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Alfred F Rondano

from Harwinton, CT
Age ~80

Alfred Rondano Phones & Addresses

  • 70 Barton St, Torrington, CT 06790 (860) 489-6457
  • Harwinton, CT
  • Longmeadow, MA
  • PO Box 152, Harwinton, CT 06791 (860) 489-6457

Work

Position: Food Preparation and Serving Related Occupations

Education

Degree: High school graduate or higher

Business Records

Name / Title
Company / Classification
Phones & Addresses
Alfred F Rondano
President
FRANK RONDANO INCORPORATED
Pumps Parts & Supplies Dealers · Pumps Service & Repair · Pumps Wholesale & Manufacturers
376 Birge Park Rd, Harwinton, CT 06791
PO Box 152, Harwinton, CT 06791
150 Litchfield Rd, Harwinton, CT 06791
(860) 482-8277, (860) 485-9142
Alfred Rondano
Owner, President
Harwinton Drilling & Engineering Company Inc
Mfg Vitreous Plumbing Fixtures Plumbing/Heating/Air Cond Contractor · Plumbing/Heating/Air Cond Contractor
376 Birge Park Rd, Torrington, CT 06791
PO Box 152, Torrington, CT 06791
(860) 482-8277
Alfred F. Rondano
PRESIDENT, President
HYDRAULIC ENGINEERING CORPORATION
Testing Laboratory
Rte 4, Harwinton, CT 06791
Litchfield Rd, Harwinton, CT 06791
376 Birge Park Rd, Torrington, CT 06791
70 Barton St, Torrington, CT 06790
Alfred Rondano
Manager
BRL ASSOCIATES, LLC
70 Barton St Torrington Ct 06790-0000 Usa<Br/>70 Barton St, Torrington, CT 06790

Publications

Us Patents

Apparatus For Continuously Separating A Mixture Of Fluids Having Different Densities

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US Patent:
53104811, May 10, 1994
Filed:
Oct 4, 1991
Appl. No.:
7/771340
Inventors:
Alfred Rondano - Torrington CT
International Classification:
B01D 1712
US Classification:
210 86
Abstract:
In a separator for separating a mixture of fluids of different densities into a high density fraction and a low density fraction, the mixture is introduced into a tank which is divided into a plurality of separation chambers and a collection chamber. As the mixture flows through the chambers it is separated into high and low density fractions with progressively more distinct differentials of density. The rate of fluid flow through the separator is controlled in part by the size of the separation chambers and by an automatic electro-mechanical control system. The control system includes several floats suspended within the fluids, wherein the level of at least one float is indicative of the level of high density fraction in the separator, and the level of at least one other float is indicative of the level of the low density fraction in the separator. The control system is responsive to the positions of the floats to control the fluid flow into the separator, and to control the discharge of high density fraction and low density fraction from the separator.
Alfred F Rondano from Harwinton, CT, age ~80 Get Report