Initiatives

Objective: Build a sustainable, low-carbon operation using solar power.
Actions:

• Install solar panels to run paddle wheels, water pumps, and monitoring systems.

• Include battery backup for cloudy days to ensure continuous water circulation.

• Promote energy independence as a core environmental value of the project.

Objective: Use nutrient-rich waste streams and industrial CO₂ for circular bioeconomy.
Actions:

• Partner with nearby factories, local authorities and agri-processors for CO₂ and nutrient sources.

• Pre treat and test wastewater as a potential culture medium.

• Use this initiative as both a low cost input strategy and an environmental service.

Objective: Validate performance, safety, and scalability of microalgae systems and products in real-world conditions.
Actions:

• Conduct on site field trials of raceway ponds under different environmental conditions (light, temperature, nutrient variability).

• Test Chlorella biomass output, water quality, and growth rates across seasons.

• Perform lab analyses on harvested biomass for:

  • Nutrient content (protein, chlorophyll, lipids)

  • Microbial contamination

  • Heavy metals and water contaminants 

• Use testing data to optimize cultivation protocols and support claims for product marketing, health and safety, and certification.

Objective: Capture CO₂ from on site compost systems to enhance algae growth.
Actions:

• Design a simple CO₂ capture hood over compost bins.

• Channel captured gas into our raceways.

• Turn waste into a growth input while reducing greenhouse gas emissions.

Objective: Increase awareness of microalgae benefits through hands on learning and visibility.
Actions:

• Launch a program to introduce small-scale photobioreactors in schools and science clubs.

• Provide educational materials on sustainability, biology, and algae tech.

• We are going to use interactive display stands in stores with real time algae visuals and facts to showcase our products origin and health/environmental benefits.

Objective: Ensure safety, purity, and efficiency through rigorous monitoring.
Actions:

• Use lab for testing water quality, algae density, contamination, and biomass composition.

• Partner with universities and labs for nutritional profiling, heavy metal testing, and product validation.

• Use testing results for quality assurance, labeling, and certification pathways