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Innovative Microalgae Solutions
Welcome to AlgaeWave Biotechnologies, a technology company specializing in microalgae-based solutions for wastewater treatment in Canadian cattle and pig farms. Our mission is to provide innovative and sustainable solutions for wastewater management while creating value-added products from microalgae.
Our Microalgae Technology
Wastewater Treatment
AlgaeWave Biotechnologies utilizes advanced microalgae technology to treat wastewater from livestock farms. Our innovative approach harnesses the natural power of microalgae to effectively remove pollutants and nutrients from wastewater, contributing to environmental sustainability and farm productivity.
Product Development
Through extensive research and development, we transform microalgae grown with wastewater into valuable products such as high-protein animal feed and natural additives. Our technology creates a circular economy by repurposing waste into beneficial resources, offering a sustainable solution for farms.
Team
Austin Gao
Microalgae Industrial Expert
Austin is a senior agronomist. He worked as the Vice President of the Microalgae Sub-Association of the China Algae Industry Association, Chief Scientist of Algae at Tongwei Co., Ltd., and external graduate advisor at Zhejiang University, East China University of Science and Technology, Shanghai Jiao Tong University, Nanjing Agricultural University, Hohai University, and Hainan University. He is also the Chairman of Cibainian Company. Since 1994, Gao Zhigang has led a team dedicated for 31 years to the research and promotion of microalgae products, including spirulina, chlorella, Haematococcus pluvialis, Euglena, and Nannochloropsis.
Prof. Tony Bi
Scientist and R&D Supervisor
Dr. Xiaotao (Tony) Bi is a professor in the Department of Chemical and Biological Engineering at the University of British Columbia, and is a Fellow of Canadian Academy of Engineering. He has been an associate director of the Clean Energy Research Centre, director of China-Canada Bioenergy Centre, and manager of the Fluidization Research Centre. He has published 350+ peer-reviewed papers, being cited 12200 times with an H-Index of 54.
Dr. Colin Li
Project Management
Dr. Colin Li is a scientist and entrepreneur in Canada. He got his Ph.D. degree in chemistry at the age of 26 from the University of Victoria and worked as a postdoctoral fellow at the University of Toronto and later a sessional faculty at The King’s University. He co-founded FundQuest Consulting in 2023, aiming at assisting Canadian technology companies obtaining governmental subsidies for R&D activities. He has extensive experience in project management in the technology sector.
Latest Updates
Innovation Showcase
We are excited to showcase our latest innovation in microalgae technology, designed to elevate wastewater treatment standards in livestock farming. This breakthrough solution underscores our dedication to sustainable agriculture and environmental stewardship.
Strategic Partnerships
Announcing strategic partnerships aimed at furthering the adoption of microalgae-based solutions in livestock farming. These collaborations mark a significant step towards promoting eco-friendly practices and enhancing farm productivity through sustainable wastewater management.
Recognition and Impact
We are honored to receive recognition for our pioneering work in microalgae technology for wastewater treatment. This acknowledgment reinforces our commitment to driving positive change in livestock farming and advancing the sustainable use of natural resources.
Research and Development
Four research topics have been identified to develop the optimal distributed microalgae solution based on the composition of wastewater from Canadian livestock operations. Research will be conducted in British Columbia with experienced scientists.
Get in Touch
Connect with Us
Have questions or interested in exploring how our microalgae solutions can benefit your livestock farm? Reach out to us, and our team will be delighted to discuss the potential for sustainable wastewater management and resource recovery.
