. Andes' approach is to add these microorganisms to agricultural soil together with crop seeds such as corn, soybean, canola, and wheat. As the plants grow, the microorganisms grow with the plant roots and accelerate the conversion of carbon dioxide from the atmosphere into soil inorganic carbon. Rainfall then transports the inorganic carbon deep into the soil, which the company says makes room for annual CO₂ removal. This mechanism is the basis of Andes' claim to durable, safe carbon removal: rather than relying on temporary biological storage, the carbon is locked away as soil inorganic carbon. Andes frames its technology as a response to the urgency of climate change. On its website, the company argues that climate change needs to be addressed as fast as possible to prevent a catastrophe, and that its microorganism technology integrates seamlessly with existing farm operations. The stated goal is for agricultural fields to become "mega-factories" of carbon dioxide removal while still growing food, resulting in low-cost, gigatonne-scale carbon dioxide removal achievable in years, not decades. The company also emphasizes co-benefits: the build-up of minerals in agricultural fields is said to improve water drainage, raise nutrient content in the soil, decrease the likelihood of plant diseases, and stabilize soil organic matter, benefiting the overall health of soil, plants, and the communities that depend on agricultural systems. To support credibility and adoption, Andes references scientific papers, conferences, a Gold Standard CDR methodology, and research partners on its homepage. It also lists corporate relationships under a "Trusted by" heading. These elements indicate that the company pursues both scientific validation and commercial partnerships as part of its growth strategy. Andes presents itself as a multidisciplinary group of nature-loving, hardworking people, driven by purpose and team effort. Its careers page states that the team dresses casually but is "dead serious" about its work, uses cutting-edge technology, and embraces bold, out-of-the-box ideas. Hiring has spanned functions including Sales, Commercial, Research & Development, Operations, Technology, and Product; at the time of the careers page snapshot, a Head of Sales role was open, suggesting an active push to build commercial capability alongside its scientific and operational base. The company's history is therefore one of a private, mission-driven agricultural biotechnology firm scaling a microbial carbon-removal platform from research toward field deployment and commercial partnerships.

A climate-technology and agricultural biotechnology company enabling low-cost, gigatonne-scale, durable carbon dioxide removal through beneficial soil microorganisms integrated into existing farm operations.

• Beneficial microorganism technology for agricultural fields

  Beneficial microorganisms added to soil with crop seeds such as corn, soybean, canola, and wheat; they grow with plant roots and accelerate conversion of atmospheric CO₂ into soil inorganic carbon.

• Carbon dioxide removal (CDR) via soil inorganic carbon

  A durable carbon removal approach in which inorganic carbon is transported deep into the soil by rainfall, making room for annual CO₂ removal; referenced with a Gold Standard CDR methodology.

1. 1Andes official website homepageandes.bio
2. 2Careers — Andesandes.bio
3. 3Andes Ag, Inc. (United States) — Wikidatawikidata.org