You are here:

i8-1000 Line Overview

Contact us for more information

Our flagship model is the i8-1000 line. It took over three years to develop and is at the forefront  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 smartpanel remote monitoring technology allowing operators to view the performance and live dashboards from anywhere in the world.

Overview

Load capacity
Inciner8 uses four size guides within our range to differentiate our models, S, M, L and XL. This allows us to provide the optimum and most efficient solution for your waste stream.

Coretex insulation
Coretex insulation – Triple insulation Coretex technology uses a combination of high-density ceramic insulation, a custom refractory concrete and thick steel to deliver the ultimate incineration insulation.

Fast Load
Fast loading is the moste efficient method for loading waste and allows operators to use trucks and other machinery to improve the overall efficientcy of processing waste. It also allows additional extras such as bin tippers and autoloaders to be used within the operation to improve efficiency and incineration times.

Smartpanel Remote Monitoring
Smartpanel Remote Monitoring is an optional feature that allows authorised users to login and view the HMI control screens and histrorical data from any location worldwide. This feature also enables our technical support team to provide detailed troubleshooting assistance throughout the warranty period.

Hydraulic Door
The i8-1000 model includes a heavy-duty steel hydraulic door to priovide safe and effortless loading throughout operation. The door is controlled from the central control panel making light work of continuous loading.

i8-1000 Features

  • Fully insulated chamber to retain heat and improve combustion
  • Rapid, complete and efficient waste sterilisation and destruction
  • High quality refractory lining with enhanced CoreTex insulation
  • Semi-automatic controls via user-friendly touch screen HMI display
  • Programmable temperature control for complete combustion
  • 1200°C secondary chamber with 2 second gas retention time
  • Fast pre-heat and continual high temperature performance
  • Low energy consumption levels

Global Applications

  • Medical & Pharmaceutical Waste
  • Hospital & Health Clinic Waste
  • Emergency / Refugee Camps
  • Military Camp Waste
  • Large Volume Domestic Waste
  • Industrial Waste
  • Hotels & Resorts
  • Mining and Construction Sites
  • Island Communities

Components

Autoloader

The autoloader consists of a large capacity stainless steel hopper with pneumaticm louvred lid allowing a single operator to provide a continuous supply of waste to the incinerator at the push of a button. It requires no human interaction with the waste stream or the combustion chambers making the process of loading waste a much safer operation.

The loading cycle is highly efficient taking around 20 seconds to complete
which helps to minimise any heat loss during loading and associated fuel costs in maintaining operating temperatures. The autoloader also ensures that waste is distributed consistently and evenly along the length of the primary chamber, further improving combustion and efficiency.

Primary and Secondary Chambers

As the largest in our range, the i8-1000 features a 8.80m³ large capacity primary chamber with maximum airflow and circulation for a fast, efficient burn. Features include advanced Coretex Technology, hydraulic top loading door with chamber operating temperatures up to 1200°C.
The i8-1000 can also be configured with autoloader and auto de-ash systems for a highly efficient, continuous supply of waste to the incinerator.

Sometimes referred to as the ‘afterburner’, the secondary chamber operates at temperatures up to 1200°C and is specifically designed to contain and re-burn the waste gases for a minimum of 2 seconds, in accordance with the International Emissions Directive (IED) and environmental guidelines. This carefully engineered combination of high temperatures and extended retention time ensures the complete destruction of dioxins and other harmful emissions, providing a smokeless and odourless output from the stack.

Eco-Friendly Features and Green Advantages of the I8-1000 Line

  • Efficient Waste Management: The i8-1000 line utilises advanced incineration technology to efficiently manage waste, reducing the need for landfill disposal. This helps mitigate environmental pollution and conserves valuable land resources.
  • Energy Recovery: Through the combustion process, the i8-1000 i8-1000 line of incinerators generates heat energy, which can be harnessed for various purposes, such as power generation or heating. This energy recovery aspect reduces reliance on fossil fuels and contributes to a more sustainable energy ecosystem. The I8-1000 proposed will be optimised for waste to energy, allowing for the retrofitting of electricity producing ORC engines and/or turbines. 
  • Emissions Control: Our range of i8-1000 incinerators are equipped with state-of-the-art emission control systems, ensuring that harmful pollutants are eliminated before release into the atmosphere. This feature helps maintain air quality and protects public health.
  • Resource Recycling: The i8-1000 line is designed to convert certain waste materials, such as ash, into valuable resources like fertiliser. This closed-loop approach promotes resource efficiency and reduces the demand for virgin materials, thus conserving natural resources and minimising environmental impact.
  • Supporting Circular Economy: By facilitating the recycling and recovery of materials, the i8-1000 range of incinerators contributes to the development of a circular economy model. This model emphasises the reuse, repair, and recycling of products and materials, thereby reducing waste generation and promoting sustainable consumption patterns.
  • Advanced filtration technology: which utilises several stages of emissions control along with unique multi dosing features – several combustion systems utilise single dosing technology. Our technology allows for the dosing of activated carbon, hydrated lime, and sodium bicarbonate. This allows our technology to remain well under the environmental emissions limits of US & EU standards.
  • A superior alternative to landfills: our I8-1000 range of incinerators can process up to 14 tonnes of waste per day with as little as 100 litres of diesel consumed. By comparison, a recent study in 2022 revealed that a landfill site in Mumbai released approximately 9.8 tonnes of methane in 1 hour, this combined with the fact that there are hundreds, if not thousands, of vehicles transporting waste to and from landfill sites with vast quantities of fossil fuels consumed, makes incineration not only a logical alternative but a superior one.
  • Promotes biosecurity – many hospitals across the developing world are struggling to incorporate proper waste management systems to deal with hazardous and medical waste streams. In extreme cases, medical waste is thrown over a hospital wall, which exposes local populations to extreme health risks. Incineration allows for medical waste to be eliminated directly at the source and as soon as it is produced. This allows hospitals to effectively advertise a zero on-site waste policy, increasingly, this is now becoming mandatory as part of having “green credentials”.
  • Rapid deployment: for immediate bio-security – our state of the art I8-1000 technology can be deployed in as little as 10 weeks from date of order; some competitors can take up to 52 weeks – The United Nations have included our technology on an exclusive basis on their internal purchasing platform, “Web buy plus”. Our technology has played a vital role in helping combat waste issues resulting from natural disasters, conflict, disease outbreaks and more. Inciner8 was the only manufacturer trusted to supply its clean air incinerators to the United Nations to help deal with the Ebola outbreak and the increase of medical waste as a result of COVID19.
  • Advanced Safety Features – Our smart panel technology ensures full remote access, which allows our engineering department to diagnose faults and provide full system updates remotely and in real time to operators.
  • Made in Britain – fully designed and built in the UK – Inciner8 is the only UK manufacturer of clean air incinerators to receive royal recognition for international trade and innovation. 

Heat Exchanger

heat exchangers i8-1000The heat exchanger plays a crucial role of rapidly cooling the hot exhaust gases before they are processed through to the pollution control system. This reduces the formation of dioxins and furans.

The heat exchanger is a shell and tube design with the hot contaminated gases passing through the inner tubes. Throughout this process, air is forced around the inside of the shell circulating over the tubes to cool the exhaust gases within.

Pollution Control System (PCS)

i8-1000 pollution control systemOur dry scrubbing PCS operates by injecting sorbent material (sodium bicarbonate and/or active caron) into the flue gas stream where it reacts and combines to capture and remove the pollutants produced through the incineration process.
 

The PCS provides continuous filtration of the waste gases and fly ash through a series of filters in self-contained pods. Each filter element is manufactured from a high-density ceramic material designed to remove particles as small as 1 nanogram (billionth of a gram) with 99.99% efficiency.

A dry scrubbing PCS is widely recognised in the incineration industry as one of the cleanest and most effective methods of neutralising harmful emissions and eliminating microscopic waste particles. As the name suggests, dry scrubbing does not use any liquids unlike venturi systems and therefore does not produce any wastewater sludge which requires further treatment before disposal.

Dry scrubbing pollution control systems have one of the lowest operating costs since they do not require any additional equipment such as pumps, settling tanks and waste water treatment systems.

Our PCS systems meets all European emission standards and directives in successfully capturing pollutants that could otherwise pose a threat to the environment, air quality or public health.

Made in Britain

Hand-built in the UK

All our incinerators are hand-built in the UK by time-served welders and fabricators. Our award-winning design team are always on hand to offer their advice and technical know-how to ensure we get your project off the ground without delay.

We can also assist you in the preparation for your planning or permit application where required.

Contact us for more information