Part 3: Composting Technology as a Long-Term Pollution Control, Cost, and Regulatory Risk Decision In the first two parts of this series, we reviewed composting system options through the lenses of capital cost, footprint, and baseline operations. This final section addresses the factors that most strongly influence long-term facility performance: pollution control effectiveness, regulatory risk,…

PART 2: What Happens After Startup: How Technology Choices Drive Performance and Risk in Year 1, Year 5, and Year 15 Most composting projects look good on paper. The real test starts after the ribbon cutting, when the site has to hit production targets week after week, through weather swings, staffing gaps, contaminated loads, and…

PART 1: COMPOSTING INFRASTRUCTURE DECISIONS THAT HAUNT BUDGETS FOR DECADES Across the globe, a once-in-a-generation buildout of organics infrastructure is underway in both the public and private sectors. The facilities being designed right now will shape composting, hauling patterns, community expectations, and regulatory outcomes for the next 20–30 years. This article launches a three-part series…

Celebrating the Season Without Wasting It The holiday season brings full tables, festive decor, and busy community gatherings. It also brings a surge of organic material. Food scraps from big meals, natural greenery from celebrations, winter yard debris, and eventually holiday trees all show up at once. Too often, those materials head to a landfill…

Sustainable Generation is proud to celebrate the grand opening of the Shafter-Wasco Compost Facility in Kern County, California…

ASP composting relies on forced aeration to maintain aerobic conditions and optimize biological activity. There are two primary methods: negative aeration and positive aeration with temperature feedback.