The i8-1000 line is at the forefront of combustion technology, offering impressive burn rates and large batch sizes while still achieving some of the lowest emissions in its class.
The i8-1000 can be customised with external cladding and automatic loading/de-ash to provide an effective and sustainable waste disposal solution for many different types of industries processing large volumes of waste. It also benefits from smart panel remote monitoring technology allowing operators to view the performance and live dashboards from anywhere in the world.
The i8-1000 delivers up to 1000kg/hour burn rate that eliminates waste accumulation bottlenecks. Automatic ash removal improves processing capacity by eliminating downtime, while continuous operation capability and multi-purpose waste stream processing eliminate the need for waste sorting, making it the ultimate high-capacity solution.
The i8-1000 incinerator delivers exceptional 99.9% clean air exhaust through 880 ceramic filter elements and a multi-reagent dosing system that ensures emissions compliance. The secondary chamber operates at 1100°C (2000°F) with over two seconds gas retention, effectively neutralising volatile waste streams while meeting stringent EU and international environmental standards.
The i8-1000 line is one of the most robust and efficient large incinerators available in the UK market, also known for its high capacity and reliability. This heavy-duty incinerator is excellent for managing substantial volumes of industrial, medical, and general waste, while efficiently converting it into ash.
| Combustion Chamber Volume (m3): | 0.13m3 |
| Burn Rate*: | up to 20kg per hour |
| Average Fuel Consumption: | 4 – 5 ltrs p/h |
| Operational Temperature: | > > 850°C |
| Gas Retention in Secondary Chamber: | 2 secs |
| Temperature Monitoring: | Yes |
| Average ash residue (%): | 3% |
| Thermostatic Device: | Yes |
| External Length (mm) | 750mm |
|---|---|
| External Width (mm) | 750mm |
| External Height (mm) | 2720mm |
| Door Size (mm) | 0.50 x 0.39 |
| Shipping Weight | 652kg |
For reference only, not to be used for installation purposes.
* All burn rates are dependant on the calorific value of the waste being incinerate. Atmospheric conditions,fuel (gas/oil) quality, additional accessories (autoloader, de-asher) can also have a major impact on actual burn rates.
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Waste incineration refers to the burning of waste for disposal and energy recovery. It’s an alternative to sending waste materials like municipal solid waste, medical waste, and general waste to landfills. Incineration can reduce the volume of waste by up to 90% while also generating electricity, making it an essential part of sustainable waste management.
Many types of waste can be incinerated rather than landfilled. The most common waste for incinerators include:
Proper sorting at the waste facility ensures only non-hazardous materials are fed into municipal incinerators. Hazardous waste incinerators have additional safety precautions for these materials.
Waste incineration, when done properly, offers three key benefits:
Incineration is an integral part of modern waste management that enables sustainable disposal of waste while also recovering valuable energy. By burning waste at high temperatures, incinerators significantly reduce waste volumes as well as sanitise hazardous materials.
While waste incineration has faced criticism in the past, advances in pollution control technology have dramatically reduced emissions from modern incinerators. When integrated with proper pre-processing techniques like sorting, shredding, and drying along with careful monitoring and maintenance, incineration allows waste management facilities to safely and sustainably handle a wide variety of waste.
