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In the early days of industrial paper making<br />

forests and fresh water were regarded<br />

as limitless resources. As the demand for<br />

paper and packaging products increased<br />

old growth forests were consumed at an<br />

alarming pace. Recycling (or more accurately<br />

downcycling) and plantation forests<br />

have made some impact but the demand<br />

continues to grow. Tragically, unique<br />

old growth rainforests are still being<br />

destroyed in Australia and elsewhere to<br />

produce woodchips that are pulped to<br />

produce often low value paper products.<br />

Pulp mills, with all the associated<br />

environmental problems, are being<br />

forced to close in developed countries<br />

such as Canada and are being moved<br />

to countries with lower environmental<br />

standards.<br />

The ongoing conflict in Tasmania combines needless destruction<br />

of old growth forests and attempts to add some economic<br />

value to wood chipping by building a pulp mill. There are also<br />

current proposals to build pulp mills in Victoria and South<br />

Australia. All of these are seeking access to large volumes<br />

of fresh water, large amounts of cheap energy, licences to<br />

discharge large volumes of effluent and large direct or indirect<br />

Government subsidies.<br />

Meanwhile, a quiet revolution<br />

has been brewing in Adelaide.<br />

It has the potential to make the<br />

current paper and pulp industries<br />

as extinct as the dinosaurs.<br />

After more than eight years of R&D, Adelaide company Papyrus<br />

Australia has developed a revolutionary new engineering<br />

process that can produce paper from waste banana trunks<br />

without pulping. Banana trees (actually giant herbs) grow<br />

rapidly in less than a year to produce fruit. Once the bunch is<br />

harvested the trunk is cut down to rot and the whole process<br />

is repeated each year with billions and billions of banana trees<br />

around the world.<br />

The patented Papyrus process is a near perfect environmental/industrial<br />

closed loop which uses a rapidly renewable waste<br />

fibre resource, no added water, less than 1% of the energy of<br />

the current pulp and paper industry and no chemicals.<br />

Waste banana sap can be returned to the plantation for<br />

irrigation and hence there is no toxic effluent discharge. The<br />

scale of the process is small, mobile and decentralized and<br />

suitable for location in villages along side existing banana<br />

packing sheds. It also promises to give a significant boost to<br />

local village economies. The capital and operating costs result<br />

in a cost base only a fraction of the existing industries. It is<br />

currently estimated that each small factory could produce<br />

about $20M of<br />

raw product per year. Using existing<br />

plantations these could eventually supply a significant<br />

proportion of the global paper and packaging needs.<br />

Banana ply can be used to make a huge variety of ecofriendly<br />

products for the paper, packaging and building industries. It<br />

also has a unique natural appearance or can be coated with<br />

other materials like normal paper and packaging.<br />

The natural fibre, which is intact after the non pulping process,<br />

is exceptionally long and has high tensile strength. It can<br />

also be recycled through many more cycles than pulped paper.<br />

These are fundamental measures of paper quality and value.<br />

By leaving the natural lignin intact, the material has a variety<br />

of useful properties including water repellent wet strength. It<br />

is also flame retardant and UV resistant which gives it similar<br />

stability to the ancient Papyrus documents such as the Egyptian<br />

Book of the Dead and the Dead Sea Scrolls.<br />

Papyrus Australia Limited listed as a public company on the<br />

ASX in 2005 (Code: PPY) when it raised capital to build its<br />

first commercial production facility. This project is on track<br />

and the company expects to commission this production line<br />

in April 2007. There is already significant interest from the<br />

paper industry and banana interests globally.<br />

The race will then commence in earnest between the sustainable<br />

Papyrus Banana ply technology and the dinosaurs of the<br />

existing pulp/paper industries. For the sake of the planet let<br />

us hope that this race is swift and that this <strong>Australian</strong> Green<br />

Technology makes history as the biggest breakthrough in<br />

sustainable papermaking since its Papyrus namesake.<br />

Dr. David Wyatt is Chairman of Papyrus Australia Ltd<br />

and the first Chairman of an ASX-listed company to stand<br />

as an endorsed candidate for the <strong>Greens</strong> (in the 2006<br />

Queensland State election). He is also Adjunct Professor<br />

in Corporate Sustainability at the University of Queens-<br />

land Business School. www.papyrusaustralia.com.au”

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