CleanPlanet - improving the efficiency of fireplaces and stoves

Filterless device for increasing the efficiency of solid fuel combustion in fireplaces

DEVICE CONCEPT

The device uses the principle of the impact of high-frequency electromagnetic waves on the resonant frequency of the connections necessary to improve the efficiency of combustion of solid fuel elements in fireplaces.

The principle used in the device concerns only those substances that are necessary to improve and increase the efficiency of the fireplace, without affecting other substances.

The device is completely safe.

A device using this principle provides a higher level of combustion of a combustible substance. Increasing the efficiency of combustion of combustible substances reduces the amount of harmful chemical emissions into the atmosphere.

The device has a compact size and is installed at the air flow inlet to the fireplace or next to it separately.

The combustion efficiency improvement technology makes it possible to decontaminate the air from the remaining microorganisms, harmful chemical elements, including those smaller than 1 × 10^-4 nm. For example, the device can reduce the content of oxidized organic matter, sulfur to the lowest possible values.

Combining the above technologies with electrostatic filters (designed specifically for this device) will reduce smoke after the combustion of fuel cells.

BENEFITS FOR THE CONSUMER

Rooms without smell, germs, bacteria, harmful chemical compounds
Low power device
No consumables (no filters or chemicals)
Minimum maintenance required
Installing additional innovative electrostatic filters increases the effect of the device and the ability to attract dust from a distance.
No harmful and electromagnetic radiation. The device can be tuned with high precision over a wide operating range

BUSINESS OPPORTUNITY

Innovation with a high rate of return
The manufacturer receives a technology that has no analogues in the world
Increasing the efficiency of solid fuel combustion in fireplaces
Reducing harmful emissions during combustion
First on the market
Brand recognition
Efficient and reliable high-end device
Long service life
"Green Technologies" (no consumables)

FAQ

What does your technology do?
For our calculation, we take wood fuel. Assume that the specific heat of combustion is 15 MJ/kg under normal combustion. We know the incineration is not complete. Using our technology, we increase the return of thermal energy. For our example, we get 19 MJ/kg instead of the usual 15 MJ/kg. And this value can still increase depending on the substances that we act on with the device.
And yet, how is the combustion of solid fuels improved?
The device prepares air for more complete combustion in less time. The device processes the air (at certain resonant frequencies), the air enters the fireplace, where the treated air helps to burn solid fuel better.
What does the device have in common with ozonizers?
The device has nothing to do with ozonizers.
What happens to the products of combustion?
The technology significantly reduces emissions, soot, slag and combustion products. Reduces the amount of wood for heating.
How much are emissions reduced?
The amount of these emissions will be reduced by 30%. This indicator depends on the combustible fuel and other factors and can vary both up and down.
What does "Minimum Maintenance Required" mean?
It will be necessary to clean the device, for example, once a quarter or every six months
Where else can the technology be used?
Use not only inside the house, apartment, but also on an industrial scale (for example, at thermal power plants using solid fuel cells, fuel oil, gas).

Main results of chemical and bacterial analysis of air purification

Indicators	Before	After
Chemical elements (mg / cubic meter):
Ammonia	8.24	3.37
Toluene	13.5	13.0
Formaldehyde	0.0267	0.019
Xylene	14.8	14.5
Bacteriological elements (CFU \ m. Cubic.):
Total microbial count	2576	1148
Number of opportunistic microbes	812	336
Bacillus subtills	1456	0
Escherichia coli	84	0
Penicillum	112	0
Sarcina lutea	280	0
Sarcina rosea	28	0
Streptococcus α-гемолитический	112	0
Streptococcus β-гемолитический	504	0

*All parameters of the device, its effect on chemical, bacterial and harmful compounds can be changed at the request of the customer, depending on the conditions, place of operation and obtaining the desired effect

Characteristics

High efficiency and accuracy of air purification from microbes, bacteria, allergens, harmful chemical compounds, dust, mists, tar, smoke, etc.
Low power consumption - 4-50 W (depending on the device model and purpose, 250 W in "Turbo mode")
Productivity from 30 and more cubic meters per hour (depending on the model of the device and the level of air pollution)
The absence of rubbing and moving parts of the design of the device, which increases the period of trouble-free operation of the device ("Turbo mode" is equipped with an additional fan to increase performance)
Mechanical cleaning filters that require constant replacement are not used
Long device life
Low cost of the product
Short instrument production time
Unique technology and high degree of copy protection

In our device:

The case can be made of plastic or metal of any shape and design.
Minimum dimensions:
- household version 25 x 12 x 10 cm
- industrial version (the size is not limited and can be adjusted according to customer requirements)
- optimal dimensions of the device 23 x 18 x 40 cm
The housing can be equipped with LEDs, switches, regulators and additional control modules, automatic devices for measuring temperature, air pollution levels, displays, control panels, etc.
It is possible to provide an autonomous power supply mode.

Filterless device for increasing the efficiency of solid fuel combustion in fireplaces

DEVICE CONCEPT

BENEFITS FOR THE CONSUMER

BUSINESS OPPORTUNITY

Filterless device for increasing the efficiency of solid fuel combustion in fireplaces and its schematic arrangement

FAQ

What does your technology do?

And yet, how is the combustion of solid fuels improved?

What does the device have in common with ozonizers?

What happens to the products of combustion?

How much are emissions reduced?

What does "Minimum Maintenance Required" mean?

Where else can the technology be used?

Main results of chemical and bacterial analysis of air purification

Characteristics

Components of a filterless air purification device

In our device:

We are ready for dialogue