Search

Peter R Klinkowski

from Great Barrington, MA
Age ~77
Get Report
Also known as:
Pete R Klinkowski, Pete R Linkowski, Peter Kinkowski, Peter I
Phone and address:
412 Monterey Rd, Alford, MA 01230
(413) 644-8887
Connected to:
Jerome F Klinkowitz, 81Michael A Klinkovsky, 66Scott P Klinkradt, 51Lonnie G Klinksick, 77Weston B Klinksiek, 36Dennis Klinman, 35Jerome J Klinman, 90Martin J Klinn, 73Anita R Klinner, 50Brent J Klinnert, 53

Peter Klinkowski Phones & Addresses

  • 412 Monterey Rd, Gt Barrington, MA 01230 (413) 644-8887
  • Great Barrington, MA
  • South Egremont, MA
  • 287 East Ave, Norwalk, CT 06855 (203) 831-8746 (203) 838-8862 (203) 866-7059
  • 1462 Sunset Cliffs Blvd, San Diego, CA 92107
  • Norfolk, MA
  • Montague, MA
  • Solana Beach, CA
  • 412 Monterey Rd, Great Barrington, MA 01230 (203) 866-7059

Work

Company: Ddynamics Position: Owner

Education

Degree: Graduate or professional degree

Industries

Management Consulting

Public records

Vehicle Records

Peter Klinkowski

View page
Address:
287 East Ave, Norwalk, CT 06855
VIN:
WBAVD53527AV14691
Make:
BMW
Model:
3 SERIES
Year:
2007

Resumes

Resumes

Peter Klinkowski Photo 1

Owner

View page
Location:
412 Monterey Rd, Great Barrington, MA 01230
Industry:
Management Consulting
Work:
Ddynamics
Owner

Publications

Us Patents

Electrode Assembly And Process For Electrically Augmented Vacuum Filtration

View page
US Patent:
46701184, Jun 2, 1987
Filed:
Jan 2, 1981
Appl. No.:
6/222057
Inventors:
Peter R. Klinkowski - Norwalk CT
Assignee:
Dorr-Oliver Incorporated - Stamford CT
International Classification:
B01D 1302
C25D 2106
C02F 144
US Classification:
2041822
Abstract:
An electrode assembly for use in dewatering a suspension of solids in which an electric field augments an applied vacuum includes a chamber having walls comprising an ion exchange membrane on which a cake of solids is deposited and an electrode element with the chamber immersed in an electrolyte.

Biodic Electrofiltration

View page
US Patent:
44683065, Aug 28, 1984
Filed:
Apr 6, 1983
Appl. No.:
6/482488
Inventors:
Mark P. Freeman - Darien CT
Peter R. Klinkowski - Norwalk CT
Assignee:
Dorr-Oliver Incorporated - Stamford CT
International Classification:
B01D 5702
B01D 1302
US Classification:
204180P
Abstract:
An electrically augmented vacuum filtration apparatus and process wherein a suspension of solids is dewatered in a bath located between electrodes of opposite polarity with intermediate biodes (a biode being in a sense a combined anode and cathode structure) positioned in the bath between the electrodes.

Electro Ultrafiltration Process And Apparatus

View page
US Patent:
39459004, Mar 23, 1976
Filed:
Sep 23, 1974
Appl. No.:
5/508409
Inventors:
Peter R. Klinkowski - Norwalk CT
Assignee:
Dorr-Oliver Incorporated - Stamford CT
International Classification:
C25D 1306
B01D 1302
US Classification:
204181
Abstract:
An electro-ultrafiltration process is conducted in a tank in which the cathode and anode regions are separated by an anisotropic ultrafiltration membrane. A pressure differential is applied across the membrane and the fluid component of the bath moves through the membrane under the influence of this pressure for removal from the tank. Current applied between the electrodes develops an additional flow of the fluid component of the bath through the membrane. Due to the special characteristics of the anisotropic membrane, the total flux through the membrane under these conditions greatly exceeds the flux attributable to the individual effects of pressure and current. This process is especially useful when applied in electrophoretic coating systems, for it can establish a stable bath composition and it also tends to maintain the membrane in an essentially unfouled condition.

Method For Discharging Cake Formed On An Electrode Structure

View page
US Patent:
47598352, Jul 26, 1988
Filed:
Aug 30, 1985
Appl. No.:
6/771436
Inventors:
Peter R. Klinkowski - Norwalk CT
Assignee:
Dorr-Oliver Incorporated - Stamford CT
International Classification:
B01D 1302
US Classification:
2041822
Abstract:
A method and apparatus for discharging a cake of suspended solids formed on an electrode structure, the electrode structure comprising an electrode, a membrane wall, an electrolyte chamber formed by the membrane wall, and means for increasing the pressure inside the electrolyte chamber so that the membrane wall expands, whereby the cake of solids of suspension are discharged therefrom. The means for increasing the pressure inside the electrolyte chamber are injecting gas into the electrolyte chamber, injecting liquid into the electrolyte chamber, and/or reducing the vacuum means applied internally to the electrolyte chamber.

Producing A Solid Polymeric Electrolyte

View page
US Patent:
45130329, Apr 23, 1985
Filed:
Aug 23, 1983
Appl. No.:
6/481870
Inventors:
Peter R. Klinkowski - Norwalk CT
Assignee:
Dorr-Oliver - Stamford CT
International Classification:
B05D 310
C08D 520
B01D 3900
B01D 3914
US Classification:
427336
Abstract:
A strong, relatively inert filter cloth is impregnated with an ion exchange resin to provide, for an electrofiltration process, a reinforced solid polymeric electrolyte having ion transport properties and at the same time constituting a positive barrier to mass transport.

High Flow Electrofiltration

View page
US Patent:
46041745, Aug 5, 1986
Filed:
Apr 30, 1985
Appl. No.:
6/728957
Inventors:
James M. Bollinger - Stamford CT
Peter R. Klinkowski - Norwalk CT
Assignee:
Dorr-Oliver Incorporated - Stamford CT
International Classification:
C02F 146
US Classification:
204151
Abstract:
An electrically augmented crossflow filter device in which a feed stream containing solid particulate matter is flowed between opposed walls while a pressure differential is imposed across a first of said walls comprising a filter medium to produce a flow of filtrate therethrough in a direction perpendicular to the direction of flow of the feed stream. At the same time, an electric field is imposed on the feed stream in a direction perpendicular to the direction of the flow of the feed stream, causing the solid particulate matter in the feed stream to tend to move toward the second of said walls which comprises an ion-pervious member. Cake formation on the latter ion-pervious wall is limited or precluded by the velocity of the feed stream while the feed stream thickens in passing between the walls to form the product stream. The electrode which is located behind the second, or ion-pervious, wall is immersed during operation in a protective stream of a selected electrolyte.

Dialyzing Electrofilter With Improved Electrode

View page
US Patent:
46683615, May 26, 1987
Filed:
May 24, 1985
Appl. No.:
6/738198
Inventors:
Peter R. Klinkowski - Norwalk CT
Assignee:
Dorr-Oliver Incorporated
International Classification:
B01D 1302
US Classification:
2041823
Abstract:
A system and apparatus for dewatering a suspension of solids in a carrier liquid by means of an electrically augmented vacuum filter (EAVF). The EAVF including an anodic structure comprising an anode, anolyte and a filter membrane for depositing solids from the suspension of solids thereon; and a cathodic structure comprising a cathode, catholyte, a catholyte chamber and a filtrate chamber for filtering the filtrate of the bath of the suspension of solids. The catholyte chamber having a membrane wall which is liquid impervious and either an anion exchange membrane or a non ion selective membrane. Filtrate being removed at the filtrate chamber.

Dialyzing Crossflow Electrofilter With Improved Electrode

View page
US Patent:
47583193, Jul 19, 1988
Filed:
Jan 16, 1987
Appl. No.:
7/003981
Inventors:
Peter R. Klinkowski - Norwalk CT
Assignee:
Dorr-Oliver Incorporated - Stamford CT
International Classification:
B01D 1302
US Classification:
2041823
Abstract:
A membrane for dewatering a suspension of solids in a carrier liquid by means of either an electrically augmented vacuum filter (EAVF) or an electrically augmented crossflow device. The EAVF and crossflow devices both include an anodic structure comprising an anode, anolyte and a filter membrane for depositing or concentrating solids from the suspension of solids; and a cathodic structure comprising a cathode, catholyte, a catholyte chamber, and a filtrate chamber for filtering the filtrate of the bath of the suspension of solids. The catholyte chamber having a membrane wall which is liquid impervious and either an anion exchange membrane or a non ion selective membrane. Filtrate being removed at the filtrate chamber.
Control profile
Peter R Klinkowski from Great Barrington, MA, age ~77 Get Report