Argo Living Soils Corp. provided an update to the recently signed Memorandum of Understanding (MOU) with Connective Global SDN BHD. Pursuant to the MOU, Argo and Connective Global have agreed to jointly conduct research and development of biochar for agricultural and industrial applications.

The research and development program will be initiated at University Putra Malaysia. Senior Argo representatives will be attending meetings in Malaysia in the upcoming weeks with Connective Global at University Putra Malaysia to further define the research and development program and objectives. The University Putra Malaysia has its origins and historical roots in agricultural education and research, being established initially as the School of Agriculture in 1931.

It maintains a strong focus on agricultural sciences like agronomy, horticulture, animal sciences, food science and technology, forestry, biotechnology related to agriculture. The University is ranked #36 globally for Agricultural Sciences by U.S. News & World Report, maintaining strong programs and research focus in agricultural sciences like agronomy, horticulture, animal sciences, food science and technology, forestry, and agricultural biotechnology. Upon the successful completion of the 12-month research phase, Argo and Connective Global intend to formalize a commercial production agreement, signaling the transition from research to practical application.

While in Malaysia, in addition to meeting with University Putra Malaysia, Argo and Connective Global will conduct site surveys of agricultural facilities to engage with farmers and processors, exploring potential collaborations in converting waste biomass into commercially viable biochar products. Argo envisions implementing a circular economy model by utilizing waste biomaterials from palm oil and coconut oil production to produce biochar-based agricultural products. This approach promotes resource efficiency, reduces waste generation, and supports sustainable agricultural practices.

Circular Biochar Model: Waste Generation: Palm oil and coconut oil processors generate waste biomaterials during their production processes, such as empty fruit bunches and shells. Biochar Production: Argo collects these waste biomaterials and converts them into biochar through pyrolysis, a process involving the heating of biomass in an oxygen-limited environment. Product Development: The resulting biochar is processed into soil enhancement products, such as biochar-enriched fertilizers or soil conditioners.

Distribution and Application: Argo distributes these biochar-based products to palm oil and coconut oil farmers and processors, who apply them to enhance soil fertility and crop productivity. Waste Reduction and Sustainability: By utilizing waste biomaterials such as palm oil trees, coconut trees and bamboo for biochar production, this circular model reduces waste generation, optimizes resource utilization, and promotes sustainable agriculture.