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Gordon Rampy Phones & Addresses

  • 8300 Falcon Glen Rd, Warrenton, VA 20186 (540) 347-7301
  • 8446 Falcon Glen Rd, Warrenton, VA 20186
  • Midland, VA

Work

Company: Chemetrics, inc. Jan 1969 Position: Chief executive officer and founder

Education

School / High School: Wilson High School, M.i.t

Languages

English

Industries

Chemicals

Resumes

Resumes

Gordon Rampy Photo 1

Chief Executive Officer And Founder

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Location:
4295 Catlitt Rd, Calverton, VA
Industry:
Chemicals
Work:
Chemetrics, Inc.
Chief Executive Officer and Founder
Education:
Wilson High School, M.i.t
Languages:
English

Business Records

Name / Title
Company / Classification
Phones & Addresses
Gordon J. Rampy
Incorporator, President, Chairman of the Board, Partner, CEO
CHEMetrics, Inc.
Chemicals · Manufacturing · Chemical Manufacturing · Other Chemical Product and Preparation Mfg. · Mfg Analytical Instruments Testing Laboratory Mfg Process Control Instruments · Nonclassifiable Establishments · Whol Medical/Hospital Equipment · Chemicals-Manufacturers
4295 Catlett Rd, Midland, VA 22728
4295 Catlett Rd, Calverton, VA 20138
3 Brentwood Cir, Nitro, WV 25143
(540) 788-9026, (540) 788-4856

Publications

Us Patents

Analytical Apparatus With Coded Elements

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US Patent:
56467362, Jul 8, 1997
Filed:
Dec 19, 1995
Appl. No.:
8/574515
Inventors:
Gordon A. Rampy - Warrenton VA
Rame Bull - Schaumburg IL
Henry Castaneda - Woodbridge VA
Teresa A. Neale - Bealeton VA
G. Neil Spokes - Marshall VA
Edgar Watson - Grayslake IL
Assignee:
CHEMetrics, Inc. - Calverton VA
International Classification:
G01N 2125
US Classification:
356419
Abstract:
An instrument kit includes a photometric instrument and a standardizing ampoule. The standardizing ampoule includes a machine readable code that is recognized by the instrument when the ampoule is inserted to initiate a standardizing routine. An analysis kit includes an optical filter assembly and a sample ampoule to be used with the instrument. The filter assembly also includes a machine readable code that is detected by the instrument when inserted to identify the particular test to be conducted by the instrument. The instrument automatically applies the relationship between detected light and concentration of a substance for the particular test and displays the sample concentration in numeric digital form. The instrument operates automatically, and there are no buttons or other external input devices.

Ampule For Chemical Oxygen Demand Test

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US Patent:
54234409, Jun 13, 1995
Filed:
Oct 15, 1993
Appl. No.:
8/136368
Inventors:
Henry B. Castaneda - Woodbridge VA
G. Neil Spokes - Marshall VA
Gordon A. Rampy - Warrenton VA
Assignee:
CHEMetrics, Inc. - Calverton VA
International Classification:
B65D 102
US Classification:
215 49
Abstract:
An article particularly useful for Chemical Oxygen Demand (COD) tests includes an ampule, a resealing cap, and a protective sheath. The ampule includes a segment along its neck that is detachable for allowing introduction of a sample. The cap is used for resealing the neck after introduction of a sample, and the detachable segment is located at a narrow diameter portion of the neck so that the expulsion force on the cap generated by interior pressure is small. A flexible sheath is provided to protect the neck during shipment and to assist in removing the detachable segment.

Disposable Titration Device

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US Patent:
43327699, Jun 1, 1982
Filed:
Sep 10, 1980
Appl. No.:
6/185978
Inventors:
Gordon A. Rampy - Warrenton VA
Henry B. Castaneda - Woodbridge VA
Assignee:
Chemetrics, Inc. - Warrenton VA
International Classification:
G01N 3116
US Classification:
422 75
Abstract:
A device for quantitative analysis of fluids which consists of a rigid, transparent tube containing a predetermined quantity of reagent and end-point indicator, evacuated and fitted with a valve which is suitable for sealing and for precisely controlling the entry of sample fluid so that upon immersion of the valve in the sample fluid and opening and closing it as desired, a quantity of sample fluid may be introduced to the tube and mixed with the reagent contained therein which is precisely the amount necessary to cause a visible change indicating complete neutralization of the reagent. The amount of material being analyzed for can then be ascertained by measuring the amount of sample fluid introduced and applying a simple mathematical formula.
Gordon A Rampy from Warrenton, VA, age ~95 Get Report