Anaergia to Provide Biogas Technology for PepsiCo’s RNG Initiative in Colombia
Anaergia Inc. has secured a contract to provide biogas technology for PepsiCo’s RNG project in Colombia, aiming to convert 50,000 tons of organic waste annually into renewable natural gas, thereby reducing emissions. This marks South America as the third continent benefiting from Anaergia’s systems, following projects in California and Michigan, reinforcing the company’s commitment to sustainable waste management.
Anaergia Inc. has successfully secured a contract to provide its advanced digestion technology along with integrated biogas conditioning and upgrading systems for PepsiCo Alimentos ZF LTDA’s renewable natural gas (RNG) project in Colombia. This initiative aims to convert approximately 50,000 tons of organic waste generated annually at PepsiCo’s Funza facility into RNG, which will be utilized within the plant to substitute fossil natural gas from the grid, thereby decreasing greenhouse gas emissions by up to 3,700 tons of CO2 each year. Assaf Onn, the Chief Executive Officer of Anaergia, noted that this development marks South America as the third continent benefiting from Anaergia’s systems for PepsiCo facilities.
Additionally, Anaergia recently completed an agreement with Rialto Bioenergy Solutions LLC to manage an organic waste-to-RNG plant in California, the largest of its kind in North America. This facility is engineered to process up to 1,000 tons daily of municipal wastewater biosolids and organic waste diverted from landfills, generating up to 985,000 million British thermal units of RNG and fertilizer annually. According to the companies’ press release, this installation helps to meet California’s landfill diversion regulations aimed at diminishing methane emissions.
The organization also plans to enhance the anaerobic digester at Michigan State University’s South Campus facility, which converts food waste and manure into 380 kilowatts of electricity to power several campus structures. Anaergia expresses satisfaction in supporting MSU’s research initiatives in the dairy farming sector, contributing to a sustainable energy transition by converting diverse organic waste streams into valuable resources.
Anaergia Services LLC, a subsidiary of the parent company, will oversee the operation and maintenance of these facilities for a period of ten years, reinforcing its commitment to advancing sustainable waste management solutions across multiple sectors.
Anaergia Inc. is a leader in the development of sustainable waste management technologies aimed at converting organic waste into renewable energy, specifically renewable natural gas (RNG). This contract with PepsiCo marks the company’s ongoing commitment to reduce environmental impacts through innovative technologies. Projects such as these not only contribute to corporate sustainability but also align with global efforts to mitigate greenhouse gas emissions, particularly the potent greenhouse gases generated from waste in landfills. Furthermore, the company’s operations extend to the management and optimization of existing waste facilities, enhancing energy production and resource recovery. Their work aligns well with regulatory frameworks aimed at promoting environmental sustainability, such as California’s Senate Bill 1383, which sets ambitious methane reduction targets.
In summary, Anaergia Inc.’s recent contracts to supply technology for renewable natural gas projects signify a progressive step toward sustainable waste management in the food production sector. By converting organic waste into RNG for PepsiCo in Colombia and enhancing facilities in California and Michigan, Anaergia demonstrates its commitment to reducing greenhouse gas emissions and advancing the clean energy transition. These initiatives showcase the potential for innovative waste solutions to foster a more sustainable future. Assaf Onn’s remarks about Anaergia’s expansion into South America underline the company’s growing influence and dedication in the push for renewable energy solutions on a global scale.
Original Source: www.rigzone.com
