Kerone Engineering Solutions Ltd. is a leading producer of renewable energy. Our modern Algal Biofuel Plant demonstrates our commitment to innovation and environmental responsibility. Our facility, located in a state-of-the-art structure, specializes in cultivating microalgae, harvesting it, and converting it into premium biofuels. Utilizing the incredible pace of development of microalgae, we can produce biodiesel, bioethanol, and other biofuels with outstanding efficiency.

As an industry pioneer, we use our knowledge of innovative processing methods and manufacturing, supplying and exporting industrial machinery. Furthermore, our dedication to environmental stewardship is demonstrated by our attempts to sequester carbon, as our microalgae take in carbon dioxide as they develop. We at Kerone are not only accelerating the shift to sustainable energy, but also helping to create a future that is greener and more environmentally conscious for future generations.

An innovative and environmentally responsible method of producing biofuel is an algae biofuel plant. These facilities are made to develop and gather different species of microalgae, a wide range of photosynthetic microorganisms, with the intention of transforming their biomass into biofuels like biodiesel and bioethanol. Microalgae are carefully cultivated in specialized photo bioreactors or open ponds, where they receive light, nutrients, and carbon dioxide, to start the process. The microalgae build up lipids or oils as they expand within their cells. Algae are often harvested using centrifugation or filtering techniques once they have attained the proper lipid content.

After harvesting the biomass, it is treated to separate the valuable lipids, which can subsequently be fermented or Trans esterified to produce biofuels. As these microorganisms can collect CO2 during their growth, algal biofuel plants are attracting attention for their amazing efficiency and potential for carbon dioxide reduction. This novel strategy not only provides a renewable and low-carbon substitute for conventional fossil fuels, but also shows promise in lowering reliance on limited fossil resources and combating climate change.