#  Case Studies, News & Articles 

Explore how EOSi is shaping the future of water treatment. From real-world case studies and technical articles to company news and industry press, this hub showcases our latest innovations, success stories, and thought leadership. 

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- [Case Studies](https://microc.com/resources/case-studies)
- [News & Press](https://microc.com/resources/news)
- [Awards](https://microc.com/resources/awards)
- [Articles](https://microc.com/resources/articles)

[Articles Aug 12, 2026 ### MicroC® 1000 vs. Other Carbohydrate-Based Carbon Sources In biological nutrient removal (BNR) applications, selecting the right supplemental carbon source can significantly impact treatment performance, operational safety, and overall costs. While carbohydrate-based carbon sources such as glycerol and other organic by-products are commonly used to support denitrification and biological treatment processes, EOSi’s MicroC® 1000 offers a unique alternative designed for facilities seeking a safe, reliable, and easy-to-deploy solution.](https://microc.com/resources/articles/microc1000-vs-other-carbohydrate-carbon-sources) 

[Articles ### Cloud-Based Wastewater Automation: Breaking Down the Myths Cloud-based wastewater automation doesn't have to come at the expense of security or operational control. Nitrack® securely integrates with existing plant infrastructure to optimize MicroC® dosing and Biological Nutrient Removal (BNR), while giving operators access to real-time process insights, expert support, and enterprise-grade cybersecurity protections.](https://microc.com/resources/articles/cloudbased-automation-myths) [Articles ### Assessing Carbon Sources in Wastewater Treatment: Incident Lessons and Safer Alternatives Rising awareness of chemical safety risks across U.S. industries, including 13 reported incidents in water and wastewater treatment facilities has prompted a closer look at the materials used in everyday operations. Common carbon sources like methanol, while effective for biological nutrient removal, carry inherent hazards tied to flammability, toxicity, and handling. As utilities place greater emphasis on protecting workers, communities, and infrastructure, attention is shifting toward alternatives that deliver reliable treatment performance with a reduced risk profile, positioning options like glycerol-based MicroC® 2000 as part of a more resilient approach to BNR.](https://microc.com/resources/articles/rethinking-carbon-sources-in-wastewater-treatment-safety-lessons-and-safer-alternatives) [Articles ### Streamlining Nutrient Removal Optimization with the Nitraskid-IQ™ Efficient biological nutrient removal depends on precision, consistency, and control—especially when it comes to carbon dosing. EOSi addresses these challenges with the Nitraskid-IQ™, a fully integrated pump skid built with EOSi’s Virtual Nitrack® technology to optimize MicroC® dosing and elevate treatment performance.](https://microc.com/resources/articles/streamlining-nutrient-optimization-with-the-nitraskid-iq) [News & Press ### Axius Water Excited to be Joining CRH KKR, a leading global investment firm, and XPV Water Partners, a leading water-focused investment firm, announced the signing of a definitive agreement to sell Axius Water (“Axius”) to CRH, a leading building materials company.](https://microc.com/resources/news/axius-water-is-excited-to-be-joining-crh) [News & Press ### Axius Water 2024 Sustainability Overview Now Available! The Axius Water Sustainability Overview entitled “Stopping Nutrient Pollution TOGETHER” offers a deep dive into the achievements around sustainable operations across the Axius Water businesses in 2024. This is the fifth issue to be released since Axius inception in 2019.](https://microc.com/resources/news/axius-water-2024-sustainability-overview) [Case Study ### Process Control Improvements for Industrial Denitrification When an industrial protein and rendering plant suffers denitrification problems caused by irregular and variable plant-loading, an “adaptive denitrification” solution using EOSi’s Nitrack® Program delivers precise carbon-source dosing, restores process stability, and eliminates permit compliance risk.](https://microc.com/resources/case-studies/process-control-improvements-for-industrial-denitrification) 

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