Beyond Ag & The Benefits Of Frass

At Green Man Char, we have teamed up with Beyond Ag to produce Australia's first Biochar and Frass fertiliser product.

Beyond Ag

Beyond Ag have innovated technology that processes sustainably sourced, organic biomass using black soldier fly larvae. The process produces frass - an all-natural insect manure that is rich in plant nutrients and beneficial microbes. Beyond Ag's production process is carbon-negative and produces a potent and unique plant fertiliser. 

Beyond Ag's Frass

Beyond Ag's frass is:

+ More nutrient dense than typical compost and worm castings with an excellent NPK ratio of 4:2:2 and is rich in trace nutrients that support plant growth

+ More microbially diverse than typical compost and worm castings and contains ~240 million microbial colony forming units per gram

+ An excellent source of labile carbon which is essential in soils for the support of beneficial microbes

+ Is a source of chitin which activates natural plant defences to guard against pathogens

Chitin - the unique ingredient in Frass

What is unique about frass as a fertiliser, is that it is also a rich source of chitin, which comes from the exoskeletons of the black soldier fly larvae that are are naturally shed during the production process.

An increasing evidence base has shown that chitin both exhibits strong antimicrobial activity against some plant pathogens and promotes higher populations of symbiotic microorganisms that consume pathogenic microbes, such as those that commonly cause root rot.

Plant root exposure to chitin has been found to improve the proliferation of legume-rhizobia (symbiotic root nodules) which in turn supports the higher capture of atmospheric N and plant performance overall.

Studies have also shown that plant cell exposure to chitin increases expression of genes involved in the resistance of phytopathogens. This can expedite germination and support vigour in seedlings. 

Green Man Char's Biochar+Frass product is an ideal blend of 80% Biochar and 20% Frass. 


Further reading:

Ramírez, M.Á., Rodríguez, A.T., Alfonso, L. and Peniche, C., 2010. Chitin and its derivatives as biopolymers with potential agricultural applications. Biotecnología Aplicada27(4), pp.270-276

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