IB NIRC Innovation Detail

8/14/2019 IB NIRC Innovation Detail

1/17

A MIRACLE DISCOVEREDTO STOP THE GLOBAL WARMINGDISASTER.

Found microbes eliminate CO 2 CO SO 2 NO 2 in fossil fuelBy Prof. Dr. Chaitat Pairintra & Mr.Kamthorn SaengritDiscovered on 10 February 2009www.popular-gov.com

1. Innovation source

Discovery process from conception, lateral thinking and biologicalmethod enable innovation in biotechnology to benefit the worldcommunity in solving the critical problems facing the threat ofglobal warming which will cause tremendous damage to mankind.

2. Innovation philosophy

The United Nations (UN) in cooperation with an international teamwill resolve the 10 types of disasters caused global warming. Allparties will benefit by sharing sustainable natural resources.

3. Innovation purpose

1. Biotechnology will be used to remove greenhouse gases (CO 2)and other hot gases. We will recommend a process to eliminatethe cause. Not a solution to the present problem.

2. To resolve and prevent 10 types of global warming disasters.To help the world have a healthier environment.

Stop Global warming disaster

INTERNATIONAL BIO-NANO INNOVATIVE RESEARCH CENTER (IB-NIRC)619 Maliwan Rd., T. Baanped, A. Muang, C. Khon Kaen, 40000, ThailandTel : +66 43-202208 Fax : +66 43-333389 E-mail : [email protected] : www.popular-gov.com

www.popular-gov.com


2/17

Comparison of productsusing Bio-Nano and non Bio-Nano.

Yearly estimate on

1. Use of Benzene 91 or Gasohol 91 with Bio-Nano

1.1 CO = 0.01 - 0.03% HC = 2-6 PPM.1.2 General estimate of ordinary burning CO = 1.5% HC = 200 PPM.

Summary: 75 years of Bio fuel use is equivalent to approximately 1 year of non Bio fuel use.

2. Use of coal with Bio-Nano

2.1 CO = 0.01 - 0.15% HC = 2-21 PPM.2.2 General estimate of ordinary burning CO = 10% / HC 6,000 PPM.

Summary: 142 years of Bio coal use is equivalent to approximately 1year of non Bio coal use.

3. Use of Natural gas with Bio-Nano

3.1 CO = 0.46 - 0.62% HC = 48-78 PPM.3.2 General estimate of ordinary burning CO = 6.12 - 7.07% HC = 384 -

400 PPM.

Summary: 12 years of Bio-gas use is equivalent to approximately 1 year of non Bio gas use.

Table of comparison on the use of Bio-Nano and non Bio-Nano.

No. Product CO, HC quantity in ordinaryproduct yearCO, HC quantity in Bio-Nano

product year

1 Gasohol 91 CO = 1.5%HC = 200 ppm. 1CO = 0.01 0.03%

HC = 2-6 ppm. 75

2 Lignite Coal CO = 10%HC = 6,000 ppm. 1CO = 0.01 0.15%

HC = 2-21 ppm. 142

3 Natural gas (LPG) CO = 6.12 7.07%HC = 384 - 400 ppm. 1CO = 0.46 0.62%HC = 48-78 ppm. 12



www.popular-gov.com


3/17

Strategies to eliminate CO 2 gas to near zero level

1. This is research is on how to remove CO 2 gas from the primary cause.Not a study on how to repair the damage that has already been caused toour present environment. We cannot repair what has been done, but wecan insure that this does not continue to happen, creating greaterdamage.

2. Our discovered bio-nano innovative tools have potential to eliminate CO 2

to an almost 0 (zero) level with no environmental or human impact.3. We can use our innovation in the CDM process.

1. Biofuel: mix fuel with our bio product, then pass it on to the oil refinery(before combustion).2. Biocoal: mix coal with our bio product, to be clean coal (beforecombustion).3. Biogas: mix gas with our bio product, to be clean gas (beforecombustion)4. Clean air: mix gas into the air to clean up the earths atmosphere.

4. Operated by the UN leading in cooperation with the internationalcommunity.

5. Evaluates CO 2 elimination as in 3.1 3.4



www.popular-gov.com


4/17

I nnovation Set for Business 1) 6 Patents

1. BIO-NANO # 1 (BG / CG): Is a bio-organic powder compound with a natural gas CO 2 product elimination .Purpose: To eliminate CO 2, CO, SO 2, and NO 2 from natural gas power plants toa near zero level.

2. BIO-NANO #2 (BC / CC): Is a bio-organic powder compound with acoal CO 2 product elimination.Purpose: To eliminate CO 2, CO, SO 2, and NO 2 from coal power plants to anear zero level.

3. BIO-NANO #3 (BF / CF): Is a bio-organic powder compound with anoil fuel CO 2 product elimination.Purpose: To eliminate CO and HC from fuel vehicles to a near zero level.

4. BIO-NANO #4 (BI / CI): Is a bio-organic powder compound with anindustrial coal CO 2 product elimination.

Purpose: To eliminate CO 2, CO, SO 2, NO 2, and HC from industrialfactories to a near zero level.

5. BIO-NANO #5 (BA / CA): Is a bio-organic powder compound with anatmospheric CO 2 product elimination.Purpose: To eliminate CO2, CH 4, NO 2, and SO 2 in the atmosphere andreduce the cumulative level to near zero.

6. BIO-ORGANIC #1 (BOG): Is a bio-organic powder compound with asoil and gas CH 4, N 2O product elimination.Purpose: To eliminate CH 4 and N 2O gases from rice paddies in agriculture and

forestry sectors.



www.popular-gov.com


5/17

I nnovation Set for Business (cont.)

2) 6 Copyrights

1. BIO-ORGANIC #2 (BOF): Is a Bio-Organic powder compound ofBio-Organic FertilizerPurpose: To increase crop yields and sustainable agriculture by Bio-OrganicFertilizer uses, to boost yields, organically, by an increase of 50-70%.

2. BIO-ORGANIC #3 (BOBW): Is a Bio-Organic powder compound of BIO-NANO Water Purpose : To produce high quality Bio-Water, to eliminate all polluted particlesfrom household water use, and from the water sources of major cities.

3. BIO-ORGANIC # 4 (BOWW): Is a Bio-Organic powder compound forWaste Water TreatmentPurpose: To treat waste water, reduce water pollution, improve OD, BOD,COD, etc.

4. BIO-ORGANIC # 5 (BOGT): Is a Bio-Organic powder compound for

treating Garbage Disposal Treatment PlantsPurpose: To treat garbage disposals and reduce pollution in air, water, and soilproducing bio-compost for agriculture and forestry uses.

5. AGR. # 1(C&EM): FOOD AND AGRICULTURAL COMMUNITYDEVELOPMENT. Purpose: To generate revenue, build community food resources and decreasepoverty world-wide. The development of water resources, community life andhuman resource development.

6. FORESTRY # 1(RF): REFORESTRATION. Purpose: To enhance CO 2 absorption by tree photosynthetic process, toproduce food and fuel from the forest, and to benefit their surroundingcommunities.



www.popular-gov.com


6/17

How to optimize the purchase of

patents & copyrights.

Method 1(All)

Method 2(All)

Method 3(Separate / Sell)

Method 4(All)

Method 5(All / Fund)

United Nations Business Owned Business Owned Business Owned Business Owned

ImmediateWorld-Wide Benefit

SlowerWorld-Wide Benefit

SlowerWorld-Wide Benefit SlowerWorld-Wide Benefit

SlowerWorld-Wide Benefit

ImprovedEnvironment

World-Wide

ImprovedEnvironment

World-Wide

ImprovedEnvironment

World-Wide

ImprovedEnvironment

World-Wide

ImprovedEnvironment

World-Wide

Tax Decrease Tax Decrease Tax Increase Tax Increase Tax Increase

Free world-wide World Property Private Property Private Property Private Property

Sell outright Sell outright Franchise system Franchise system Franchise system



www.popular-gov.com


7/17

STRATEGIES TO STOP GLOBAL WARMINGBY SUSTAINABLE BIO-NANO TECHNOLOGY

Target 1Source/ManufacturerPetroleum ProductsWith CO 2 CO SO 4

The fuel industry.- Petroleum re neries.- Coal

- Pollution- Greenhouse gases /

Caused by oil re nery process.- Natural Gas used by biological

innovation. Removing CO 2 andother

Note:Red Left to right is

Green house effectGreen Right to left is

Eliminating Greenhouse effect byproduct of innovation

www.popular-gov.com

UN

WB

EU

Asian

GP

NGO

IPCC

The world

Power Plant GroupGas/Petrol/Coal

Industrial GroupGas/Petrol/Coal consumer

Vehicle Industrial GroupGas/Petrol consumers

Target 2Consumer

Result Green house effect

B-NIR GroupSend innovation info.

Target 3Destination

The world has beenadversely affected by

GHG.

Reduce GHG.Stop the globalwarming crisis.


8/17

6 types of fuelStorage

Biofuel to Clean Energy Production ProcessCO 2 CO SO 2 NO 2 to Near Zero Level

Oil renery

Analysed by OPUS 20 / Bio + Gasolene before burningBiofuel analysis report

Bio +6 types

fuelPump

Smoke quantityfrom CO 2 burning

is near zero

Clean Fuel


9/17

Coal to Clean Energy Production ProcessCO 2 CO SO 2 NO 2 to Near Zero Level

CleanCoal

CoalGrinder

Bio+CoalmixerPump

Coal mine Coal Power Plant

Bio Coal analysis report

Analysed by OPUS 20 / Bio + Coal before burning

Smoke quantityfrom CO 2 burning

is near zero


10/17

Bio gas analysis report

Bio gas to Clean Energy Production ProcessCO 2 CO SO 2 NO 2 to Near Zero Level

BioMixerpump

Natural gas separator

Analysed by OPUS 20 / Bio + Natural gas before burning

Bio gas power plant

Natural gas Bio Gas

Smoke quantityfrom CO2 burning

is near zero

Clean Gas


11/17

Technology Matters

TECHNOLOGY PRODUCT DESCRIPTION

1. PRODUCT: Name the product according to function.

Fuel CO 2 Eliminated Bio-Organic Product

It is a powder compound of microbials of 10 10-15 cfu /g and organic materials.

2. INDUSTRIAL APPLICATIONS: Give the industrial sectors affected by theproduct.

Downstream the oil refinery industries, automobile manufacturers, power energyplants, cement industries, bio-fuel industries, natural gas industries etc. which arethe customers.

3. PRINCIPLE: A presentation of the physical or technical principles used,without revealing the invention.

Bio-nanotechnology (Micro-organisms as biotechnology and biomolecules oforganic materials as nanotechnology)

4. COMPETITION: Set forth the competing technical and physical principles.

None on record. It presently is a State-Of-The-Art invention.

5. ADVANTAGES: Cite the technical and economic advantages.

Technical advantages: Biotechnology as an environmentally friendly technologyand Nanotechnology as a powerful invention technology.

Economic advantages: It is extremely cost-effective. The cost is approximately 1cent/1/2kgCO 2. The specimens are very common and are available at everyculture bank world- wide.



www.popular-gov.com


12/17

6. APPLICATIONS: Situate the product and the benefits to the intendedmarket.

The product is universal and distinguished from others by not being an oiladditive since it is the by product in the oil refinery process.

The main applications are to eliminate GHG and improve oil quality (octane andcetane value- added) by consuming all inorganic gases (CO, CO 2, SO 2, NO 2,etc.) and producing CH 4, automatically.

7. POTENTIAL MARKET: State any new features of these applications and therenewal of any existing ones.

We have not yet conducted a potential market analysis. Perhaps our dealers mayhelp us with this task. On the global warming crisis, (as part of CO 2 emissionfrom fuel), we believe that it will greatly benefit the entire world.

8. MARKETING CONTEXT: When the proposed system is ideally adapted andready for marketing.

The market date of this product is uncertain since this is the first time being madepublic.

We anticipate the invention will be highly beneficial since the product has dualfunctions, i.e. the CO 2 reduction in oil, as well as, the mitigation of CO 2 emissionsinto the atmosphere which is the major component of the GHG global warmingcrisis.

9. EXPLOITATION: Technology Transfer or Exclusive Exploitation License orBusiness Alliance.

These technologies are almost 99% reproducible, if the directions are strictlyfollowed. The technology transfer is possible world-wide.

Regarding our exclusive exploitation license, we intend to make further decisionsregarding this once we reach a negotiation.

For a business alliance, we still need more information on the subject matter. Weappreciate any suggestions you might have regarding this and we will carefullyconsider each and every suggestion.



www.popular-gov.com


13/17

Technical Matters

QUESTIONS & ANSWERS

Q: Please explain what are the economic benefits when these sectors use theproduct? What changes occur that either enables companies to save money, ormake money?

A : The economic impact is great and hopefully our planets climatic changes (if IPCCagree) will be improved within 5 years

1. Oil Refinery:

1) CDM -657 crude oil refineries around the world are expected to gain benefitfrom carbon credit (if any) under UNFCCC, i.e. 2.16 kg / l and 2.67kg / l ofCO 2 from diesel and benzene, respectively.

2) CSR- What will be happen when something bad is changed into somethinggood.

3) Save our planet Earth! World oil consumption stands at about 85 millionbarrels per day.

This would emit approximately 28 million tons of diesel C0 2 or 35 million tons ofbenzene CO 2, per day. Yearly, this amount is astronomical as the atmospherealready contains over 3,000 giga tons of gas waste.

2. Automobile manufacturers:

1) Cost saving- There is no proposed research and developement on enginecombustion for all US, EU, Japan, etc. automobile manufactures. There is noneed for a target-set on EU-IV or other car models in 2012 since fuel CO 2 emission from these 2 billion cars around the world would be reduced to nearzero levels.

2) New strategic approach There would be an increased return on sale.



www.popular-gov.com


14/17

3. Energy Power Plants

1) CDM- A recent report* stated about 700 tons of CO 2 per minute were beingemitted from electric coal power plants. However, fossil fuel power plantsalso produced more than 720 kg / KWh of C0 2 per minute.

2) CSR-Electricity cost will be reduced by roughly over 30%. No more streetdemonstrations, no need to spend enormous amounts to build nuclearpower plants etc.

4. Cement Industries

1) CDM-Most of these industries use fossil fuel energy sources.

2) CSR-We have a technology for improving cement quality by a cohesivemethod, and eliminating gas from both cement and coal. That would theneliminate dust or sulphur particles in the environment causing acid rain.This method is CO 2 emission free. The benefits have far reaching potentialworld-wide.

5. Bio-fuel industries1) Quality improvement- Bio products improve the quality of bio-fuel. We have

certified test results from PTT verifying this.

2) CSR-We are now conducting a small project using bio-fuel. We do notendorse the industries use of esterification in processing bio-fuel since weconsider KOH or NaOH as chemical pollution. About 10 % of the residueseverely affects the earth during each and every bio-fuel production.

6. Natural Gas Industries

We also have done research in this field.

*www.thaingo.org/HeadnewsKan/coal010248.htm



www.popular-gov.com


15/17

Q: Please give an explanation on how the CH 4 would be commercially produced?

A: Results from our product tests indicated (without any additive) that bothcetane (from B5)and octane (from gasohol 91) were increased about 8.7% and1%, respectively. This resulted from co-existing and microbial and symbioticactivities. Although, the results are small, statistically, but CH 4 value-added isanother benefit of commercial production.

Q: What does automatic life cycle mean in this context?

A: I would define automatic life cycle as the process of spontaneousdegeneration (of CO 2) and regeneration (of CH 4) of all living things on earthHowever, it is definitely not synthetic life (GMO) that consumed CO 2 thenexcreted CH 4 as some scientists are presently researching.

Q: To what oil product or at what stage of the oil refinery process is the powdercompound of microbes added?

A: We can add the bio-product to any fuel oil, fossil or bio-fuel, then filter it by anoil filtering machine. Our result showed that there were both water and sedimentin the oil sample at < 0.005%. According to our yet to implemented plan, the bio-product will be added either before (in crude oil) or after distillation (in oilproduct). This will depend upon what will best suit the oil refinery process.

Q: What are the commercial benefits to an oil company being able to produce CH 4 by the automatic life cycle?

A: The production of CH 4 is not our main objective since we are aiming at theelimination of inorganic fuel gas (CO , CO 2, SO 2, NO 2) after combustion. Whilethe microbes can, as well, be utilized as hydrocarbon, or as organic energysources before combustion. Therefore, we consider CH 4 as a fringe benefit tothe oil company. The oil company would be free to sell CH 4 if they choose.

Q: How and why is it that your identified microbes are different from technologiesused in the existing bio-mass industries for the production of ethanol from corn?

A: (How): It is a different group of microbes.A: (Why): They have different path ways.



www.popular-gov.com


16/17

Q: What are your plans to protect the invention?

Q1: Do you plan to apply for Patent Protection?A1: Yes, I do and would appreciate any assistance you might be able to offer.

Q2: Do you have money available for the Patent Protection Process?A2: No, and I have no idea what the costs might be, but we envision the costs

will be high. Any advice on what procedural steps need to be taken is gratefullyappreciated.

Q: We need to understand what volume of CH 4 is released in the creation of the2kg reduction of CO2 per liter of oil treated.

A: 1) Based on our data, I conclude that the volume of CH 4 which we consideredas cetane and octane added (without ETBE / MTBE /etc), is the percentagesincreased from the set limit (e.g. 47 vs 51.12=8.76% and 91 vs 91.1=1% or 80vs 81.4=1.01%).

2) From IPCC fossil oil emission data, I averaged the emission from diesel 2.16kg/l and from gasoline 2,67 kg/l into 2kgCO 2 /l . Therefore, from our data, 1 literof oil, the CO 2emitted = 2kg and produced CH 4 = 8.76% and 1% for diesel andgasoline, respectively.

Q: Is our understanding correct that 1 gram of powder product costs 1 cent toproduce and treats 1 liter of oil to produce the 2kg CO 2 reduction?

A: 1) Yes, that is correct in term of CDM / carbon trading. Actually, we prefer it tobe offered free of charge. Do you agree to make that possible?2) This is an incredibly low price for healing our sick world.

Q: Please tell us more about the methods you mentioned to reduce GHGs in naturalgas, sulphides in coal, and increase the cohesiveness of cement.

A: 1) Regarding petrol, I used a Biological Method (without any chemicalsynthetics or other methods) in reducing GHGs in natural gas, in clean coaltechnology, and in all fuel energy consumption manufactures. More precisely,my main methodology is Microbial Biotechnology. Details will be elaborated onlater.

2) I believe in the advantages of bio-technology, so I decided to set 3 basicprinciples that it is pollution free, cost-effective, and accessible to all.



www.popular-gov.com


17/17

Q: Is it your idea to produce the powder compound at the B-NIRC and export it tocustomers or is the B-NIRC only for production development?

A: Yes, it is possible in both cases. In the first case, if we sell our licenseexclusively, we will continue to serve as the consultant team for production.While in the second case, we will have to export our bio- product. It dependsupon the license agreement which will be established later. However, B-NIRCwill assist in every way possible for both cases to be successful.

Q: Is there some other method of supply needed?

A: Yes, for example, an B-NIRC technician will hand-carry the starter culture tothe customers for extension, then the product will be produced locally. Each stepmust be done under our close supervision.



l g

Documents

IB NIRC Innovation Detail