WILSON, Wyo.--(BUSINESS WIRE)-- WaterIQ Technologies™, the leader in next-generation ultrasonic solutions to combat harmful algae and biofilm without the use of chemicals, today announced the addition of three members to its newly formed Scientific Advisory Board. Appointed members span the U.S., Mexico and South America and will serve in research roles conducting basic and independent research into algae growth and remediation mechanisms.

Board members include Dr. Paul Zimba, Research Faculty member, Virginia Commonwealth University; Dr. Viviana Almanza Marroquín, Algologist, Assistant Professor and Environmental Science Researcher – Centre EULA, University of Concepción, Chile; and Dr. Enrique Mora, Limnologist and Director of the Ecotone Analysis and Water Quality Laboratory in Veracruz, Mexico.

“The creation of the Scientific Advisory Board is the next step in WaterIQ’s commitment to producing unique algae remediation research,” said WaterIQ CEO and Chairman, Lawrence Field. “We continue to seek leading experts in the scientific world to better understand how ultrasonic technology can combat the environmental issues caused by algae. Partnering with top scientists in the algae remediation industry will fast-forward our goal of developing a base of scientific and hypothesis-driven research that advances proven sustainable algae remediation strategies that doesn’t involve harmful chemicals. This will enable our customers to be better stewards of the environment.”

WaterIQ’s Scientific Advisory Board will guide the company’s algae growth and remediation research, including the impact of ultrasound technology in different use cases and against different algae species and strains. The board will also serve in an expert advisory capacity on application-specific customer and market challenges.

The Scientific Advisory Board follows the announcement of WaterIQ’s Board of Directors as the company accelerates its market growth in the ultrasonic technology market.

• Dr. Paul Zimba – Dr. Zimba has worked in aquatic ecology, including worldwide research in marine, estuarine and freshwater ecosystems. He has focused on minimizing the occurrence and effect of harmful algal blooms on natural and aquaculture systems, focusing specifically on cyanobacteria. Dr. Zimba has published more than 135 papers, book chapters, and proceedings, including algal identification of known and new taxa, nutrient:algal relationships, chemical and physical methods for bloom control, as well as off-flavor, remote sensing, toxin detection and trophic relationships. He is currently a research faculty member at the Rice Rivers Center at Virginia Commonwealth University with previous employment at Texas A&M University Corpus Christi and with the USDA/Agricultural Research Service
• Dr. Viviana Almanza Marroquín – Dr. Marroquín is an expert in the taxonomy of inland water microalgae and phytoplankton, particularly cyanobacteria and harmful microalgae. With more than 10 years of scientific research experience, she has co-authored more than 10 peer-reviewed and published research studies in the field of water ecology. Her current focus is on the study of the distribution and the periodic frequency of both cyanobacteria and eukaryotic microalgae (dinoflagellates and diatoms) blooms. Dr. Almanza Marroquín seeks to better understand the environmental factors involved in bloom formation and development, the impact on important water resources (drinking water, recreational water, irrigation) and the community responses to its impact.
• Dr. Enrique Mora – Dr. Mora has more than 10 years of experience in ecological restoration, monitoring water quality in aquatic ecosystems and aquatic ecological project management. As an academic professional, Dr. Mora has led and advised undergraduate research students on various contamination source research projects on bodies of water for the Technological Institute of Tantoyuca. Working with the city of Martinez de la Torre, he has contributed and led published research on controlling cyanobacterial harmful algae blooms in freshwater ecosystems in various parts of Mexico. He has also collaborated with other scientists to provide information and research for private entities and government agencies. Dr. Mora is affiliated with Ocean Experts (directory of marine and freshwater professionals), the Intergovernmental Oceanographic Commission and UNESCO.

WaterIQ Technologies combines world-class go-to-market engagement, technical expertise, innovative technology, and business processes to address the world’s growing algae crisis sustainably. The company works closely with reseller partners to eradicate dangerous algae growth in various markets, including drinking water utilities, wastewater treatment plants, general agriculture, golf courses, lakes, and ponds, industrial and HOAs.

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Press Release: WaterIQ Technologies Appoints Board of Directors to Drive Next Phase of Growth for Ultrasonic Algae and BioFilm Treatment Solutions
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About WaterIQ Technologies

WaterIQ Technologies is a technology company that designs solutions to defend water from algae and biofilm contamination in drinking water treatment utilities, wastewater drinking plants, golf courses, lakes and ponds, general agricultural irrigation, and wineries.

WaterIQ Technologies uses next-generation ultrasonic technology, designed to be highly effective and reliable, to eliminate algae and prevent its return, and on-board monitoring technology to capture critical water quality data from sensors and transfer it in real-time for remote monitoring and analytics. As a result, customers can remotely monitor water health to sustainably treat algae. WaterIQ Technologies’ solutions and highly competent staff play a crucial part in an overall prescriptive solution to restore water to its natural state. WaterIQ is an environmental sustainability partner with Audubon International.

WaterIQ Technologies and the WaterIQ Technologies logo are trademarks of WaterIQ Technologies. All other trademarks used herein are the property of their respective owners. ©2023 WaterIQ Technologies. All rights reserved.

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