JP2002242768A - Bioactive technical device for exhaust emission control of internal combustion engine - Google Patents

Bioactive technical device for exhaust emission control of internal combustion engine

Info

Publication number
JP2002242768A
JP2002242768A JP2001083859A JP2001083859A JP2002242768A JP 2002242768 A JP2002242768 A JP 2002242768A JP 2001083859 A JP2001083859 A JP 2001083859A JP 2001083859 A JP2001083859 A JP 2001083859A JP 2002242768 A JP2002242768 A JP 2002242768A
Authority
JP
Japan
Prior art keywords
fuel
internal combustion
reactor
combustion engine
significant
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP2001083859A
Other languages
Japanese (ja)
Inventor
Yaichi Obara
弥一 小原
Mitsuhiko Watanabe
光彦 渡邉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP2001083859A priority Critical patent/JP2002242768A/en
Publication of JP2002242768A publication Critical patent/JP2002242768A/en
Pending legal-status Critical Current

Links

Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F02COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
    • F02BINTERNAL-COMBUSTION PISTON ENGINES; COMBUSTION ENGINES IN GENERAL
    • F02B3/00Engines characterised by air compression and subsequent fuel addition
    • F02B3/06Engines characterised by air compression and subsequent fuel addition with compression ignition
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02TCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00Road transport of goods or passengers
    • Y02T10/10Internal combustion engine [ICE] based vehicles
    • Y02T10/12Improving ICE efficiencies

Abstract

PROBLEM TO BE SOLVED: To provide a technical device for improving the fuel efficiency of an internal combustion engine, particularly, a diesel engine and an exhaust emission control thereof. SOLUTION: In this device, a primary fuel relay reactor 4 containing a magnet is integrated to an oil feed pipe 10 for supplying oil from a fuel light oil tank 1 to the diesel engine, 2 and a secondary fuel relay reactor 7 is integrated closer to the engine from it. The secondary reactor, which has a cylindrical shape having a significant diameter and length, is provided with a temperature retaining device of about 60 deg.C at the outside, and sintered silicon nitride fine ceramics obtained by kneading and compression molding silica black powder, marinex powder and bentonite into a porous passage type block or rough pellet followed by baking in a nitrogen gas conversion electric furnace is filled in the inner part.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【発明の属する技術分野】本発明は内燃機関に供給する
燃料油に複合手段で有意の影響を付価してエンジン効率
を高めると同時に排ガスの清浄化を図る技術に関するも
のである。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a technique for adding significant effects to fuel oil supplied to an internal combustion engine by a composite means to increase engine efficiency and purify exhaust gas.

【従来技術】内燃機関使用の歴史は長くその効率向上に
数多くの努力が傾注されて来た、それは又排ガスの軽減
への努力でもあった。しかし最近になり、特に荷役車輌
等のディーゼル化と大型化のテンポが早く、その排ガス
の環境負荷が問題となり、関係住民の健康被害が顕在化
して来たことからその改善の要求が強まり、それに対応
する技術の開発が急がれている。
2. Description of the Related Art The history of the use of internal combustion engines has been long and a great deal of effort has been devoted to improving their efficiency, which has also been an effort to reduce emissions. However, recently, the pace of diesel-fueled and large-sized cargo-handling vehicles has been increasing at a rapid pace, and the environmental burden of exhaust gas has become a problem. The development of the corresponding technology is urgent.

【発明が解決しようとする課題】内燃機関特にもディー
ゼル自動車の需要は産業や生活各分野に必要欠くべから
ざるものとなり、生活環境と密着していることからその
使用する軽油燃料の増加に比例する排ガスの環境への負
荷は危機的水準に達し、国民の健康に責任を有する行政
もその改善要請に本格的に関与して来た。エネルギーの
軽減をもたらす燃焼効率の向上と排ガスの減少清浄化は
表裏の関係をもっているので、本発明者等はその関係課
題を直視し、その内容を考察して具体的改善技術を提供
する。
The demand for an internal combustion engine, especially a diesel vehicle, is indispensable in various fields of industry and daily life, and is in close contact with the living environment, and is proportional to the increase in light oil fuel used. The environmental burden of exhaust gas has reached a critical level, and the government responsible for the health of the people has been fully involved in requests for improvement. Since the improvement of combustion efficiency and the reduction and purification of exhaust gas have a two-sided relationship, the present inventors directly face the related issues, consider the contents thereof, and provide specific improvement techniques.

【課題を解決する手段及作用】前項の明確にされた課題
はそれを分化すると次の様になる。 燃料効率を高めるには燃料が細分化されて燃焼爆発
反応が如何が完全に行われるかにあり、反応が完全に行
われるか否かは排ガスの質に即反映する物理性を有す
る。 排ガスの質は燃料油の質と燃焼反応における空気の
質や圧力と量に左右される燃料軽油の粘性や硫黄含有等
の性質がそれに関与し、空気は成分の含有状態が燃焼化
学反応に直接関与して排ガスの質量に至大の影響を及ぼ
す。 項は燃料油に複数物質による界面活性とキレート作用
でクラスター分化されディーゼルエンジン的燃焼効率を
向上させる。 項は燃焼反応燃料軽油そのものが活性化し更にミネラ
ル素材成分が昇華ガス状で参画し排ガスの悪性化を防
ぐ。 本発明者等は上記の技術目標を樹て内燃機関特にもディ
ーゼル機関に供給する燃料軽油に有意の付価を与えるた
めタンクからの送油パイプの途中に複数の中継反応装置
を設けて目的に資するものである。以下それを構成する
装置並に物質について詳述する。装置は燃料タンク寄り
に有意の直径と長さを有する円筒容器で内部にマグネッ
トを内臓した一次中継反応装置を設け、次で外部に有意
の温度保持機能を備え有意の内径と長さを有する円筒容
器で内部に複数の物質で構成された物体を充填した二次
中継反応装置を設ける機構である。一次中継反応装置の
内部は永久磁石そのものを備えて燃料油の粘性をほぐす
機能を有する。二次中継反応装置の内部物体は複雑なの
でそれを構成する物質毎に説明する。 (a)まず遠赤外線放射機能鉱石(以下シリカブラック
と云う)について述べる。本材は白色層と重なって存在
する黒色層鉱石で、白黒を引離せば反発する磁場をも
ち、白黒が重なれば磁場も安定する。常温39.8℃で
98%の遠赤外線を放射すると云われその放射される電
磁波エネルギーは対象物体に生長光線として多くの影響
を与える。表1と表2にシリカブラックの特性を表示す
る。 (b)次いで特殊腐植物質(以下マリネックスと云う)
について述べる。本素材は特定産地で生産されハウスで
2年間と云う長期間直射日光に晒しながら撹拌し熟成さ
れて特性が与えられたもので、掘出し時に59%の水分
が29%まで減少するがそれ以下にならず構造的に組込
まれた如くであり、多様な性質が混在する特異な物質
で、粒状或いは抽出液として多様に利用されて来た。本
発明者等は期するところあって本素材を強力に加圧して
水分を放散せしめて無水構造組成に改質したのち超微細
粉体に加工し、油性その他あらゆる物質と混合して特性
を拡散し親和融合体化する新たな利用拡大技術への道を
拓いた。本願もその一例である。次に機能的特長の原因
となる物質特性を考察すると次の如くである。本素材は
PHが2台で成分が大きく分けてフミン、フミン酸、フ
ルボ酸を含む。フルボ酸は分子量が2百から4百位で、
フミン酸は2千から2万とも云われ、分離すればPHも
分子量も大きく隔たるそれぞれの組成をもちながら自然
界に複合体で存在する文字通り特異としか表現し得ない
特異な物質である。ちなみに個別的にはフミンはどのP
Hにも溶解せず、フミン酸は2以上のPHで水に溶解、
フルボ酸はすべてのPHで水に溶解すると云う異なる性
質をもつと云う。ここに無水化超微細粉体加工すること
によって行動や効果が変化して特性がス
Means and Action for Solving the Problems The problems clarified in the preceding paragraph can be differentiated as follows. In order to enhance the fuel efficiency, it is necessary to determine how the combustion explosion reaction is completely performed by fragmenting the fuel. Whether or not the reaction is completely performed has a physical property that is immediately reflected in the quality of the exhaust gas. The quality of exhaust gas depends on the quality of fuel oil and the quality and pressure and quantity of air in the combustion reaction. And has a profound effect on the mass of the exhaust gas. The term is divided into clusters by the surface activity and chelating action of multiple substances in the fuel oil to improve the combustion efficiency of a diesel engine. The term activates the combustion reaction fuel gas oil itself, and furthermore, the mineral material components participate in the form of sublimation gas to prevent the exhaust gas from becoming malignant. The present inventors have established a plurality of relay reactors in the middle of an oil supply pipe from a tank in order to achieve the above technical goal and to provide a significant price to fuel gas oil supplied to an internal combustion engine, especially a diesel engine. Is a contributor. Hereinafter, a device and a substance constituting the device will be described in detail. The device is a cylindrical container with a significant diameter and length near the fuel tank, equipped with a primary relay reactor with a built-in magnet inside, and then a cylinder with a significant internal diameter and length with a significant temperature holding function outside. This is a mechanism for providing a secondary relay reactor in which a container is filled with an object composed of a plurality of substances. The interior of the primary relay reactor has a permanent magnet itself and has a function of relaxing the viscosity of fuel oil. Since the internal object of the secondary relay reactor is complicated, it will be described for each substance constituting the secondary relay reactor. (A) First, a far-infrared radiation ore (hereinafter referred to as silica black) will be described. This material is a black layer ore that overlaps with the white layer and has a repulsive magnetic field when black and white are separated, and the magnetic field is stable when black and white overlap. It is said that it emits 98% of far-infrared rays at room temperature of 39.8 ° C., and the emitted electromagnetic wave energy has many effects on the target object as a growing light beam. Tables 1 and 2 show the characteristics of silica black. (B) Next, special humic substances (hereinafter referred to as Marinex)
Is described. This material is produced in a specific production area and aged for two years in a house while being exposed to direct sunlight for a long period of time and aged to give it a characteristic. At the time of excavation, the water content of 59% is reduced to 29%, but less than 29% Rather, it is a structurally incorporated, unique substance with a variety of properties mixed together, and has been used in various forms as granules or extracts. The present inventors expected that the material was strongly pressurized to dissipate moisture, modified to an anhydrous structure composition, processed into ultrafine powder, mixed with oil and other substances to diffuse the properties And paved the way to a new technology to expand the use of affinity fusion. The present application is also an example. Next, the material properties that cause the functional characteristics are considered as follows. This material has two PHs and the components are largely divided and include humic, humic and fulvic acids. Fulvic acid has a molecular weight of about two to four hundred,
Humic acid, which is said to be 2,000 to 20,000, is a unique substance that can be expressed literally as a unique substance that exists in a complex in nature while having respective compositions that have a large difference in PH and molecular weight if separated. By the way, individually,
It does not dissolve in H, humic acid dissolves in water at a pH of 2 or more,
Fulvic acid has the different property of being soluble in water at all pHs. The behavior and effect are changed by processing the dehydrated ultrafine powder here, and the characteristics are improved.

【表1】 [Table 1]

【表2】 以上の調査結果から明らかなように、シリカ・ブラック
は生長光線として放射される高い電磁波エネルギーによ
って、トレートに発現することを理解する鍵があるかも
知れない。物質の構造式解明も緒についたばかりの段階
と云われる。かつて東大生産研の故篠塚則子教授などの
腐植物質研究者が手がけられ、現在佐賀大学の宮島徹環
境科学部教授の手で研究が進められている。その最新の
基本構造式図は図1に示している。又参考比較として国
際腐植物質学会研究会より示された国際標準試料構造式
図を図2に示しているが極めて複雑で全容の解明は21
世紀初頭にずれ込む困難な道程を要すると云う。本願の
複数物質と親和複合体のファインセラミックスとなって
触媒的機能に発展したのもその新しい可能性を表現した
ことになる。この様に無水超微細粉体化は新たな物質を
発見した如き前進である。本質的特性として一般的に理
解し易いことは、物質の構造式そのものが不飽和を示し
更に解明の進む予想モデル図の情報で示されている如
く、輪状にまとまって極めて懐の大きい塩基置換能をも
っていると云う。それが強力な多面的作用の源で自然界
のバランスを保ちながら多分野にわたる効用は他にその
類を見出し得ない。自然界物質の不思議を絵にした様で
ある。本素材は掘出し時に水分を58%も含む泥状と云
う腐植段階のままで止まっている不思議な物質である。
その掘出し時における組成を表3に示す。成分的には多
様なミネラル体で通常は前述方法で2年間熟成された粒
状或いはその抽出液として利用し数々の効果を得て来た
が前述の無水化超微細粉体加工することでマリネックス
融合体化し新たな多分野利用に適合する力が発現したも
のと表現出来る更なる利用法と効果への道が拓かれた。
上述したシリカブラック粉とマリネックス粉体に、つな
ぎ役の特殊粘土(以下ベントナイトと云う)を加えた3
種混合の原料を練り合わせ加圧しながら多孔通路を有す
るブロックか粗型ペレットに成型し窒素ガス転換電気気
炉で焼成して窒化けい素ファインセラミックに焼結す
る。と云う処理工程で3種の素材が親和融合体化した物
体となり、油に対して触媒バイオリアクーター的機能を
もつに至る。該二次反応装置の保持温度は厳格な品質管
理機構のもとで60℃程度の物質活性刺激帯を目指す。
[Table 2] As evident from the above findings, there may be a key to understand that silica black is expressed in traits by the high electromagnetic energy emitted as growing light. It is said that the elucidation of the structural formula of a substance has just begun. Once a humic substance researcher, such as the late Professor Noriko Shinozuka of the Institute of Industrial Science at the University of Tokyo, was working on it, and his research is currently being carried out by Professor Toru Miyajima, Faculty of Environmental Science, Saga University. The latest basic structural diagram is shown in FIG. FIG. 2 shows a structural diagram of an international standard sample as shown by the International Humic Society of Japan for reference and comparison.
It will take a difficult journey to the beginning of the century. The development of the catalytic function as a fine ceramic of an affinity composite with a plurality of substances of the present application also expresses the new possibility. As described above, anhydrous ultrafine powderization is a progress as a discovery of a new substance. As an essential property, it is generally easy to understand that, as shown in the information of the predicted model diagram, the structural formula of the substance itself is unsaturated and further elucidated. Say that you have A multidisciplinary utility that finds no other in its balance of nature as it is a source of powerful multifaceted effects. It is like painting a wonder of natural matter. This material is a mysterious substance that remains at the mud-like humus stage containing as much as 58% of water at the time of excavation.
Table 3 shows the composition at the time of the excavation. As a component, various minerals are usually used as granules aged for 2 years by the above-mentioned method or as an extract thereof, and various effects have been obtained. A way to further use and effect that can be expressed as a fusion and the ability to adapt to new multi-disciplinary applications has been opened up.
A special clay (hereinafter referred to as bentonite) serving as a binder is added to the above silica black powder and marinex powder 3
The raw material of the seed mixture is kneaded and pressurized to form a block having a porous passage or a coarse pellet, which is then fired in a nitrogen gas conversion electric furnace to be sintered into fine silicon nitride ceramic. In the processing step, the three materials become an affinity-fused body, which has a catalytic bioreactor function for the oil. The holding temperature of the secondary reactor is aimed at a material activity stimulating zone of about 60 ° C. under a strict quality control mechanism.

【表3】 本願が対象とする燃料の軽油は留出温度が30〜200
℃範囲で、蒸発しにくく、引火点が40〜100℃で、
着火点が350℃、硫黄質量0.50以下、動粘度1.
8〜2.7以上、残溜炭素量0.10以下と云う特性が
あり、それを活かした燃焼手段がディーゼルエンジンを
生んだと云うことである。強力に空気を圧縮(20分の
1)して空気が高温(数百℃)になったところへ、軽油
を数百気圧と云う高圧で噴射し、自然着火して爆発する
ディーゼルエンジンの特徴から、燃料が如何に早く空気
と混合し着火燃焼反応するかに燃費と出力の効率が左右
されるので、本項による燃料クラスター分化の程度の
進み具合に成果がかかる道筋が見えて来た。そして燃料
に変化を促すのは化学的変化でなく、複合手段による複
雑なバイオ活性化機能であることに相違ない。本願によ
る一次から二次の燃料中継反応装置によって燃料軽油は
改質的な影響を受けて早期空気混合着火と完全燃焼反応
により、結果として燃費や出力の効率向上と不完全燃焼
排ガスの減少と云う目標に近づくのである。本願の目標
とする排ガスの浄化と云う主題は永遠の課題であり関係
者の総力を挙げての研究で、三元触媒によるFCRや選
択還元型リーンNOx吸蔵型三元触媒などその進展はす
ばらしいがいづれも燃焼結果の排ガス対象の処理法であ
る。本発明者等は先願−腐植物質の特性を活かした環境
保全型燃焼法(2000−12.28提出)で燃料油に
マリネックスを加工した無水超微細粉体つまり特殊ミネ
ラル群物質を加えて燃焼反応を効率化し排ガスを浄化し
て環境保全に貢献することを提案したのに続いて本願を
提案するものである。この様に該素材粉体を混和した燃
料軽油はミネラル融合体化しており、本願による一次、
二次の反応装置で更に遠赤外線の加わった触媒バイオリ
アクター的影響を浴びて物質構造に歪みを生じその復元
エネルギーが貯えられと云う物質活性が高まりエンジン
内での完全燃焼反応を経て不完全燃焼排ガスも減少す
る。通常物理的にはCO(一酸化水素)やHC(炭化水
素)が減少してもNOx(窒素酸化物)は逆に増加する
が、そこに先願との相乗作用で燃料軽油が物質活性化し
て完全に燃焼反応化する外ミネラルの昇華ガスが塩基置
換能で化学反応に参画して悪性ガス結成防止と云う展開
となる。複雑な組成分の軽油と之亦複雑なミネラル群と
の出会いはバイオ融合活性を高めるゆえんである。初歩
的に目視による黒煙の減少を確認した段階に止まってい
るが、複数の反応装置を構成するそれぞれの原料素材の
特性、そして加工処理によって構造組成の改質された特
性、そして複数の物質を混合して焼結した融合体物体機
能性を有する窒化けい素ファインセラミックス、マグネ
ット等々の複合相乗作用はディーゼルエンジンに最も適
した燃料性質に近づけ、更には燃焼反応に当って上記の
復元エネルギーの解放と塩基置換反応の結果として燃料
効率の向上と排ガスの悪化を防止したものと確信され
る。具体的データの提示には若干の時間を必要とする。
しかしながらその触媒バイオリアクターをもっていると
云う文献情報と重なる現象に外ならない。
[Table 3] The distilling temperature of light oil of the fuel targeted by the present application is 30 to 200.
In the range of ℃, it is difficult to evaporate, the flash point is 40-100 ℃,
Ignition point: 350 ° C, sulfur mass: 0.50 or less, kinematic viscosity: 1.
It has a characteristic of 8 to 2.7 or more and a residual carbon amount of 0.10 or less, which means that the combustion means utilizing this has produced a diesel engine. Diesel engine, which injects light oil at a high pressure of several hundred atmospheres to a place where the air becomes high temperature (several hundred degrees Celsius) by strongly compressing the air (1/20) and spontaneously igniting and exploding However, fuel efficiency and output efficiency depend on how quickly fuel mixes with air and ignites and combusts, and a path has emerged that will result in progress in the degree of fuel cluster differentiation according to this section. And it is evident that the fuel that drives the change is not a chemical change, but a complex bio-activation function by the complex means. The primary and secondary fuel relay reactors according to the present invention are used to modify the fuel oil by the early effect of air-mixing ignition and complete combustion reaction due to the reforming effect, resulting in improved fuel efficiency and output efficiency and reduced incomplete combustion exhaust gas. Get closer to your goal. The subject of purifying exhaust gas, which is the target of the present application, is an eternal issue and is a study conducted with the full power of the parties concerned. The progress of FCR using a three-way catalyst and a selective reduction type lean NOx occlusion type three-way catalyst has been excellent. Each of these methods is a method for treating exhaust gas resulting from combustion. The inventor of the present invention added an anhydrous ultrafine powder obtained by processing marinex to a fuel oil by an environmental protection type combustion method utilizing the characteristics of humic substances (submitted 2000-12.28), that is, a special mineral group substance. The present invention is proposed after the proposal that the combustion reaction is made more efficient and the exhaust gas is purified to contribute to environmental conservation. In this way, the fuel gas oil mixed with the material powder is a mineral fusion, and the primary,
In the secondary reactor, the material structure is distorted due to the influence of the catalytic bioreactor with the addition of far-infrared rays, and the restored energy is stored, increasing the material activity, and complete combustion reaction in the engine, resulting in incomplete combustion Emissions are also reduced. Normally, even though CO (hydrogen monoxide) and HC (hydrocarbon) decrease physically, NOx (nitrogen oxide) increases, but fuel gas oil is activated by a synergistic effect with the earlier application. The sublimation gas of the outer mineral, which is completely combusted by the reaction, participates in the chemical reaction with the base substitution ability, which is a development of preventing the formation of a malignant gas. The encounter of the complex composition of light oil with the more complex mineral group is because it enhances the bio-fusion activity. Although it is only at the stage where the reduction of black smoke was visually confirmed at the beginning, the characteristics of each raw material constituting multiple reactors, the characteristics whose structural composition was improved by processing, and the characteristics of multiple substances The combined synergy of silicon nitride fine ceramics, magnets, etc., which have the function of a fused body obtained by mixing and sintering them, approaches the fuel properties most suitable for diesel engines, It is believed that as a result of the release and the base substitution reaction, the fuel efficiency was improved and the deterioration of the exhaust gas was prevented. It takes some time to present specific data.
However, it is not a phenomenon that overlaps with the literature information of having a catalytic bioreactor.

【実施例】図面を参照して−実施例ついて説明する。図
1−佐賀大学宮島環境科学部教授の研究によるマリネッ
クスの最新の基本構造図である。図2−国際腐植物質学
会研究会より示された国際標準試料構造式図である。図
3−は本願装置の全体鳥瞰縦断図である。図4−は一次
燃料中継反応装置の横断図である。図5−は二次燃料中
継反応装置の横断図である。各図において1−は燃料タ
ンクで、2−はエンジンを表わす、3、6、10は燃料
送油パイプである、4−は一次反応装置容器である。5
−はマグネットである、7−は二次反応装置容器であ
る、8−は温熱線である、9−は多通路ブロックセラミ
ックスである。以上の図によって機能を説明する。 1.燃料タンクにはマリネックス粉体が燃料軽油リット
ル当り5g混和されている、エンジンが起動されると燃
料は3−のパイプを通って4−の一次反応装置に入りマ
グネットの磁場で活性刺激を受け、6−のパイプを通っ
て、7−二次反応装置に達する。該装置には容器外側に
設定温度(60℃)相当規格の温熱線が巻かれ鋭敏な温
度コントロール器を通じてバッテリーに接続されていて
内部が設定温度に保たれる仕組みとなっている。内部に
充填された窒化けい素ファインセラミックスはシリカブ
ラック粉体とマリネックス粉体とベントナイト粉体の融
合体で、その触媒バイオリアクター反応で物質の活性化
を促す機能をもっているので、燃料軽油はその物質構造
に歪みを生じその復元エネルギーを貯えることになる。
その結果がクラスター分化と活性力の付与となり、燃料
軽油の燃焼爆発に際して歪みに貯えられた復元エネルギ
ーが放出されることになり完全燃焼に寄与する。と同時
に軽油に混合され融合体化したマリネックス−融合ミネ
ラルが昇華し排ガスの燃焼反応に塩基置換能を発現して
参画し排ガス清浄化に貢献する。
BRIEF DESCRIPTION OF THE DRAWINGS FIG. Fig. 1 is the latest basic structure diagram of Marinex based on a study by Professor Miyajima, Faculty of Environmental Science, Saga University. FIG. 2 is a structural diagram of an international standard sample presented by the International Humic Society Study Group. FIG. 3 is an overall bird's-eye vertical sectional view of the present apparatus. FIG. 4 is a cross-sectional view of the primary fuel relay reactor. FIG. 5 is a cross-sectional view of the secondary fuel relay reactor. In each figure, 1- is a fuel tank, 2- is an engine, 3, 6, and 10 are fuel feed pipes, and 4- is a primary reactor vessel. 5
-Is a magnet, 7- is a secondary reactor vessel, 8- is a heating wire, and 9- is a multi-passage block ceramic. The function will be described with reference to the above figures. 1. The fuel tank contains 5 g of Marinex powder per liter of fuel gas oil. When the engine is started, the fuel enters the 4-primary reactor through the 3- pipe and is activated by the magnetic field of the magnet. , 6- pipe to reach the 7-secondary reactor. The device has a structure in which a heating wire corresponding to a set temperature (60 ° C.) is wound around the outside of the container, connected to a battery through a sensitive temperature controller, and the inside is maintained at the set temperature. The silicon nitride fine ceramics filled inside is a fusion of silica black powder, marinex powder and bentonite powder, and has a function to promote the activation of substances by its catalytic bioreactor reaction. The material structure is distorted, and its restoration energy is stored.
As a result, cluster differentiation and activation are imparted, and the restoring energy stored in the strain is released during the combustion explosion of fuel gas oil, thereby contributing to complete combustion. At the same time, the marinex-fused mineral mixed with light oil and made into a sublimate sublimes and expresses base substitution ability in the combustion reaction of the exhaust gas to participate and contribute to exhaust gas purification.

【発明の効果】内燃機関特にもディーゼル機関の活動分
野は限りなく拡大する様想である。当然燃料軽油のもっ
ている特性がその発展の基であり効率向上とコスト削減
の効果はすばらしい。しかしその反面でその燃焼反応の
過程で生ずる排ガスの一部が、社会環境となじまない部
分として改善要求の声も増大して来た。本願がそれ等、
即ちディーゼル機関の効率向上と併せてその排ガスの改
善目標に挑戦する具体的技術を提案した意義は大きく、
社会生活の健全化に貢献出来る。更に加えれば、本願主
題の燃料の処理反応機能の為に開発された窒化けい素フ
ァインセラミックスの範疇の一事例として完成された物
体が、それぞれの素材の特性が相互に拡散融合化され焼
結されて触媒的機能性と云う機能に進化した事象は、社
会的貢献分野を大きく拓くものである。例えば水に媒介
すると直接的活性化によって各種の静菌的機能を帯び、
更に強制気化の機構を経て飽和空気として拡散すれば空
気環境の浄化に貢献する。又飲料水や水稲の灌漑水や植
物の潅水に媒介すると直接的には汚染物質を不活性化す
る浄化作用となり間接的には対象物にミネラル効果で活
性を与える如きである。それ等の直接、間接に物質を活
性化する触媒機能を必要とする分野は非常に広く利用の
拡大は期待出来る。
It is an idea that the field of activity of an internal combustion engine, especially a diesel engine, is expanding without limit. Naturally, the characteristics of fuel gas oil are the basis of its development, and the efficiency improvement and cost reduction effects are excellent. However, on the other hand, there has been an increasing demand for improvement as part of the exhaust gas generated in the course of the combustion reaction is incompatible with the social environment. This application is such,
In other words, the significance of proposing specific technologies that challenge the exhaust gas improvement targets in addition to improving the efficiency of diesel engines is significant.
Contribute to the soundness of social life. In addition, an object completed as an example of the category of silicon nitride fine ceramics developed for the fuel treatment reaction function of the subject of the present application, the characteristics of the respective materials are diffused and fused with each other and sintered. The phenomenon that has evolved into a function called catalytic functionality greatly opens up the field of social contribution. For example, when mediated by water, it takes on various bacteriostatic functions by direct activation,
Furthermore, if it diffuses as saturated air through a mechanism of forced vaporization, it contributes to purification of the air environment. In addition, when mediated by drinking water, irrigation water of paddy rice or irrigation of plants, it directly acts as a purifying action to inactivate pollutants, and indirectly gives an activity to a target object by a mineral effect. The fields that require a catalyst function for directly or indirectly activating a substance can be expected to be very widely used and expanded.

【図面の簡単な説明】[Brief description of the drawings]

【図1】はマリネックスを研究されている宮島徹教授の
最新の構造式図である。
FIG. 1 is the latest structural diagram of Professor Toru Miyajima who is studying Marinex.

【図2】は国際腐植物質学会研究会より示された国際標
準試料構造式図。
FIG. 2 is an international standard sample structural formula shown by the International Humic Society Study Group.

【図3】は本願装置の全体鳥瞰縦断図で、FIG. 3 is an overall bird's-eye view of the apparatus of the present invention;

【図−4】は一次燃料中継反応装置の横断図で、FIG. 4 is a cross-sectional view of the primary fuel relay reactor,

【図−5】は二次燃料中継反応装置の横断図である。FIG. 5 is a cross-sectional view of the secondary fuel relay reactor.

【符号の簡単な説明】[Brief description of reference numerals]

1−燃料タンクで、2−はエンジン、3−、6−、10
−は燃料送油パイプ、4−は一次反応装置容器、5−は
マグネット、7−二次反応装置容器、8−は温熱線、9
−ファインセラミックス。
1- fuel tank, 2- is engine, 3-, 6-, 10
-Is a fuel feed pipe, 4- is a primary reactor vessel, 5- is a magnet, 7-secondary reactor vessel, 8- is a heating wire, 9
-Fine ceramics.

Claims (2)

【特許請求の範囲】[Claims] 【請求項1】内燃機関に燃料を供給する燃料タンクに接
続された送油パイプの中間位置に有意の直径と長さの円
筒形で内部にマグネットを内臓する一次燃料中継反応装
置を組み込み、更に内燃機関の燃料吸入部寄り位置に、
有意の内径と長さの円筒形で外部に有意の温度保持機能
を有する燃料中継容器を接続し、その内部に複数の特殊
物質を混合し容器に収まる外径と有意の長さの多孔通路
形状ブロックか或いは粗型ペレットに圧縮成型したのち
特殊焼成した物材を充填して二次燃料中継反応装置と成
し通過する燃料に磁場反応並びに触媒バイオリアクター
反応的有意の影響を与える機能を有する構成に成る構造
であることを特徴とするバイオ活性−内燃機関の排ガス
清浄化技術装置。
1. A primary fuel relay reactor having a cylindrical shape having a significant diameter and length and having a magnet built therein is provided at an intermediate position of an oil supply pipe connected to a fuel tank for supplying fuel to an internal combustion engine. At a position near the fuel intake of the internal combustion engine,
A cylindrical passage with a significant inside diameter and length, connected to a fuel relay container with a significant temperature holding function outside, mixed with multiple special substances inside, and a perforated passage shape with an outside diameter and significant length that fits in the container Compression molding into blocks or coarse pellets and filling with specially fired material to form a secondary fuel relay reactor, which has a function to have a magnetic field reaction and a catalytic bioreactor significant effect on the passing fuel A bioactive-exhaust gas purification technology device for an internal combustion engine, characterized in that the device has the following structure.
【請求項2】請求項1記載の充填材を構成する物質は、
特定産地に生産された腐植物質が2年間温室ハウスで直
射日光に晒しながら撹拌しつつ熟成して特性が与えられ
て尚29%の水分を抱え込んでいるので、その物質素材
を強力に加圧して水分を放散せしめて無水構造組成に改
質したのち加工した超微細粉体と、遠赤外線を高率に放
射する特殊鉱石粉と、接着材となる特殊粘土とで構成さ
れ、練り混合から圧縮成型を経て窒素ガス転換電気炉で
焼成して窒化けい素ファインセラミックスに焼結する工
程の中で、腐植物質粉体の特性が相方の鉱石や粘土に拡
散され更に物質相互に親和して融合体に進化する構成に
成る構造であることを特徴とする請求項1記載のバイオ
活性−内燃機関の排ガス清浄化技術装置。
2. The substance constituting the filler according to claim 1,
Humic substances produced in a specific production area are aged for 2 years in a greenhouse with stirring and aging while being exposed to direct sunlight, and they are given characteristics, and still hold 29% moisture. It is composed of ultra-fine powder that has been processed after dissipating water and modified to an anhydrous structure composition, special ore powder that radiates far-infrared rays at a high rate, and special clay that serves as an adhesive. In the process of firing in a nitrogen gas conversion electric furnace and sintering into silicon nitride fine ceramics, the characteristics of the humic powder are diffused into the ore and clay of 2. The bioactive-exhaust gas purification technology apparatus for an internal combustion engine according to claim 1, wherein the apparatus has an evolving structure.
JP2001083859A 2001-02-14 2001-02-14 Bioactive technical device for exhaust emission control of internal combustion engine Pending JP2002242768A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2001083859A JP2002242768A (en) 2001-02-14 2001-02-14 Bioactive technical device for exhaust emission control of internal combustion engine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2001083859A JP2002242768A (en) 2001-02-14 2001-02-14 Bioactive technical device for exhaust emission control of internal combustion engine

Publications (1)

Publication Number Publication Date
JP2002242768A true JP2002242768A (en) 2002-08-28

Family

ID=18939624

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2001083859A Pending JP2002242768A (en) 2001-02-14 2001-02-14 Bioactive technical device for exhaust emission control of internal combustion engine

Country Status (1)

Country Link
JP (1) JP2002242768A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2003096477A (en) * 2001-09-25 2003-04-03 Jiku Kagaku Kk Fuel modifier, liquid fuel and method for modifying fuel
GB2396315A (en) * 2002-12-19 2004-06-23 Pro Power Technologies Ltd Fuel cleaning for gas fired engines

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2003096477A (en) * 2001-09-25 2003-04-03 Jiku Kagaku Kk Fuel modifier, liquid fuel and method for modifying fuel
GB2396315A (en) * 2002-12-19 2004-06-23 Pro Power Technologies Ltd Fuel cleaning for gas fired engines

Similar Documents

Publication Publication Date Title
CN101607810B (en) Wastewater treatment composite filler containing zeolite and pulverized fuel ash and preparation method thereof
RU2012105476A (en) COMPOSITION BASED ON CERIUM OXIDE AND ZIRCONIUM OXIDE WITH SPECIAL POROSITY, METHOD FOR PRODUCING AND APPLICATION IN CATALYSIS
RU2012152458A (en) COMPOSITION BASED ON ZIRCONIUM OXIDES, CERIUM AND AT LEAST ONE OTHER RARE-EARTH METAL WITH SPECIFIC POROSITY, METHOD FOR PRODUCING AND APPLICATION IN CATALYSIS
RU2010101675A (en) MIXED CERIUM OXIDE AND OTHER RARE EARTH ELEMENT WITH A HIGH SURFACE SURFACE AREA, METHOD FOR PRODUCING IT AND USE IN CATALYSIS
CN103613362B (en) Light brick and preparation method thereof
CN109437628B (en) Ultra-light high-strength ceramsite
CN108003960A (en) A kind of agglomeration for iron mine biomass fuel and its preparation method and application
CN103007954B (en) Multi-phase catalytic ozone oxidation catalyst and preparation method thereof
CN105219477B (en) A kind of fluidized bed preparation method for material of area load rare earth oxide catalyst
CN105541372B (en) The preparation method of water process ceramic grain filter
CN101693186A (en) Dephosphorization and denitrification integrated material prepared based on battering method and preparation method thereof
Sun et al. Methane elimination using biofiltration packed with fly ash ceramsite as support material
CN106224135A (en) A kind of energy-conserving and environment-protective fluid fuel processor
JP2002242768A (en) Bioactive technical device for exhaust emission control of internal combustion engine
CN107090323A (en) It is a kind of that there is composite oxygen carrier of control oxidative function and preparation method thereof
KR101896906B1 (en) Activated body for improving fuel economy and engine performance and manufacturing method thereof
KR20130058143A (en) Improved perfomance matterial for vehicle
KR20180136414A (en) Exaust gas abatement materials for internal combustion engine
CN202132958U (en) Burner brick at burner part of exhaust burning hot air furnace
KR100367335B1 (en) The compoaition manufacturing method of catalysts for oil perfect combustion
CN206111382U (en) Energy -concerving and environment -protective fluid fuel treater
CN106225000A (en) A kind of high-efficiency environment friendly gaseous fuel processor
KR20210020715A (en) A engine emissions reducing and mileage improvement matter
KR102638437B1 (en) Exhaust gas reduction band and its manufacturing method
CN101319160A (en) Flammable coal ash and preparation method thereof