Solutions

Advanced anaerobic digestion systems convert organic industrial waste, agricultural residues, and food scraps through co-digestion of solids and liquids. All organic waste, as qualified, converts into high-quality digestate and renewable natural gas (RNG).  Our integrated approach not only focuses on diversion from landfills but also on minimizing emissions and odors by combining centralized and modular designs, feedstock optimization, and real-time process monitoring to maximize methane yield. 

Recovered biogas is upgraded for pipeline-quality RNG, on-site combined heat and power, plus fleet fuel, replacing fossil fuels and reducing GHG. Nutrient-rich digestate processed as an output from the waste is balanced to produce safe soil amendments that contribute to narrowing the nutrient loop.  Our focus is to partner with food producers, municipalities, farms, organic liquid or solid generators, and depackaging waste opportunities to outline scalable solutions, manage logistics, and deliver compliant operations that turn organic waste burden into diversion. Anaerobic digestion can become a measurable climate benefit, a sustainability milestone, as well as a revenue stream.

Digestate composting will convert organic industrial residues, food scraps and yard trimmings into a pathogen-free, stable solid blend.  We manage best practices with feedstock source separation and screening moisture and temperature control that includes in-vessel, windrow and static pile with active aeration to control aerobic processes which offer rapid stabilization and regulatory compliance with the soil amendment.  Compost that has been fully processed is tested and blended with expertise for agronomic performance, in turn, sold or distributed to a variety of users such as municipalities, landscapers to improve soil condition, sequester carbon and retain water. Services include product certification and programming that may offer logistics which will drive diversion from landfill and create a local solution and value circular stream.

By using controlled pyrolysis technologies that optimize carbon stability, nutrient retention, and surface area, systems produce high-quality biochar. It can be used as a compost enhancer, soil amendment, filtration medium, and water retention tool, while offering long-term carbon sequestration. Biochar production delivers climate benefits and a revenue pathway by using energy recovery opportunities. Life cycle accounting also enhances benefits that can be achieved for municipalities, industrial partners, and farms as they seek out improved soil programming and durable carbon removal.

RNG, or biomethane, is pure (98%+) methane gas. Microorganisms break down organic matter without oxygen, producing biogas that is cleaned and upgraded to increase methane content and remove impurities. As a drop-in replacement for conventional natural gas, RNG can be used for heating and cooling, electricity generation in power plants and distributed energy systems, and transportation fuel for natural gas vehicles, buses, trucks, and fleet operations.