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MBD Energy - CO<sub>2</sub> to algae to energy

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Water Bioremediation

Bioplastics polymers

Because plastic doesn't react chemically with most other substances, it doesn't decay. Plastic hangs around in the environment for centuries, so recycling is the best method of disposal. However, new technologies are being developed to make plastic from biological substances.

Naturally occurring or biopolymers, such as soy protein, vegetable oil and bacterial polyesters, can be extracted from crops and bacteria.

Bioplastics made from these biopolymers are better for the environment. They're produced from renewable resources (bacteria, plants) rather than non-renewable resources (oil, natural gas). And, they are biodegradable – meaning they can break down in the environment instead of overfilling our landfills.


A coal fired power station

Algal Sequestration

Algal Sequestration utilises abundant sunlight, captured flue gases, and waste water to grow valuable algal biomass on a large scale and on a continuous and fully enclosed and controlled basis.
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  MBD BAGS system

‘BAGS’ System

MBD has developed its own method of culturing photosynthetic organisms for large scale production. The ‘BAGS’ system is a unique solution to to large scale algae cultivation and harvest.
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Micro algae under a microscope

Strain selection

Identification and management of the optimum algae strain for top performance in any given emitter location is vital to optimising yields and production earnings. MBD's research team has developed solutions to strain selection
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  Macro Algae

Oil Extraction

MBD has an exclusive Australasian agreement with US company OriginOil Inc which has developed cost-effective high speed extration that reduces harvesting to a single step.
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