KR102169578B1 - mobile marine waste treatment system over the sea and Drive method of the Same - Google Patents

Abstract

The present invention discloses a resource utilization and regeneration technology. That is, a marine mobile waste treatment system and a method of driving thereof according to an embodiment of the present invention can block and extinguish the emission of dioxin, which is one of the environmental pollutants, by using a low-temperature plasma generated by pyrolysis of marine waste when operating a marine mobile facility loaded on a barge. Accordingly, electric energy, thermal energy, and chemical fuel obtained from the operation are used as a kinetic energy source to operate marine mobile facilities or to move barges carrying marine mobile facilities, thereby greatly contributing to resource recycling, conservation of ecosystems, and improvement of the natural environment.

Description

Mobile marine waste treatment system over the sea and drive method of the same

The present invention relates to a resource utilization and regeneration technology, and in particular, when operating a marine mobile facility loaded on a barge, the emission of dioxin, one of environmental pollutants, is prevented by utilizing low-temperature plasma generated by pyrolysis of marine waste. Offshore movable marine waste treatment system and its operation used as a kinetic energy source to block and extinguish, and to operate offshore mobile facilities with electric energy, thermal energy and chemical fuel obtained therefrom, or to move barges carrying offshore mobile facilities It's about how.

In general, waste is generated every day in homes, offices, and industrial factories, and conventionally, such waste has been buried in a landfill in suburban cities or in the ocean so as not to damage the environment. However, the landfill treatment of waste must continuously secure the landfill, and the environment is seriously polluted by the generation of leachate and gas after landfill, and it takes a lot of cost to secure the landfill and expand the landfill facility.

As an alternative to solving the problems associated with the conventional landfill treatment, waste incineration technology has been developed. According to the waste incineration treatment technology, the waste is supplied to the incinerator for complete combustion, and the high heat generated by the incineration of the waste is used for heating and hot water supply of houses or facilities around the incinerator.

However, these incineration systems require an air pollution control system incinerator to lower dioxin, furan, and volatile organic compounds (VOCs) below the regulated values, and the temperature in the incinerator is lower than 600°C to 1,000°C, thereby reducing harmful ash containing heavy metals. Handling is seriously questioned.

As a method for solving such incineration problems, pyrolysis and melting methods using plasma of the arc torch method have been developed in the past, and this method is also referred to as'plasma gasification' or'plasma pyrolysis and vitrification'.

The plasma pyrolysis process has attracted considerable attention as a useful waste treatment device compared to fuel combustion due to the remarkable advantages of plasma heating suitable for pyrolysis and vitrification of waste. Plasma torch creates extremely hot flames by applying a high-pressure arc to the ionized plasma gas.

However, if the high-temperature plasma of the arc torch method used in the past is used, refractories in the incinerator are easily broken due to temperatures above 12,000℃, and the life of the arc torch is operated for less than 300 hours, requiring frequent maintenance and self-produced power There was a big drawback of having to use about 70% of the power.

A newly developed microwave (microwave) plasma torch, that is, a plasma generated by a microwave plasma generator, can be used to create a low-temperature plasma environment in the range of 1,000℃ to 1,500℃. As in the arc torch plasma method of, not only all known materials are melted and reactions of most industrially beneficial processes are accelerated, but reactions that are impossible in low temperature combustion flames or oxyacetylene flames by conventional methods become possible.

In addition, since the amount of plasma gas passing through the microwave plasma torch is considerably less than the amount of gas required to generate the same thermal energy by combustion of hydrocarbon fuel, there is less possibility of spontaneous combustion within the waste, and a relatively small waste gas cleaning system (off -gas cleaning system) is required.

In practice, low-temperature plasma uses electrodeless microwaves without electrodes, and is obtained under atmospheric pressure or atmospheric pressure.

The microwave plasma torch ionizes the components contained in the environment and forms anions, cations, minor radicals, and excited species. These compounds degrade the chemical compounds present.

In general, plasma refers to a state in which an atomic nucleus and electrons are separated and ionized by giving strong energy to a gaseous state. It is called the fourth state of matter, which is neither gaseous, liquid nor solid. 99% of the materials that make up the universe are said to be plasma, and in the rainy season, lightning flashes in the sky, neon billboards and aurora seen in the polar regions, and large-screen television flat panel displays are typical examples of plasma that can be easily seen around the world. .

The most effective method for gasification, low maintenance, and generating plasma while using around 30% of self-produced power is a method using a microwave plasma torch. Electroless microwave plasma torch is a method of generating plasma by forming an electric field, and the generated plasma is called low-temperature plasma.

High-temperature plasma is a high temperature of 10 ~ 20,000 ℃, whereas low-temperature plasma has a high temperature only the separated electrons and the remaining ions and neutral particles maintain a low temperature, so it can be called a non-equilibrium plasma.

In the case of microwave plasma torch, the lifespan is guaranteed for more than 12,000 hours, and the temperature inside the incinerator is less than 1,500℃, so there is less damage to the refractory, and the self-produced power is used at less than 30%, resulting in high economic efficiency, high efficiency, and low maintenance. , Dioxins and other environmental pollutants can be minimized.

In particular, the dielectric barrier discharge method, which is a type of atmospheric pressure plasma, realizes a concentration of reactive active species (ozone, hydrogen peroxide, nitrogen monoxide, nitrogen dioxide, etc.) that is 100 to 1000 times higher than that of a conventional vacuum plasma.

Korean patent registration number: 10-0529826 Korean patent registration number: 10-1107384 Korean patent registration number: 10-1024457 Korean patent registration number: 10-0935159

The marine movable marine waste treatment system and its driving method of the present invention were devised to solve the problems of the prior art, and the first object of the present invention is to provide a conventional gasification furnace among marine movable facilities loaded on a barge. As the first microwave torch plasma is used instead of arc torch plasma or burner, it is applied to the gasification furnace. It is the most effective for gasification and is operated at atmospheric pressure or lower, so the risk of explosion is very low, maintenance is low, and the self-produced power is around 30%. This is to simplify the structure while using less.

In addition, a second object of the present invention is to utilize low-temperature plasma generated by pyrolysis of marine waste by utilizing low-temperature plasma when operating a marine mobile facility loaded on a barge, and dioxin, one of the environmental pollutants, and others. It is intended to reduce the emission of air pollutants by blocking, extinction, and minimization, and to use the electric energy and thermal energy obtained therefrom to operate marine mobile equipment or as a kinetic energy source to move barges carrying marine mobile equipment.

In addition, a third object of the present invention is to reduce the moisture content of up to 10% by washing through a desalination facility in order to remove dioxin, which is a major pollutant through salt, to treat marine waste, and then using a dryer through a crusher and a pulverizer After reduction, the dust is removed from the dust eliminator through a microwave plasma gasifier, and then rapidly cooled with a rapid cooling facility to remove air pollutants. Then, it enters the gas engine and generator rather than the steam turbine through the syngas scrubber. Here, the remaining syngas is stored, and the remaining electricity is stored using an energy storage device and used when operating a barge. The remaining waste heat is used to dry marine waste. This process is very important and can be installed on the barge through this process, and it is intended to facilitate movement in the sea.

In addition, a fourth object of the present invention is to provide fishermen who have suffered damage from environmental pollution as marine waste by directly collecting marine waste and treating the collected marine waste while loading and moving on the sea when operating a marine mobile facility loaded on a barge. The aim is to solve the numerous complaints problems of the people, and to connect several islands to treat marine waste or to solve various problems of treatment caused by transporting marine waste collected from the shore to land at once.

In addition, the fifth object of the present invention is to separate, crush and dry marine waste by operating and operating marine mobile facilities with self-generated energy sources without mobilizing an external power source, and pyrolysis occurring in a gasifier using low-temperature plasma. By using a rapid cooler and a gas scrubber at the rear end of the reaction to remove and destroy dioxin, which is one of the main sources of marine pollution or environmental pollution, and by using a gas engine or motor instead of a diesel engine in a barge for movement, the natural environment is improved and the earth It is intended to contribute a little in preserving the ecosystem and contribute greatly to the industrial development accordingly.

The present invention for achieving the above object includes the following configuration.

That is, a marine mobile marine waste treatment system according to an embodiment of the present invention includes a washing machine for washing and washing the marine waste using fresh water; A crushing and crushing machine for crushing and crushing the cleaned marine wastes selected by a classifier; A dryer for receiving waste heat from the rapid cooler and drying the water content of the marine waste to decrease to 1 to 10%; A low-temperature plasma gasifier that produces syngas by performing pyrolysis to generate a low-temperature plasma targeting the crushed and pulverized marine waste or the dried marine waste; A rapid cooler for generating waste heat by rapidly cooling the retained heat of the syngas when the syngas is input; A syngas scrubber which drives an ID fan to maintain the pressure in the low-temperature plasma gasifier at atmospheric pressure, and removes sulfur oxides and nitrogen oxides contained in the syngas by leaving the environment of the low-temperature plasma gasifier in an oxygen-deficient state; And a self-powered generator that receives the pure synthesis gas, which is the synthesis gas from which the sulfur oxides and nitrogen oxides are removed, and generates the electric energy, thermal energy, and chemical fuel as a power source.

In addition, a driving method of a marine movable marine waste treatment system according to an embodiment of the present invention comprises the steps of: a washing machine washing and washing the marine waste using fresh water; A crushing and crushing machine crushing and crushing the cleaned marine wastes that have been sorted by a classifier; Receiving waste heat from the rapid cooler by a dryer and drying the marine waste so that the moisture content rate is lowered to 1 to 10%; Producing syngas by thermally decomposing the crushed and pulverized marine waste or the dried marine waste by a low-temperature plasma gasifier to generate a low-temperature plasma; Generating waste heat by rapidly cooling the retained heat of the syngas by a rapid cooler when the syngas is input; The syngas scrubber drives the ID fan to maintain the pressure in the low-temperature plasma gasifier at atmospheric pressure, and removes the sulfur oxides and nitrogen oxides contained in the syngas by leaving the environment of the low-temperature plasma gasifier in a state of lack of oxygen. step; And receiving, by a self-generator, pure syngas, which is a syngas from which the sulfur oxides and nitrogen oxides are removed, and self-generating them as a power source for producing the electric energy, thermal energy, and chemical fuel.

The marine movable marine waste treatment system and its driving method of the present invention are applied to the gasifier using microwave torch plasma for the first time in place of the conventional arc torch plasma or burner in the configuration of a gasifier among marine mobile facilities loaded on a barge. It is effective for gasification and operates at atmospheric pressure or lower, so the risk of explosion is very low, maintenance is low, and the self-produced power is also used as low as 30%, giving the first effect of simplifying the structure and using it.

In addition, the present invention blocks and eliminates the emission of dioxin and other air pollutants, which are one of the environmental pollutants generated by pyrolysis of marine waste using low-temperature plasma when operating a marine mobile facility carried on a barge. The second effect is reduced by minimization, and the electric energy and thermal energy obtained therefrom are used as a kinetic energy source to operate a marine mobile facility or to move a barge carrying a marine mobile facility.

In addition, the present invention reduces the moisture content to 10% by using a desalination facility after washing through a desalination facility to remove dioxin, which is a major pollutant through salt, to treat marine waste, then using a crusher, a pulverizer, and a dryer to reduce the moisture content to 10%. After removing the dust from the dust eliminator through the gasification furnace, it is rapidly cooled with a rapid cooling facility to remove air pollutants. Then, it enters the gas engine and generator rather than the steam turbine through the syngas scrubber. Here, the remaining syngas is stored, and the remaining electricity is stored using an energy storage device and used when operating a barge. The remaining waste heat is used to dry marine waste. This process is very important, and it can be installed on a barge through this process, and it gives a third effect of smooth movement in the sea.

In addition, the present invention solves a number of civil complaints from fishermen who have been damaged by environmental pollution as marine waste by loading a marine mobile facility on a barge, moving on the sea, and directly collecting marine waste and treating the collected marine waste. It provides a fourth effect that can solve various problems of treatment caused by connecting islands to treat marine waste or transporting marine waste collected from the shore to land.

In addition, the present invention operates and operates marine mobile facilities with self-generated energy sources without mobilizing an external power source to separate, crush and dry marine waste, and utilize low-temperature plasma in the pyrolysis reaction occurring in a gasifier. By removing and extinguishing dioxin, one of the main sources of pollution or environmental pollution, and using gas engines or motors instead of diesel engines in barges for movement, it contributes little to improving the natural environment and preserving the earth's ecosystem, and industry accordingly. It has a fifth effect that greatly contributes to development.

1 is a view showing a marine mobile type marine waste treatment system according to an embodiment of the present invention.
2 is another diagram showing a marine mobile type marine waste treatment system according to an embodiment of the present invention.
3 is a view showing a marine mobile type marine waste treatment system according to another embodiment of the present invention.
4 is a detailed block diagram showing the structure of the first and second low temperature plasma gasification furnaces according to an embodiment of the present invention.
5 is a flow chart showing a driving method of the offshore mobile type marine waste treatment system according to an embodiment of the present invention.

[Example]

Hereinafter, a detailed description will be given with reference to the accompanying drawings in embodiments of the present invention.

1 is a view showing a marine mobile type marine waste treatment system according to an embodiment of the present invention.

Referring to FIG. 1, the marine movable marine waste treatment system 1000 is a system for regenerating marine waste into electric energy, thermal energy and chemical fuel by a marine movable facility, that is, a marine movable facility loaded on a barge can be operated. City, by using the low-temperature plasma generated by pyrolysis of marine waste, it blocks and extinguishes the emission of dioxin, one of the environmental pollutants, and blocks, extinguishes and minimizes the emission of air pollutants, and the electric energy obtained therefrom , As a system used as a kinetic energy source to operate a marine mobile facility with thermal energy and chemical fuel or to move a barge carrying a marine mobile facility, a washing machine 100, a crushing and crushing machine 200, a dryer 300, It includes a low-temperature plasma gasifier 400, a rapid cooler 500, a syngas scrubber 600, and a self-generator 700.

First, the washing machine 100 cleans and cleans marine waste using fresh water.

That is, the washing machine 100 sprays fresh water (or demineralized water) stored in the freshwater storage tank 50 as it can be seen in FIG. 2 as the waste collected from the sea is transferred to the waste storage through the crane installed on the barge. It purifies marine waste while preventing oxidation.

The crushing and crushing machine 200 crushes and pulverizes the cleaned marine waste selected by a sorter (not shown), and crushes and pulverizes the marine waste into 1 to 10 mm.

The dryer 300 receives waste heat from the rapid cooler 400 and dries it so that the moisture content rate of the marine waste is formed to be 1 to 10% and is lowered.

The low-temperature plasma gasifier 400 generates a low-temperature plasma to produce syngas by thermally decomposing crushed and crushed marine waste or dried marine waste.

The low-temperature plasma gasification furnace 400 is a fuel oil that does not have power generation energy that can be started initially, and after installing a separate starting energy storage module prepared in advance in the barge, LPG or gasoline, diesel, or diesel in the starting energy storage module Pyrolysis of dried marine waste that has entered the cabin is carried out by utilizing power generation energy that can be started using kerosene. That is, the starting energy storage module will be referred to as a storage tank or storage module that stores starting energy that enables the initial low-temperature plasma gasifier 400 to be started before syngas is generated.

When the syngas is input, the rapid cooler 500 rapidly cools the retained heat of the syngas to generate waste heat.

The rapid cooler 500 rapidly cools the retained heat of 1300 to 3000 degrees Celsius of the synthetic gas from which the dust has passed through the cyclone dust remover 450 to be described below, and the converted waste heat of 150 to 250 degrees Celsius is a dryer. Pass to 300.

The low-temperature plasma gasification furnace 400 according to the embodiment of the present invention uses low-temperature plasma to provide marine waste (presumably including both crushed and pulverized, and dried), in addition, carbon-containing waste, plastic, urban Biomass including household waste, fishing village waste, coal, low-grade coal, waste wood, sawdust, and tires is used as injection fuel to generate heat of 1300 to 3000 degrees Celsius.

In addition, the low-temperature plasma gasification furnace 400 is a device that performs a gasification process according to pyrolysis using low-temperature plasma by generating syngas containing carbon monoxide and hydrogen while decomposing dioxins contained in the injected fuel with low-temperature plasma. (310), a heat insulating material (320), the first and second protective materials (330, 340) and a waste heat conductive line 350.

More specifically, as can be seen from FIG. 4, the chamber 410 equipped with equipment in the low-temperature plasma gasification furnace 400 of the present invention includes marine waste, carbon content waste, plastic, urban waste, and fishing village waste. , Coal, low-grade coal, waste wood, sawdust, and the biomass, including tires, is injected as fuel to converge heat of 1300 to 3000 degrees Celsius.

The insulating material 420 is composed of aluminum oxide, tin, silicon, and silicon, and surrounds the outer surface of the chamber 410 to maintain a heating temperature and prevent the first radiation of heat.

The first protective material 430 is made of stainless steel, and surrounds the outer surface of the insulating material 420 to maintain a heating temperature and prevent the second radiation of heat, as well as absorb a part of the heating temperature to reduce the first relative heating value. While forming, the durability of the chamber 410 is preserved.

The second protective material 440 is made of different stainless steel, and surrounds the outer surface of the first protective material 430 to maintain the temperature of heat generation and prevent the third radiation of heat. 2 It preserves the durability of the chamber 410 while forming a relative heating value.

The waste heat conductive line 450 is a replacement or supplement for the rapid cooler 500, and a gap between the first relative heating value of the first protective material 430 and the second relative heating value of the second protective material 440, that is, Different waste heat of 150 to 250 degrees Celsius, which is a value between the temperature difference between the first and second relative heat values, is transferred to the dryer 300 to reduce the moisture content of marine waste to 1 to 10%. Let it.

Subsequently, the synthesis gas scrubber 600 drives the ID fan to maintain the pressure in the low-temperature plasma gasifier 400 at atmospheric pressure, and maintains the low-temperature plasma environment of its own low-temperature plasma environment in a state of lack of oxygen to reduce sulfur oxides and nitrogen contained in the synthesis gas. Inhibits the oxide quality.

Here, the pure syngas from which oxides of sulfur and oxides of nitrogen are removed is a useful resource in which dust removal and dioxin recombination contained inside by the cyclone dust remover 450 and rapid cooler 500 are bound, while electric energy, thermal energy and Note that it is used as a power source used to produce chemical fuel.

The self-generator 700 receives pure syngas, which is a syngas from which sulfur oxides and nitrogen oxides are removed, and generates electric energy, thermal energy, and chemical fuel as a power source.

Accordingly, the barge that goes out to the sea with the marine mobile facility uses the electric energy, thermal energy and chemical fuel produced by the self-generator 700 as propulsion power.

As an additional configuration of the marine movable marine waste treatment system 1000 according to another embodiment of the present invention, as can be recognized in FIG. 3, the cyclone dust remover 450, the freshwater storage tank 50, the syngas storage module 650 , The motor engine 800 and the scattering-floor material storage module 550 further includes.

The cyclone dust remover 450 removes dust contained in the syngas using inertial force and centrifugal force dust collection techniques.

The freshwater storage tank 50 stores fresh water generated by liquefying water vapor from which salt has been removed as seawater evaporates with waste heat generated from the rapid cooler 500.

The syngas storage module 550 stores residual net syngas, which is a residual power source after being used to produce electric energy, thermal energy, and chemical fuel.

The motor engine 800 is delivered from the self-generator 700 and uses electric energy, thermal energy, and chemical fuel temporarily stored in the energy storage module 750 to operate a marine mobile facility or move a barge carrying a marine mobile facility. It is used as a source of kinetic energy.

The motor engine 800 collects another waste heat of 150 to 250 degrees Celsius, which is generated when kinetic energy used for operating a marine mobile facility or moving a barge is dissipated, and transfers it to the dryer.

The scattering-floor storage module 550 collects the floor material that has fallen off as dioxin contained in marine waste is destroyed due to the generation of low-temperature plasma due to pyrolysis, and the dust released from the synthesis gas using the cyclone dust remover 450.

Here, the waste heat having 150 to 250 degrees Celsius is transferred from the rapid cooler 500 to the freshwater storage tank 50 to be used as an energy source to convert seawater into fresh water, or is transferred from the rapid cooler 500 to the dryer 300 It plays a role of steam that rapidly lowers the moisture content in marine waste.

In addition, the waste heat is generated in the motor engine 800 and then enters the dryer 300, which also serves as a steam to dry the moisture of marine waste, and is generated from the waste heat conductive line 450 of the low-temperature plasma gasifier 400. It should be noted that the steam flows into the dryer 300 and performs the same role of steam drying the moisture of marine waste.

5 is a flow chart showing a driving method of a marine mobile type marine waste treatment system according to an embodiment of the present invention.

Referring to FIG. 5, the driving method of the marine mobile type marine waste treatment system is a driving method related to a system that allows marine waste to be recycled into electric energy, thermal energy and chemical fuel by a marine mobile facility, that is, a marine mobile type loaded on a barge. When the facility is operated, the marine waste is pyrolyzed using low-temperature plasma, blocking and extinguishing the emission of dioxin, one of the environmental pollutants, and operating the marine mobile facility with the electric energy, thermal energy and chemical fuel obtained from it. It is a driving method for this system that is used as a kinetic energy source to move a barge carrying a ship or a marine mobile facility.

First, the washing machine cleans and cleans marine waste using fresh water (S100).

The crushing and crushing machine crushes and pulverizes the washed marine waste selected by the classifier (S200).

The dryer receives waste heat from the rapid cooler and dries it so that the moisture content rate of the marine waste is formed to be 1 to 10% (S300).

The low-temperature plasma gasifier generates a low-temperature plasma to produce syngas by thermally decomposing the crushed and pulverized marine waste or dried marine waste (S400).

When the syngas is input, the rapid cooler rapidly cools the retained heat of the syngas to generate waste heat (S500).

The syngas scrubber drives the ID fan to maintain the pressure in the low-temperature plasma gasifier at atmospheric pressure, and keeps the environment of its own low-temperature plasma gasifier in a state of lack of oxygen to suppress sulfur oxides and nitrogen oxides contained in the synthesis gas (S600). ).

The self-generator receives pure syngas, which is a syngas from which sulfur oxides and nitrogen oxides are removed, and conducts self-generation to induce the generation of a power source that produces electric energy, thermal energy, and chemical fuel (S700).

It is apparent to those of ordinary skill in the art that the present invention is not limited to the disclosed embodiments, and that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, such variations or modifications will have to belong to the claims of the present invention.

1000: Offshore mobile type marine waste treatment system
100: washing machine 200: crushing and crusher
300: dryer 400: low temperature plasma gasifier
500: rapid cooler 600: syngas scrubber
700: self-generator
50: freshwater storage tank 550: scattering-floor storage module
450: cyclone dust remover 650: syngas storage module
750: energy storage module 800: motor engine

Claims (8)

It is a marine mobile marine waste treatment system that allows marine waste to be recycled into electric energy, thermal energy and chemical fuel by marine mobile equipment,
A washing machine for washing and cleaning the marine wastes using fresh water;
A crushing and crushing machine for crushing and crushing the cleaned marine wastes selected by a classifier;
A dryer for receiving waste heat from the following rapid cooler and drying the water content of the marine waste to decrease to 1 to 10%;
A low-temperature plasma gasification furnace that generates a low-temperature plasma to produce syngas by thermally decomposing the crushed and pulverized marine waste or dried marine waste;
A rapid cooler for generating waste heat by rapidly cooling the retained heat of the syngas when the syngas is input;
A syngas scrubber for maintaining the pressure in the low-temperature plasma gasifier at atmospheric pressure by driving an ID fan, and suppressing sulfur oxides and nitrogen oxides contained in the syngas by leaving the environment of the low-temperature plasma gasifier in an oxygen-deficient state; And
It includes a self-generator that receives the pure synthesis gas, which is a synthesis gas in which the sulfur oxides and nitrogen oxides are suppressed, and generates the electric energy, thermal energy, and chemical fuel.
A cyclone dust remover for removing dust contained in the syngas using inertial force and centrifugal force dust collection techniques; And a freshwater storage tank for storing fresh water generated by liquefying water vapor from which salt has been removed as seawater is evaporated with waste heat generated from the rapid cooler, wherein the rapid cooler is passed through the cyclone dust remover. It is characterized in that by rapidly cooling the retained heat of 1300 to 3000 degrees Celsius of the synthetic gas from which the dust is removed, the converted waste heat of 150 to 250 degrees Celsius is transferred to the dryer,
The pure syngas is utilized as a power source while being utilized as a useful resource in which dust removal and dioxin recombination contained inside are bound by a cyclone dust remover and a rapid cooler, and the waste heat is transferred from the rapid cooler to a freshwater storage tank to save seawater. A marine mobile type marine waste treatment system, further characterized in that it is utilized as an energy source generated from fresh water or is used as an energy source that acts as a steam to rapidly lower the moisture content contained in marine waste by being transferred from the rapid cooler to the dryer.
The method of claim 1, wherein the low-temperature plasma gasifier,
The above marine waste, carbon content waste, municipal waste, fishing village waste, coal, low-grade coal, waste wood, and biomass including sawdust, plastic, or tires as injection fuel to converge heat of 1300 to 3000 degrees Celsius ;
An insulating material comprising aluminum oxide, tin, silicon, and silicon, and surrounding the outer surface of the chamber to maintain the heating temperature and prevent the first radiation of the heating;
It is made of stainless steel and surrounds the outer surface of the insulating material to maintain the heating temperature and prevent the second radiation of the heating, and absorb a part of the heating temperature to form a first relative heating value while the durability of the chamber The first protective material to preserve the material;
It is composed of different stainless steel, and surrounds the outer surface of the first protective material to maintain the temperature of the heat generation and prevent the third radiation of the heat generation, as well as receive another part of the heat generation temperature to form a second relative heat generation value. A second protective material that preserves durability of the chamber while maintaining the durability of the chamber; And
As an alternative or supplement to the rapid cooler, another waste heat of 150 to 250 degrees Celsius having a gap temperature difference between the first relative heating value of the first protective member and the second relative heating value of the second protective member is transferred to the dryer. Marine movable marine waste treatment system, characterized in that it comprises a waste heat conductive line for drying the water content rate of the marine waste to be lowered to 1 to 10%.
The method of claim 1, wherein the crushing and crusher,
Marine mobile type marine waste treatment system, characterized in that crushing and crushing the marine waste to 1 to 10 mm.
The method of claim 1, wherein the low-temperature plasma gasifier,
Using the low-temperature plasma to heat the marine waste, carbon content waste, municipal waste, fishing village waste, coal, low-grade coal, waste wood and biomass including sawdust, plastic or tires at 1300 to 3000 degrees Celsius, Offshore mobile type marine waste treatment system, characterized in that the gasification process according to pyrolysis using the low-temperature plasma is performed by generating syngas containing carbon monoxide and hydrogen while decomposing dioxins contained in the biomass generated by the heat generation. .
delete The method of claim 1,
A syngas storage module for storing residual net syngas left after being used as the power source;
Motor used as a kinetic energy source to operate the marine mobile equipment or to move the barge carrying the marine mobile equipment by using the electric energy, thermal energy and chemical fuel temporarily stored in the energy storage module received from the self-generator engine; And
It characterized in that it further comprises a scattering-floor storage module that collects the floor material that has fallen off while the dioxin contained in the marine waste is destroyed by the generation of low-temperature plasma due to the thermal decomposition, and the dust released from the synthesis gas using a cyclone dust remover Offshore mobile marine waste treatment system.
The method of claim 6, wherein the motor engine,
A marine movable marine waste treatment system, characterized in that the kinetic energy used to operate the marine movable facility or move the barge is dissipated and another waste heat of 150 to 250 degrees Celsius is collected and transmitted to the dryer.
It is a driving method of a marine mobile marine waste treatment system that allows marine waste to be recycled into electric energy, thermal energy and chemical fuel by a marine mobile facility,
Washing and washing the marine waste by using fresh water by a washing machine;
Crushing and pulverizing the cleaned marine waste, which has been sorted by a crushing and crushing machine;
Receiving waste heat from the following rapid cooler by a dryer and drying the marine waste so that the moisture content rate is lowered to 1 to 10%;
Producing syngas by thermally decomposing the crushed and pulverized marine waste or dried marine waste by generating a low-temperature plasma by a low-temperature plasma gasifier;
Generating waste heat by rapidly cooling the retained heat of the syngas by a rapid cooler when the syngas is input;
The syngas scrubber drives the ID fan to maintain the pressure in the low-temperature plasma gasification furnace at atmospheric pressure, and the low-temperature plasma gasification furnace environment is kept under oxygen to suppress sulfur oxides and nitrogen oxides contained in the synthesis gas. step; And
A self-generator comprising the step of receiving the pure synthetic gas, which is a synthetic gas in which the sulfur oxides and nitrogen oxides are suppressed, and generating self-powered power as a power source for producing the electric energy, thermal energy and chemical fuel,
Removing the dust contained in the syngas by a cyclone dust remover using inertial force and centrifugal force dust collection techniques; And as the freshwater storage tank evaporates seawater with waste heat generated from the rapid cooler, storing freshwater generated by liquefying water vapor from which salt has been removed,
The rapid cooler is characterized in that it delivers the converted waste heat to the dryer by rapidly cooling the retained heat of 1300 to 3000 degrees Celsius of the dust-removed synthetic gas that has passed through the cyclone dust eliminator. And
The pure syngas is utilized as a power source while being utilized as a useful resource in which dust removal and dioxin recombination contained inside are bound by a cyclone dust remover and a rapid cooler, and the waste heat is transferred from the rapid cooler to a freshwater storage tank to save seawater. A method of driving a marine mobile marine waste treatment system, further characterized in that it is used as an energy source generated from fresh water or is used as an energy source that acts as a steam that rapidly lowers the moisture content contained in marine waste by being delivered from the rapid cooler to the dryer. .

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