Energy Equipment Supplied In Bangladesh

Waste to Energy has become something of a talking point when the subject of processing waste is discussed. Here at INCINER8, we have spent many years researching and developing new ways to get the optimal energy back from the destruction of waste. Inciner8 are continuing to evolve their waste processing technologies. It is clear that these have the potential to contribute to UK & Global ...

Our i8-M40 is a simple and effective medical incinerator. It was deisgned for small clinics, dental practices or small medical facilities where waste streams are quite low. The top-loading design means liquids are well contained within this system during incineration. Featuring inbuilt afterburners, the i8-M40 ensures harmful emissions are eradicated with ease. The i8-M40 is a medium capacity ...

I8-250G model is the first of our larger format models. It has the internal capacity to handle larger single items that can be easily loaded via its wide primary chamber door. The model features a high capacity primary chamber and is capable of large continuous burn cycles that can be used for a variety of applications. It is suitable for various waste streams such as wood, paper, cardboard ...

I8-20S incinerator is one of the smallest and easily maintained general incinerators we make. The i8-20S General Incinerator is a simple and effective small incinerator with suitability for various non-hazardous waste types such as wood, paper, cardboard and other uncontaminated materials. The addition of a secondary chamber allows this model to operate without smoke, odours or harmful ...

I8-M15 Medical waste incinerator is our smallest and most compact solution. You get controlled air incineration, providing optimal combustion conditions for different waste types. The i8-M15 is our smallest medical incinerator and has been designed to be as compact as possible whilst delivering performance that outweighs its overall footprint. It has been optimized for medical waste disposal ...

The I8-700G model is the established 'powerhouse' amongst our large-scale incinerators. The second biggest model in our general range it was designed to outperform any other incinerator within its class. This model can be customized with viewing windows, external cladding and automatic loading to provide an effective and sustainable waste disposal solution for many different types of ...

The i8-75G General Incinerator is one of the most popular models in our medium capacity range due to its simple, effective use as a multi-purpose incinerator with suitability for disposing of general solid waste and medical waste. Using the same technology and design as the i8-55G, the i8-75G increases the capacity of the primary chamber capacity allowing for greater burn rates and the capability ...

Pneumatically powered dual-ram system to enable continuous feeding of waste into an I8-250 incinerator - increases efficiency, safety and longevity of system. ...

The i8-20A is the smallest DEFRA Type approved agricultural incinerator in our range. The top-loading design means liquids are well contained within this system during combustion. The i8-20A is perfect for small farms, veterinary practices or other small businesses within the agricultural world. It is also one of the most affordable ways to introduce yourself to the world of ...

It is suitable for disposing of horses, cattle and other large or bulky agricultural waste streams. This system benefits from a wide opening door and high hourly burn rates which makes it a preferred disposal solution for farms, shooting practices, slaughterhouses, abattoirs, veterinary practices or similar facilities with high quantities of agricultural waste. One of our newest designs is the ...

The i8-1000A is the biggest machine within our agricultural range and 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 i8-1000A can be customised with viewing windows, external cladding and automatic loading to provide an effective and sustainable waste disposal solution for ...

The i8-CR2 has been designed as a medium sized cremulator. Featuring a larger loading vessel and stronger motor, the i8-CR2 has been well received by new and existing customers alike. The i8-CR2 can be used with any of our pet crematoriums such as the i8-PC1, i8-PC2, i8-55A and i8-500. Its large loading vessel means it is versatile enough for most small to medium sized operations. Designed and ...

A fuel gas dehumidifier or gas drier is an ancillary system to a gas engine that is used to remove moisture from the fuel gas for the cogeneration system (dessication). The removal of water from the fuel gas helps to optimise the combustion process in the engine, prevents condensation and helps protect the engine from the ...

Through on-going investment in research and development GE's gas engines remain market leaders in the gas engine field. The engines are highly efficient at the conversion of the energy within gas into useful electrical power. In the event that there is a local use for heat, the alternative combined heat and power configuration may be a more useful engine ...

A captive power plant is a facility that is dedicated to providing a localised source of power to an energy user. These are typically industrial facilities or large offices. The plants may operate in grid parallel mode with the ability to export surplus power to the local electricity distribution network. Alternatively they may have the ability to operate in island mode; i.e. independently of the ...

Abandoned mine methane (AMM) can be recovered from disused coal mines. Abandoned mine methane (AMM) projects produce energy (thermal and electrical) with the added bonus of reducing atmospheric emissions of methane. Methane is a potent greenhouse gas and huge amounts of methane will escape from the mine for years to come following closure. Sealed abandoned mines offer an excellent opportunity for ...

Syngas, also known as synthesis gas, synthetic gas or producer gas, can be produced from a variety of different materials that contain carbon. These can include biomass (wood gas), plastics, coal, municipal waste or similar materials. Historically town gas was used to provide a gas supply to many residences in Europe and other industrialised countries in the 20th Century. Gas engines utilising ...

Cogeneration (cogen) through combined heat and power (CHP) is the simultaneous production of electricity with the recovery and utilisation heat. Cogeneration is a highly efficient form of energy conversion and it can achieve primary energy savings of approximately 40% by compared to the separate purchase of electricity from the national electricity grid and a gas boiler for onsite heating. ...

Furnace gas is a gas which is produced in different types of furnace during the production of metals. High levels of power requirement and rising energy costs present a major challenge to the metallurgical industry. Some furnace gases created as a ‘free’ by-product during production processes serve as an attractive fuel for power generation. In addition to the economic benefit, using ...

Trigeneration or combined cooling, heat and power (CCHP), is the process by which some of the heat produced by a cogeneration plant is used to generate chilled water for air conditioning or refrigeration. An absorption chiller is linked to the combined heat and power (CHP) to provide this functionality. Quadgeneration takes this process one step further with the addition of systems to ...