As new nutrient regulations loom for the San Francisco Bay area, the need for effective nitrogen removal solutions is more critical than ever. Microvi is proud to announce its participation in the California Water Environment Association’s (CWEA) Navigating Nutrient Removal Workshop on June 20, 2024, in Walnut Creek, California.
Read MoreMicrovi is proud to announce that our pioneering work in nutrient removal will be featured at the Water Environment Federation’s Innovation in Treatment Technology Conference.
Read MoreMicrovi Biotech Inc. is excited to announce its participation in several high-profile environmental and water treatment conferences, where it will showcase its cutting-edge innovations in nutrient removal, hexavalent chromium remediation, and advanced wastewater treatment technologies. These opportunities highlight Microvi's commitment to advancing sustainability and environmental health through the use of next-generation biotechnologies.
Read MoreThe talk, entitled “Bioprocess development for 1,4-dioxane treatment: Bench through field investigation,” will be delivered by Microvi’s Director of Innovation Research Ameen Razavi. It explores the challenges of dioxane remediation.
Read MoreTwo white papers about Microvi’s innovative wastewater treatment technologies will be presented at this year’s WEFTEC exhibition and conference, the company announced today. The papers focus on recent projects that have proven the effectiveness of Microvi’s nutrient removal technologies.
Read MoreDr. Shirazi will be speaking about the paradigm shifts enabled by Microvi’s innovative MicroNiche Engineering™ platform, which provides more reliable and cost-effective methods to produce biofuels and biobased chemicals.
Read MoreAt the convention Microvi will be part of the Innovation Zone, a hub for the most promising biotech companies to exhibit their novel technologies. All of the companies in the zone have been competitively selected by the NIH or NSF to meet strict guidelines about their technologies and commercialization potential.
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