The stability of microbial consortia:
an underrated but critical challenge in formulation
Combining multiple microbial strains into a single formulation seems like a logical path toward performance. A well-designed consortium promises complementary modes of action, broader biological coverage, and greater resilience under field conditions. On paper, it’s a compelling strategy.
New study with Université de Sherbrooke on marine bioremediation
As part of a collaboration between Université de Sherbrooke and Proventus Bioscience, a newly published study outlines an innovative process for formulating A. borkumensis SK2, a marine bacterium known for its hydrocarbon degrading capabilities, into a viable, stable powder format suitable for industrial deployment. Objective: Develop a high-viability, cost-effective cell powder for use in marine […]
Batch-to-batch reproducibility:
the hidden foundation of scalable microbial products
In microbial product development, the spotlight often shines on performance: how a strain behaves in lab assays or field trials. But for technical and manufacturing teams, there is a quieter, more fundamental concern that determines whether any product can succeed at scale: reproducibility.
Immobilized microbes achieve breakthrough results in wastewater treatment
As part of applied research on wastewater treatment, a study on immobilized microorganisms highlights the potential of carrier-based systems to deliver breakthrough performance in industrial effluent management. Objective: Evaluate immobilized microbial carriers as a cost-effective, high-efficiency alternative to conventional activated sludge for removing refractory and toxic contaminants. Key results: Immobilized microbes achieved 97–99.9% removal of […]
Profitable tomatoes, powered by microbes: Field trials validate P. polymyxa
As part of field trials conducted in Ontario, Proventus Bioscience evaluated the effect of Paenibacillus polymyxa, a plant growth-promoting bacterium, on tomato production under real farming conditions. Objective: Assess whether P. polymyxa could reduce transplant stress and stimulate tomato growth when seedlings are transferred from greenhouse to field. Key results: At the University of Western […]