Power Wood’s SuSo® substrate supercharges soil health and rebuilds optimal soil structure for rapid root development and relentless carbon-based plant growth.

Our fibrous and porous, organic compost offers better water retention, greater oxygen aeration and a more natural pH balance than almost all other peat-free soil substrates.

When added to arable land between crop rotations, each percentage increase in organic carbon allows another 168,000 more liters of water to be stored in soil per hectare – reducing run off and irrigation costs. Retained macro and micro nutrients are released slowly and steadily into the earth.

SuSo® stabilizes harvests at high yield while reducing ‘boom or bust’ chemical fertilizer use.

SuSo® substrate is produced with ground-breaking, NATO-approved rapid transformation technology, developed by X-MET UK’s sustainability scientists.

Its intensive thermal process produces high grade flock fibre from nutrient-rich Aspen tree stumps. The resulting substrate, SuSo®, is an activated, carbon-dense growing medium that is perfect for cultivating leafy greens, microgreens, fruit, vegetables and cereals.

X-MET’s advanced AG2000 Converter® uses a NASA-configured compound metal, high-velocity rotation, friction heat and little more than 15 minutes to shred, dehydrate and pasteurize heart and sap wood chippings into our nutrient-rich, fibrous, porous SuSo® substrate.

Power Wood’s mineral-dense SuSo® helps farmers to reap large yields of food organically.

Power Wood Canada Corp produces its ground-breaking mineral-rich SuSo® soil substrate from fire-damaged deadwood left in the wake of Canadian wildfires.

In harvesting wildfire-scorched, carbon-dense lumber our company prevents the decay and release decomposition carbon and methane gases from millions of hectares of organic waste.

As a perfect carbon-based replacement for peat as a substrate, SuSo® ensures that carbon content in ancient peatlands and moorlands remains undisturbed and unable to let off gas.

SuSo® is the multi-faceted, perfect circular product on which to base prolific regenerative agriculture.