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There is a clear demand in the market for cost effective, environmentally sustainable products, however, most researchers have not been successful in sourcing new fibre resource that does not create more problems than are solved by its use. Additionally, there is no deforestation or destruction of natural forest resources. The raw material used to produce the banana fibre is a waste product which would otherwise be disposed of as rubbish or left to rot as there is no existing viable use for banana trunks. The Papyrus manufacturing process exploits patented technology encompassing an environmentally sustainable, zero-waste process with a low carbon footprint. Papyrus Australia Ltd listed on the Australian Securities Exchange (ASX) in 2005. Investing in Papyrus Australia Ltd is an investment in helping to save our planet thanks to the many environmental benefits our technology offers. What is Papyrus Australia Ltd’s business strategy?.

Organic liquid fertiliser, Bokashi and Soil peat.

Moisture resistant laminates – cartons, boxes & containers.

Additionally the product does not transmit grease, oils, solvents or moisture, even at low thickness. The products derived from the outer layer are of a generally structural or functional nature providing stiffness, high wet strength and low flammability.

Grease resistant packaging – plates, bowls & cartons.

Moisture & grease resistant laminates – cartons, boxes & containers.

The products derived from the inner layer are of a generally decorative or functional nature providing an attractive appearance, high wet strength and low flammability. The Papyrus Technology is used to transform the outer and inner layers of the banana trunk into a continuous sheet (veneer) or fibreboard products.

What are the end products that can be produced from banana trunks?Īs outlined below, there are many product applications for Papyrus’ refined banana fibre however, Papyrus’ immediate focus is the development of technology and fibre to produce moulded food packaging.

However, after many years of research and development our founder and Managing Director, Ramy Azer, found the banana fibre represents a distinct advantage over traditional alternative fibre sources. Additionally, most researchers have not been successful in sourcing a new fibre resource that does not create more problems than are solved by it use. The existing technologies are also very mature and extremely costly to modify in order to process fibres from alternative raw materials. The Papyrus manufacturing process needed to be developed from the ground up. Whilst the manufacturing process is less complex than other methods using traditional raw materials, e.g., timber, existing technologies do not apply. Papyrus’ proprietary technology is the cumulative result of more than 15 years of research and development to arrive at an environmentally sustainable process for the transformation of an unutilised resource into useful products with broad appeal across a variety of markets.

In addition, banana trunks left to rot generate methane (23% more potent than CO2) in significant quantities with negative impact upon the environment. The raw material has little or no nutrient contribution to the soil, creates a safety hazard on plantations or requires significant energy to slash or stockpile the material elsewhere. Sustainable development – the raw material used to produce the banana fibre is a secondary waste product which would otherwise be disposed of as rubbish or left to rot.Hence there are significant contributions to landfill from the conventional process which will not result from the Papyrus fibre manufacturing process. Landfill – the production of fibre from timber yields a broad distribution of fibres many of which are too short for practical use.Chemical waste – the Papyrus process does not rely on chemical additives to assist the production process.This is because Papyrus uses the existing strong bonds within the banana fibre to create its product whereas conventional timber fibre requires high levels of energy to break those natural bonds. Energy – compared to traditional methods of manufacture, the Papyrus process requires only a small percentage of energy currently used.Water – the manufacturing process does not require additional water during production and water is actually a by-product of the production process.In short this invention and process converts what would otherwise be deleterious waste into a useable, in demand multitude of products. The manufacturing process has a number of distinct practical and environmental advantages over existing fibre production (wood industry) processes.