V I D E O S
Energy
$1.35M to PNNL for Critical Minerals from Macroalgae
Washington State’s U.S. Representative Derek Kilmer has announced $1.35 million in new federal...
Environment
New Method Charts CO2 Removal from Ocean Microalgal Blooms
EcoEngineers, a clean energy consulting, auditing, and advisory firm, has developed a precise...
Research
Phosphorus-rich Algal Strains Could Improve Wastewater Treatment
by Justin Rickard Phosphorus in wastewater is a major contributor to harmful algal blooms in water...
Industry
UK Seaweed Industry Needs “Social License” to Succeed
Attitudes towards the UK’s emerging seaweed farming sector and lessons to learn from other...
Health & Nutrition
Flinders’ Plasma Tech Transforms Spirulina for Wound Healing
Researchers at Flinders University have taken a major step in the field of wound care by using...
Food & Feed
Cultivating Euglena…in Tomato Juice
Euglena (Euglena gracilis) is a microalga containing chloroplasts and producing organic matter...
DIY
Growing Spirulina at Home
Back by popular demand! by Dr. Aaron Baum The popular image of algae farming is bubbling green...
Videos
The Life Altering Partnership Between Algae and Fungi
The early ancestors of plants were simple forms of algae, which drifted rootless through fresh...
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December 1, 2023: Collecting, identifying, describing, and naming new species of seaweed that live in deeper waters off Hawaiʻi is the focus of a new University of Hawaiʻi at Mānoa research project that received a $892,290 grant from the National Science Foundation. READ MORE...
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November 27, 2023: Australia’s first high-level organization to serve the commercial seaweed industry officially launched in Canberra on November 16, 2023. The Australian Sustainable Seaweed Alliance (ASSA) represents ten corporate members across six states and was launched to advance environmentally responsible farming and production, strategic research and development, and scientific and biotech-related commercialization. READ MORE...
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November 20, 2023: A research team from IIT Gandhinagar, a leading technical institution in India, has found that beads made from a combination of sea algae, salt, and nanoparticles can be used to remove dyes from wastewater pollution created in the dye and chemical industries. READ MORE...