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ZappWaste

powered by
MEC ClearWaste technology

 

The Clean & Green Waste Treating Machine

ZappWaste is a patent-protected, waste-to-energy, ‘plug & play’ and at-source technology that treats waste at no harmful cost to the environment. It does not require fuel and does not release harmful emissions, making it a technological breakthrough ahead of its time.

 

ZappWaste treats all kinds of low-moisture waste, radically reduces costs & carbon footprint, generates carbon-negative energy and effects carbon-capture to produce valuable products.

How it Works

1

The ZappWaste’s breakthrough piezo-electret engine magnetically induces Plasma state conditions in the reactor without additional energy.

2

In Plasma state, rapid complex reactions disintegrate carbonaceous waste into elemental fragments and stable gases in an autothermal equilibrium exothermic process.

3

Stable gases enter the scrubbers where they are neutralised and purified from odour and colour through particulate capture at submicron level, ensuring that no harmful emissions are released.

4

Recovered heat energy powers pre and post-treatment equipment requirements, creating a closed-loop environmentally-friendly solution.

Our Range

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ZW Bare

ZW Containerised

ZW Mobile

All kinds of waste, anywhere

The ZappWaste's modular, compact and 'plug & play' features enables it to be placed anywhere. This means waste can be zapped up at-source, saving you tonnes of carbon footprint.

Carbon-Negative Energy

Heat generated from the zapping process can be harnessed to provide stream, heat and electricity to the surrounding facility, enabling drastic reductions in cost and carbon footprint.

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Carbon-Captured Byproducts

The ZappWaste captures carbon and stores ≈ 4% of the carbonaceous input. We upcycle this to ZappG-Fill - a super-tough and sustainable additive made up of graphene-enhanced polymeric fibres asphalt binder designed to provide long-lasting and maintenance-free surfaces.

An inexpensive & sustainable alternative to existing additives, ideal for utilisation across a wide range of road-building and construction applications

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