Search

Natan L Guryevskiy

from Manalapan, NJ
Age ~71

Natan Guryevskiy Phones & Addresses

  • 135 Amberly Dr UNIT E, Englishtown, NJ 07726
  • Manalapan, NJ
  • 1608 22Nd St, Brooklyn, NY 11210 (718) 677-7394
  • 1608 E 22Nd St #2, Brooklyn, NY 11210 (718) 677-7394
  • 1467 Royce St #1G, Brooklyn, NY 11234
  • Philadelphia, PA
  • New York, NY

Resumes

Resumes

Natan Guryevskiy Photo 1

Skanska

View page
Location:
Brooklyn, NY
Industry:
Architecture & Planning
Work:

Skanska
Natan Guryevskiy Photo 2

Natan Guryevskiy

View page
Industry:
Construction
Natan Guryevskiy Photo 3

Natan Guryevskiy Brooklyn, NY

View page
Work:
Skanska USA

2013 to 2000
Senior Mechanical Estimator

Matrix Mechanical Corporation
Long Island City, NY
2006 to 2007
HVAC Estimator

W J Post Mechanical Contractors
Riverdale, NJ
2005 to 2005
Estimator

AmericanEnvirocare
New York, NY
1998 to 1998
Engineer Researcher

DUK a R&D and Manufacturing Company
Odesa
1996 to 1996
Engineer Researcher

Self-Employed

1991 to 1991
Principal

ACCU COST Construction Consultants
Manhattan, NY
Lead Mechanical Estimator

Education:
Odessa Polytechnic Institute
Odesa
2006 to 2012
Equivalency of B&M in Power Engineering

Globe Institute Of Technology
New York, NY
1996 to 1998
Associate in Occupational Studies

F.E.G.S. Trade and Business School
New York, NY
1996

Natan Guryevskiy Photo 4

Natan Guryevskiy Brooklyn, NY

View page
Work:
Skanska USA
Manhattan, NY
2007 to 2013
Senior Mechanical Estimator

Matrix Mechanical Corporation
Long Island City, NY
2006 to 2007
HVAC Estimator

W J Post Mechanical Contractors
Riverdale, NJ
2005 to 2005
Estimator

Engineer Researcher
1998 to 1998

American EnviroCare, Inc
New York, NY
1997 to 1997

DUK a R&D and Manufacturing Company
Odessa, TX
1996 to 1996

Self-Employed

1991 to 1991
Principal

Education:
Odessa Polytechnic Institute
Odessa, TX
2006 to 2012
Equivalency of B&M in Power Engineering

Globe Institute Of Technology
New York, NY
1996 to 1998
Associate in Occupational Studies

F.E.G.S. Trade and Business School
New York, NY
1996

Publications

Us Patents

Solar Heat Collector

View page
US Patent:
8316842, Nov 27, 2012
Filed:
May 26, 2005
Appl. No.:
11/138032
Inventors:
Natan Guryevskiy - Brooklyn NY, US
Boris Guryevskiy - Brooklyn NY, US
International Classification:
F24J 2/50
US Classification:
126651, 126705, 126709
Abstract:
A solar heat collector for using solar energy to heat a fluid flowing therethrough includes a housing having a portion facing the sun. A predetermined plurality of tubular members are disposed within the housing with each tubular member connected to a fluid input and a fluid output for carrying a fluid through the housing. An absorption film is attached to the sun facing portion of the housing. A filler member engages the absorption film and a predetermined portion of each tubular member for improving heat transfer efficiency of the absorbed solar energy from the absorption film to each tubular member. A material of the filler member has thermal conductivity greater than a thermal conductivity of air at zero degrees Celsius.

Fine Particle Dispensing Apparatus And Method

View page
US Patent:
20050274748, Dec 15, 2005
Filed:
Apr 27, 2005
Appl. No.:
11/115560
Inventors:
Natan Guryevskiy - Brooklyn NY, US
International Classification:
B65D083/00
B65D083/06
B65D083/14
B65D083/16
B67D003/00
B65D083/52
B65D083/48
B65D083/50
B65D083/42
B65D083/40
B65D083/44
B65D083/38
B65D083/36
B65D083/34
B65D083/32
B65D083/28
US Classification:
222481500
Abstract:
An apparatus for dispensing fine particulate matter from a flexible container includes a housing with a first open end and an opposed closed end. A cover is pivotally attached to an open end for selectively opening and closing thereof. A nozzle is attached to the closed end extending into the housing. The nozzle has a passageway extending therethrough and a first end puncturing a wall of the container and enabling the first member to penetrate the container. A pump member is disposed transversely to the nozzle and includes a passageway having a venturi and a venturi throat disposed adjacent a first end. The second end receives a supply of fluid under pressure. A vent is attached to the cover and has one end puncturing and penetrating the wall of the container. Supply of fluid under pressure forms a pressure differential between opposite ends of the container and enables the fine particulate matter to enter the first passage and then the second passage for mixing with the fluid. At least one perforated partition and a passageway connecting the housing and the nozzle are provided to retain the shape of the flexible container.
Natan L Guryevskiy from Manalapan, NJ, age ~71 Get Report