BackgroundCheck.run
Search For

Christopher Scott Blatt, 58Rancho Santa Fe, CA

Christopher Blatt Phones & Addresses

Rancho Santa Fe, CA   

1025 28Th St, San Diego, CA 92102    619-2698002   

1312 28Th St, San Diego, CA 92102    619-2698002    619-7024462   

Coppell, TX   

Scottsdale, AZ   

Carlsbad, CA   

Phoenix, AZ   

Ewa Beach, HI   

San Marcos, CA   

PO Box 1586, Rancho Santa Fe, CA 92067    213-5050037   

Social networks

Christopher Scott Blatt

Linkedin

Work

Company: Pacific rim engineering 1998 Position: Director of business development & marketing / sales

Education

School / High School: Nuclear Power School- San Diego, CA 1995 Specialities: MBA in marketing/sales

Industries

Semiconductors

Mentions for Christopher Scott Blatt

Christopher Blatt resumes & CV records

Resumes

Christopher Blatt Photo 23

Market Development Manager At Zxeon

Location:
Greater San Diego Area
Industry:
Semiconductors
Christopher Blatt Photo 24

Christopher Blatt - Rancho Santa Fe, CA

Work:
Pacific Rim Engineering 1998 to 2009
Director of Business Development & Marketing / Sales
Mass Flow Products 1997 to 1998
Market Engineering Manager
IPEC/Clean 1995 to 1997
Chemical Engineering Manager, Advanced Reprocessing
Athens 1992 to 1995
Sr. Chemical Engineer, Research and Development
USN 1990 to 1992
Project Manager, Lt
Education:
Nuclear Power School - San Diego, CA 1995 to 1997
MBA in marketing/sales
Florida Institute of Technology - Melbourne, FL 1984 to 1988
MS in Nuclear Engineering

Publications & IP owners

Us Patents

Automatic Refill System For Ultra Pure Or Contamination Sensitive Chemicals

US Patent:
6435224, Aug 20, 2002
Filed:
Aug 2, 2001
Appl. No.:
09/921452
Inventors:
Christopher S. Blatt - San Diego CA
Richard H. Pearce - Cocoa FL
Graham Williams - Bromborough, GB
Assignee:
Arch Specialty Chemicals, Inc. - Norwalk CT
International Classification:
F17C 1300
US Classification:
141 21, 141 5, 141 1, 141 67, 141 95, 141198, 137209
Abstract:
A highly reliable and safe, modular automatic refill (bulk delivery) system for ultra-high purity pyrophoric metalorganic chemicals employing: a manifold that insures contamination-free operation; a liquid-level detection system with fail-safe redundancy; and an evacuation system which leaves the systems manifold and transfer lines relatively free of chemical fire hazards; leaves them free of oxygen contamination; and leaves the composition of the systems carrier gas unaffected, between refills.

Automatic Refill System For Ultra Pure Or Contamination Sensitive Chemicals

US Patent:
6604555, Aug 12, 2003
Filed:
Aug 2, 2002
Appl. No.:
10/211940
Inventors:
Christopher S. Blatt - San Diego CA
Richard H. Pearce - Cocoa FL
Graham Williams - Bromborough, GB
Assignee:
Arch Specialty Chemicals, Inc. - Norwalk CT
International Classification:
F17C 1300
US Classification:
141 21, 141 1, 141 5, 141 67, 141 95, 141198, 137209
Abstract:
A highly reliable and safe, modular automatic refill (bulk delivery) system for ultra-high purity pyrophoric metalorganic chemicals employing: a manifold that insures contamination-free operation; a liquid-level detection system with fail-safe redundancy; and an evacuation system which leaves the systems manifold and transfer lines relatively free of chemical fire hazards; leaves them free of oxygen contamination; and leaves the composition of the systems carrier gas unaffected, between refills.

Dehydration And Purification Of Isopropyl Alcohol To An Ultradry And Ultrapure Level

US Patent:
5868906, Feb 9, 1999
Filed:
Aug 2, 1996
Appl. No.:
8/691427
Inventors:
John A. Adams - Escondido CA
Gerald A. Krulik - San Clemente CA
Christopher Blatt - La Costa CA
David Persichini - Oceanside CA
Assignee:
Athens Corporation - Oceanside CA
International Classification:
B01D 300
US Classification:
203 18
Abstract:
A method for the on-site reprocessing of isopropyl alcohol used in semiconductor manufacturing, to generate an ultradry and ultrapure isopropyl alcohol. This ultradry and ultrapure isopropyl alcohol is produced through a pervaporation step, followed by double distillation. In the first distillation step, an autonomous azeotropic self-stripping distillation column is used to produce an ultradry and partially purified isopropyl alcohol. In the next step, the isopropyl alcohol is distilled in an overhead product distillation column, to produce an ultrapure and ultradry isopropyl alcohol. Alternatively, if the feed isopropyl alcohol contains less than 2000 ppm water, the pervaporation step may be omitted. The resulting isopropyl alcohol has between a high of 100 parts per million (ppm) and a low of 0. 1 ppm of water in the isopropyl alcohol.

High Efficiency Chemical Processing

US Patent:
5500095, Mar 19, 1996
Filed:
Apr 8, 1994
Appl. No.:
8/224956
Inventors:
Robert T. Shinagawa - Encinitas CA
Susan M. Jordan - Danville CA
Christopher S. Blatt - La Costa CA
Assignee:
Athens Corporation - Oceanside CA
International Classification:
B01D 342
C01B 1790
US Classification:
203 2
Abstract:
A high efficiency batch sulfuric acid reprocessor system that is capable of producing high purity acid through distillation. Methods of use are also provided. The distillation is monitored and controlled in accordance with temperatures of the system, in particular, the temperature of the column and the temperature of the vapor in a condensing chamber. A stream splitter enables the invention to selectively collect high purity product as well as remove waste or recycle condensate as reflux.

NOTICE: You may not use BackgroundCheck or the information it provides to make decisions about employment, credit, housing or any other purpose that would require Fair Credit Reporting Act (FCRA) compliance. BackgroundCheck is not a Consumer Reporting Agency (CRA) as defined by the FCRA and does not provide consumer reports.