Microalgae and
Biofertilizers
Microalgae Biofertilizers
A new era in sustainable agriculture
At Go Zero Go Green, we are developing biofertilizers based on microalgae, in order to contribute to soil improvement, while removing CO2 from the atmosphere and from the biogas combustion process produced in the pyrolysis of the Biochar plant. In this way we close the cycle of forestry production, Biochar, renewable energy and production of biostimulant and biofertilizer microalgae.
These multifunctional microorganisms, with their high photosynthetic efficiency, capacity to supply nitrogen and phytohormones, are revolutionizing the improvement, production and protection of agricultural crops.
Advantages of microalgae in agriculture:
They enhance crop development
Improve soil quality and biodiversity
Promote plant growth
Reduce environmental impact compared to inorganic fertilizers
Offer a natural alternative to agricultural chemicals
Efficient removal of CO2 from the atmosphere
They enhance crop development
Improve soil quality and biodiversity
Promote plant growth
Reduce environmental impact compared to inorganic fertilizers
Offer a natural alternative to agricultural chemicals
Efficient removal of CO2 from the atmosphere
biofertilizers
Facing challenges in modern agriculture:
We face challenges such as the demand for fresh water, the high cost of nutrients and the need to treat waste. The use of wastewater to cultivate microalgae and their subsequent use as biofertilizers addresses these challenges, promoting sustainable development and a circular economy in the agricultural sector.
microalgae in agriculture
The future of microalgae biofertilizers
The integration of microalgae in agriculture represents an opportunity to strengthen the sector and promote a healthy and sustainable food system. With the growing interest in the bioeconomy, microalgae biofertilizers and biostimulants are positioned to play a crucial role in the transition to greener and more efficient agriculture.
At Go Zero Go Green, we are committed to the research and development of nature-based solutions, such as microalgae biofertilizers, to contribute to a more sustainable and resilient agriculture in the face of climate change.