state-of-the-art oxyhydrogen solutions

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State-of-the-art Oxyhydrogen solutions by New Energy Corp.

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Page 1: State-of-the-art Oxyhydrogen solutions

State-of-the-art

Oxyhydrogen solutionsby

New Energy Corp.

Page 2: State-of-the-art Oxyhydrogen solutions

What is Oxyhydrogen ?

Oxyhydrogen gas is obtained through water electrolysis, which uses an

electric current to dissociate the water molecules.

Oxyhydrogen is a gas mixture, containing hydrogen and oxygen atoms

and molecules, also known as Brown’s gas, named after the Bulgarian

inventor Yull Brown. The Oxyhydrogen has various applications such as :

• Fuel saving for internal combustion engines

• Processing of refractory materials and metals

• HHO carbon cleaning of engines, parts, etc.

• Electrolyzed water for agriculture and food industries

Page 3: State-of-the-art Oxyhydrogen solutions

New Energy Corporation

New energy Corporation Ltd. is an engineering company,

established to develop and implement energy-saving and

environmentally friendly technologies. Since 2014 NEC Ltd. is

focused in the OXY-HYDROGEN generators design and

constructions.

The NEC Ltd. generators are known with their reliability, packed size

and the most important – cost effective Oxy-Hydrogen gas

production ( the lowest kwh/m3 known).

Page 4: State-of-the-art Oxyhydrogen solutions

In recent years there has been a tendency to increase the

requirements of environmental standards for exhaust gases of internal

combustion engines, especially for diesel ones.

The factory-fitted dust particulate filters and catalytic

converters have their own life, which, in the dynamic time we live in, is

running out too quickly. Poor fuels, improper engine maintenance also

help to further shorten the life of these components.

Unfortunately, the cost of replacing these components is

quite high, as in old cars (over 5 years) it may be comparable to the

cost of the vehicle itself.

This issue has not been the case since yesterday, and various

technologies for cleaning dust particulate filters are available on the

market. Unfortunately, they do not guarantee 100% cleaning. Another

small problem is that these technologies are using chemicals, that are

harmful for the environment, and for the operators of the procedure.

Also, the chemicals are a consumable that binds the service provider

with the device manufacturer over time.

Based on the above, New Energy Corporation has developed

a technology with no analogue for cleaning of dust particulate filters

and catalytic converters of diesel engines.

www.newenergycorp.eu

CLEANING OF DPF AND CATALYTIC CONVERTERS OF DIESEL ENGINES

Page 5: State-of-the-art Oxyhydrogen solutions

Using the oxy-hydrogen gas properties of combustion, we

created a gas mixture specifically for this purpose. The ignited gas

mixture reacts with the deposits in a specific manner by destroying

them without disturbing the ceramic structure of the treated part.

www.newenergycorp.eu

CLEANING OF DPF AND CATALYTIC CONVERTERS OF DIESEL ENGINES

The cleaned workpiece is

processed at "point" in layers to

prevent lateral heat transfer to the

surrounding surface.

No harmful gases are emitted

during the process, making it

environmentally friendly and

harmless to the operators of

the procedure.

Page 6: State-of-the-art Oxyhydrogen solutions

Advantages of the technology:

www.newenergycorp.eu

CLEANING OF DPF AND CATALYTIC CONVERTERS OF DIESEL ENGINES

No chemical

compounds are

used.

- Ecologically clean - environmentally friendly, as well for the operators.

Page 7: State-of-the-art Oxyhydrogen solutions

www.newenergycorp.eu

AFTER THE PROCEDURE

BEFORE THE PROCEDURE

Page 8: State-of-the-art Oxyhydrogen solutions

www.newenergycorp.eu

BEFORE THE PROCEDURE

AFTER THE PROCEDURE

Page 9: State-of-the-art Oxyhydrogen solutions

www.newenergycorp.eu

AFTER THE PROCEDURE

BEFORE THE PROCEDURE