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Pacific Pyrolysis Pty Ltd has developed, and is commercialising, slow pyrolysis technology to deliver waste to energy and biochar solutions. Pacific Pyrolysis technology is unique in that it holistically combines local solutions to sustainability and market issues through:
The company owns 100% of the intellectual property, global development and commercialisation rights of the technology including the integrated pyrolysis demonstration plant located at Somersby.
The Pacific Pyrolysis technology platform is a fundamental example of the delivery of a local technical solution to local manifestations of global sustainability issues for organisations and governments. A new era of low‐emission, low‐impact technology is expected to come of age over the next two‐three decades in addition to greater utilisation of known technologies, which have lower emission impact. The demand for clean technology solutions to problems has become a business mainstream activity. Solutions that can be deployed repeatedly across multiple sites benefit both the technology provider and the customer. Strong demand for such solutions exists from both private and public sector organisations, especially if the local deployment of a technical solution can be completed with:
It has become evident that a key to technological and business success in this space will be to deliver local solutions to companies and organisations which are impacted on multiple sites or in multiple business areas by the same or similar global issues such as emissions, energy supply, waste disposal, poor soil health, etc.

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Agrichar - Biochar As A Soil AmendmentThe Agrichar biochar brand is internationally recognised and has become synonymous with quality control and best practice environmental standards. Agrichar biochar has been the product of choice for international research programs. |
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Biochar as a Green FuelBiochar produced from the Pacific Pyrolysis process can also be utilised as a green fuel and in some cases a metallurgical reductant. Biochar produced from softwood increased its calorific value from 18 MJ/kg to 31 MJ/kg. The char can be then be pelletised resulting in pellets with an energy density of 24 MJ/m3, compared to the 13 MJ/m3 energy density of cold pelleted softwood sawdust. This has significant implications on shipping costs per MJ ... |

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Biochar ResearchPacific Pyrolysis has supplied research grade biochar or formed research collaborations with a number of organisations including: NSW Department of Primary Industries; under a MOU to facilitate several research grants; University of New South Wales, via an Australian Research Council funded project; Cornell University (USA), supply of biochar samples; Waginengen University (Netherlands), supply of biochar samples; CSIRO, through various research programs ... |
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Carbon SequestrationThere is a proliferation of projects and technologies seeking to reduce carbon emissions, however biochar is one of only a handful of technologies that can remove carbon from the atmosphere. Other technologies in this vein include carbon capture and storage, forestry and other soil carbon practices such as no-till farming. |
