Jakarta – Microalgae, known for its ability to absorb carbon dioxide (CO2), is now the focus of efforts to address climate change. Researchers from Universitas Gadjah Mada (UGM) have developed a microalgae-based technology called Microforest 100.
This technology offers an innovative solution for decarbonisation in public facilities. Microforest 100 technology was officially launched at the Sheikh Zayed Grand Mosque, Solo. The event marks an important step in using microalgae to reduce carbon emissions in public facilities. Director of Sheikh Zayed Grand Mosque, Munajat, PhD, said that the launch of Microforest 100 was also to monitor the extent to which the machine can survive to absorb carbon for further development.
Prof Ir Arief Budiman, D Eng, and Dr Eko Agus Suyono from the Center for Excellence in Science and Technology (PUIPT) Microalgae Biorefinery UGM developed Microforest 100 technology. Thanks to collaboration with startup PT Algatech Nusantara, the Algaetree prototype they designed has been upgraded into a Microforest 100 product.
Algatech Nusantara CEO Rangga Wishesa explained that the two-meter-high installation absorbs carbon in the air with photobioreactor technology.
Advantages of microforest 100 technology
Microforest 100 can absorb large amounts of carbon dioxide, equivalent to five mature trees about 15 years old. “Microalgae can absorb 30-50 times more carbon dioxide than terrestrial plants,” said Rangga in a written statement Friday, June 28.
The system has optimal design and sensors to monitor cultivation conditions, ensuring absorption efficiency.
Deputy Mayor of Surakarta, Teguh Prakosa, along with representatives from the United Arab Emirates (UAE), attended the launch. If proven effective, Microforest 100 will be installed in other major places of worship, such as the Grand Mosque in Mecca and the Prophet’s Mosque in Medina.
Dr. Eko Agus Suyono sees great potential for further development of microalgae. “Microalgae still have the potential to be developed into other processed products, such as bioenergy fuels. Hopefully, this potential can be explored further and utilised by the wider community,” he said.
Placing this technology in public facilities such as mosques crowded with visitors is expected to significantly reduce carbon emissions, contributing to global commitments to address climate change.
“That way, the reduction of carbon emissions can take place massively in overcoming climate change,” concluded Eko Agus Suyono. (Hartatik)
Banner photo: Researchers from the Center for Excellence in Science and Technology (PUIPT) Microalgae Biorefinery UGM develop Microfest 100 technology in using microalgae to reduce carbon emissions in public facilities. (Source: UGM)
