**Project Highlights** - Carba's Minnesota landfill project removes CO2, reduces methane, absorbs PFAS, and improves air quality, creating local jobs. - High-quality carbon dioxide removal (CDR) using Carba's proprietary reactors and burial process, delivering permanent carbon sequestration. - Biomass agnostic, portable, and scalable reactors with low energy costs ensure a high carbon yield, making the project impactful and sustainable. **Project Description** Carba's groundbreaking project in Burnsville, Minnesota, addresses climate challenges by converting low-value biomass into solid carbon for sequestration in a Waste Management Sanitary Landfill. Managed under the Carba Verified Carbon Standard (CVCS), this project offers multifaceted benefits beyond CO2 removal. Utilizing Carba's proprietary reactors, the project delivers a high-quality CDR process. It not only removes CO2 but also reduces methane, absorbs PFAS, and minimizes odors. The project's impact extends to job creation, employing local field service engineers for reactor operation and site management. In the state of Minnesota, natural tree mortality, storm damage, and disease generate a surplus of woody biomass. Carba's technology breaks the cycle of decay, converting biomass into solid carbon and sealing away its CO2 underground. This method prevents the release of CO2 back into the atmosphere, contributing to improved environmental sustainability. Carba's reactors, being biomass-agnostic, portable, and scalable, ensure low energy costs and high carbon yield. The project's impact is calculated based on the burial of biomass waste, providing a tangible metric for CO2 removal. The process is monitored and reported through digital MRV, adhering to CVCS protocols. The project aligns with social and environmental justice principles, promoting equitable decision-making and impartial distribution of benefits. Through community education, Carba collaborates with burial sites and local governments to amplify the project's efforts and advantages. Carba's landfill project goes beyond CO2 removal, offering job opportunities, reducing emissions, and creating a sustainable model for carbon sequestration. With a commitment to continuous improvement, the project aims to reduce its carbon footprint through precise carbon accounting and monitoring.