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TECHNICAL SPECS DIMENSIONS (W x H x L) 2.290 x 3.200 x 5.100

DANGEROUS WASTE TREATMENT CAPACITY 50 Kg/h

NON DANGEROUS WASTE TREATEMENT CAPACITY 150 Kg/h

KILN NET CAPACITY 1 m3 POSTCOMBUSTOR NET CAPACITY 1,5 m3

NUMBER OF BURNERS 2

FUEL GASOIL GASOIL CONSUMPTION 12 L/h

MAXIMUM POWER ( 2 x 147kW ) 294 kW ELECTRIC CONSUMPTION 4 kW

AUTOMATIC LOADER DIMENSIONS 100 L

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The KHE2 acid gases filtration system manages to neutralize

gases with acidic compositions such as Fluor, Chlorine, Bromine

or iodine.

It eliminates the particles present in the gases

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The venturi system allows a better

control of the pressure inside the

equipment, which guarantees a

suitable vacuum, avoiding gas

leaks.

In addition, the system is equipped

with several pressure transducers

that act on the speed of the fan

controlling the depression to

constant levels.

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MANUAL VALVE

MOTORIZED VALVE

The motorized valve system has the advantages of the manual and also

allows its automation in the process cycle, providing greater safety and

optimizating consumption.

The manual valve allows the reduction of the gases outlet, adapting to

the different stages of the heating cycle. Consequently the temperature

is reached earlier, there is also a lower fuel consumption during the

temperature rise operations.

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The ash removal system helps to automate one more step. The

ash generation will be continuously extracted with an endless

screw that enters inside the smoke chamber, where the ashes

and the unburned elements are accumulated. This provides

greater comfort extracting the ashes that are generated in the

combustion process.

It is built with AISI-310 refractory steel.

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The multilift system is designed to transfer the furnace from one

place to another allowing to install the equipment in those places

where the waste will be treated. This provides the possibility of

treating the waste in the places where wastes are generated or

deposited, eliminating the transport cost of the waste to the

treatment facilities.

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Thanks to the versatility of the KHE2-

DRI150 incinerator, it can be equipped

with a liquids injection system. It consists

of a pump and a nozzle , as well as all

the necessary elements for the injection

of liquids in the combustion chamber.

This system provides the possibility to

treat liquid wastes of different nature.

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This system provides the possibility of lifting the wastes in bags

or containers to the feed carrier, making it easier for the operator

to introduce waste into the furnace.

The set consists of an AISI-304 stainless steel chassis and a

ribbed belt where the elements which are placed in the oven are

arranged.

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The lagging system provides a greater degree of insulation in

the bodies and in the hot zones of the furnace.

Built with wool and ceramic fibers and coated with aluminum foil,

it allows to obtain a higher degree of insulation and a significant

fuel saving.

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The heat generated in the waste combustion can be exploited

either by a boiler hot water or a boiler for the generation of

steam.

This boiler will be able to generate hot water for different uses or

services such as air conditioning. In case of using a steam

boiler, it can also be used for various uses such as the

generation of electrical energy by turbine.

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The kiln of KHE2 is delivered from the manufacturing facilities

after a start-up, curing of the refractory cement and a checking

all the elements that compose it.

The machine is equipped with an Ethernet port for internet

connection, where a web server provides control and monitoring

of the same.

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