Our ICE projects aim to do better for our environment by providing a solution to dramatically increase mitigation of dead tree decomposition emissions, reforestation and replanting opportunities in an economically viable and sustainable way.
ICE can recycle up to one million metric tonnes of ‘non-merchantable’ dead or waste fibre.
ICE remediates and reforests dead non-merchantable timber.
15 years old sawmill waste can still be recycled with ICE tech.
ICE recycling is a better solution than burn-in-place.
Residual waste fiber can be recycled into ICE biofuel.
ICE has dedicated rail sidings with access to Pacific Coast ports
Each ICE Waste Fibre Recycling Plant will recycle up to one million metric tonnes of currently ‘non-merchantable’ dead or waste fibre, into approximately half a million metric tonnes of high value biofuel annually. This will mitigate over 2 million metric tonnes of Greenhouse Gases (GHG) per annum in the forestry setting alone each year.
ICE provides the ability to remediate wildfire-damaged stands following natural disasters and allows for land, ‘blocked’ by standing dead timber, unproductive and inhospitable to flora and fauna, to be brought back into a productive, healthy state.
We provide the at-scale solution to dramatically increase reforestation and replanting opportunities. ICE allows forestry professionals to further improve on their already world-leading environmental practices in forest operations.
ICE has higher energy density, far exceeding existing large-scale biomass fuels in Gigajoules per metric tonne, meaning more energy can be accommodated in any given volume of truck, rail car or ship.
ICE plans for the long term, not only in our operations, but with people. Full-time jobs created at a single ICE Plant will number over 100, with secondary opportunities prioritised to benefit our indigenous and community stakeholders.
A meaningful proportion of any profits from our ESG business activities are budgeted for scholarships and university level education of our Indigenous team members
ICE can be used in place of White Pellet in existing biomass plants, but it can also be used as a direct drop-in replacement fuel when decarbonising coal-fired energy generators by replacing coal in existing utilities, not requiring retrofit or conversion at point of use at any ratio.
ICE, like all ‘Black Pellets’, when pelletised, is hydrophobic, meaning there is no need for expensive weather-proof storage facilities, climate control or packaging or handling methods.
ICE when pelletised hardly dusts in transit, handling, storage or use and is thus safer, cleaner, and simpler to handle and utilise than alternatives. This means ICE suffers less losses during storage and logistics and can safely be transported in a wider variety of less costly formats.