Laboratory reports: gas sampling and materials

Page 40

SUAIMARY REPORT

TECIINICAL CIIARACTERISTICS

( GAS-SAMPLING/ GAS-RATE CONTROLLABILITY)

NATURAL WATER HYDROGEN GENERATION SYSTEM

FOR

PATENT VALIDATION, RECORDATION, AND PROCESSING

SUBMITTED TO: PREPARED BY:

Anthony D. Cennamo,

Patent Att'y

UMinwnm— Tau ly 1983

anley Aw Meyer Date

WITNESSED BY:

State of Ohio

MARIE H. MEYER

WOLARY PUBLIC STAI OF Gud

BY COMMISSION EXPIKLS AUC. 2 tans

County of Franklin

Maving appeared hefore me and known to me has made Oath that the statements of facts as recited are true.

Date: WT Jf /9£ 5 Udita /F+ ese month, day, year NOTARY

SEAL

ail Copyright © 1993 By Stanley A. Meyer :

© under UCC 1981By Stanley A. Meyer

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EXHIBIT A

K & D Laboratory

eee

Pe ete

A Certified Biological Testing Laboratory

Mr. Stanley a. Meyer 3792 Broadway

Grove City, Chio 43123

Analysis of water Samples for sodium an? noessivm cencentmitions.

Totaestum 1")

Drilled well WashingtonCourt Heuse, Chio 20 1.9 Tap water 19 1.9

Rain water from Eroger roof in

Washington Court House, Chio 15 1.1

Lake Mount Sterling 17 3.2

CGhio River 49 5.0

Distilled Yater <1 <1.9° > Sodium concentrations in natural water varies creatiy from almost

nothing to 70 ppm. Potassiun, however, in natural waters scldem emceeds 20 ppm. Ocean salt water is nemmally such higher in cencentration than

natural fresh water sources.

Resrectfull; subctitted,

Thor beh

S. Thomas Bell, Th.>.

on mi Laboraterr Director

analysis performed by aa spectrorhotometer metho.

Analysis performed and certified by the above signed.

Analysis Since 1949

2331 Sullivant Avenue

Columbus, Ohio 43204

Page 42

Analytical Research Associates, Inc.

3274 Maize Road * Columbus, Ohio 43224

RESEARCH ANALYSIS CONSULTATION ~ © “STAFF TRAINING

Water Fuel Cell 3792 Broadway

Attn: Mr. Stanley A. Meyer

Subject: Analvsis cf Gas Samples Received December 6, 198? and

Sampl2 Volume % BTU Value=

Oxygen Nitrogen Hydrogen

River

City Tap

Well

* BTU Value(calculated) Calories/cubic foot at 60°F & 20"He **Gas samples retest2d for analytical accuracy

Analysis bv gas chromatographic method.

Analysis performed and certified by the below signed.

Respectfully submitted,

othr ;

Susan morris

infrared spectroscopy “° vapor phase chromatography ~ environmental analysis

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cae EXIIBIT A

K & D Laboratory

A Certified Biological Testing Laboratory sar Ps

F DONT REMOVE

ret BIOGRAPHICAL RECORD

Foods

Waters

C._TROMAS BELL, Ph.D.

Clinical ON MICROFILY

Microbiology laboratory Director

R & D Laboratory

I. EDUCATION

A. Ph.D., Physiology and Microbiology, College of Agriculture, The Ohio State University, 1979

B. M.S., Physiology and Nutrition, College of Agriculture, The Ohio State University, 1974

C. 8B.S., Production Agriculture, College of Agriculture, The Ohio State University, 1972.

II. PROFESSIONAL AFFILTATIONS

A. American Society of Animal Scientist

B. American Society of Agricultural Engineers

C. Association of Official Analytical Chemists

D. Ohio Association of Milk, Food and Enviromental Sanitarians

E. (hio Valley Food Technologists

III. EXPERIENCE

A. Laboratory Director of R & D Laboratory, a certified biological testing laboratory, providing analysis of foods, dairy products, meats, waters and waste waters microbiologically and chemically. While R & D laboratory under the direction of Dr. Bell is certified by the Ohio EPA and Ghio Department of Health the laboratory provides analysis and inspections for industry's ow quality assurance

Programs. —

B. President and General Manager of Bell Energy laboratories, Inc. Involved with planning the engineering of energy management; developing cost effective programs to meet current needs; incorporating solar application; utilizing geothermal energy as supplementary heating; agricultural management and energy consultation.

2331 Sullivant Avenue

Columbus, Ohio 43204

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® & D Laboratory EXIIBTS: &

A Certified Biological Testing Laboratory FILE COPY

ONLY

2 DONT REMOVE

sis das oan Biographical Record

Foods C. Thomas Bell, Fh.D.

Waters Eee’ Se ON MICROFILy,

Ciinicat «TIT. EXPERIENCE

tT C. As Assistant Professor in the Ohio State University Cooperation Extension Service dealt with problems of production of agronomic crops. Consultation on aspects of soil fertility, crop selection and cultural practices needed to improve crop production was given. Management of Pest Management Program, which included weekly surveys of crops and the reporting of disease, weed and insect pests was provided to crop producers with recommendations to control these problems. The coordination of the mmicipal sludge application to agricultural land research project was undertaken to study the effects of sludge on crops, and fertility and health aspects to humans and livestock.

D. Additionally, Dr. BE1] has served on the Franklin County Agricultural Stabilization and Conservation Service, Soil Conservation Service, QGhio Department of Agriculture, and the United States Department of Agriculture helping to solve problems that occur in crop production and soil fertility and reporting of environmental conditions that affect crop production.

2331 Sullivant Avenue

Columbus, Ohio 43204

Page 45

Drawing sheet — no readable text.

Page 46

Materials Joining

Consultants

Welding Engineering and inspection

December 22, 1982 ia ty

DONT REMOVE

Mr. Stanley A. Meyer 3792 Broadway ON MICROFILM

Grove City, OH 43123

Dear Mr. Meyer:

SUBJECT: TECHNICAL CHARACTERISTICS OF STAINLESS STEEL FOR CERTAIN CONDITIONS

A spectographic chemical analysis of the 0.50-inch and 0.750-inch outside diameter tubing samples provided to the offices of Materials Joining Consultants has been performed. The results of this chemical analysis and other Supporting material characteristics are summarized in this report.

The tubing material can be classified as a general purpose austenitic type 304 Stainless Steel. 304 is considered the standard or basic 300 series stainless

steel alloy. The material is austenitic, face-centered cubic, and paramagnetic. Many of the other 300 alloys such as the acid resistance 316 stainless are modifications of the 304 material. The 300 series is known for its good notch toughness.

The results of the chemical analysis are presented below:

Element Z Composition

Iron he ey | ie

Phosphorus -025 -034

Silicon 53 ~55

Molybdenum .08 14

Vanadium 07 .07

Tungsten -00 -O1

In addition to the chemical analysis performed, an analysis of several water samples for sodium and potassium concentrations was conducted. The work as performed by R & D Laboratory and summarized in a letter dated November 12, 1982 was provided to Materials Joining Consultants for review. A synopsis of the analysis follows:

A Division of ([EGLX) Corporation

Page 47

Mr. Stanley A. Meyer

Source of Water Concentration in PPM

Sodium (Na) Potassium (K) (1) Drilled well, Washington Court House, Ohio 20 4.0 (2) Tap water, Washington Court House, Ohio 10 1.0 (3) Rain water from Kroger roof in Washington Court 15 1.1 House, Ohio (4) Lake Mount Sterling, Ohio 7 3.2

The austenitic type 304 is manufactured so as not to substantially oxidize, corrode, decompose, or deteriorate more than what is presented below: (1) (2)

A. When immersed in natural water, such as tap, river, sea, well, or rain and having a potassium and sodium content no greater than that presented by R & D Laboratory will not corrode more than 0.0007 inches

per year.

B. When immersed in natural water as aforesaid, and exposed to oxygen atoms in said water will not corrode more than 0.0001 inches per year.

C. When immersed in natural water as aforesaid, and exposed to hydrogen atoms in said water will not corrode more than 0.0001 inches per year.

D. When immersed in natural water as aforesaid, and exposed to both hydrogen and oxygen atoms in said water will not corrode more than 0.0001 inches per year.

E. When immersed in water as aforesaid, and having a voltage/very low current applied thereto will lose very little metal.

F. When immersed in water as aforesaid, and having both hydrogen and oxygen atoms in said water and with a voltage/very low current electrical power applied thereto will lose very little metal.

Should you have any questions concerning the work performed or require any further assistance, please contact Mr. Scott Anderson or myself.

Respectfully Submitted:

a MATERIALS JOINING CONSULTANTS

DONT REMOVE

ON MICROF bert L. Queen, Staff Engineer

Analysis performed by a spectrographic method.

Analysis performed and certified by the above signed.

(1) Polar, J..P., A Guide to Corrosion Resistance, (Greenwich, Conn.-Climax

Molybdenum Company, i (2) Fontana, .M. G.. Greene.W, 0., Corrosion Engineering, (New York,N.Y.-