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Christopher C Jakimowicz

from Shelby Township, MI
Age ~81
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Also known as:
Christopher L Jakimowicz, Christophe Jakimowicz, Christoph Jakimowicz, Christopher Z
Phone and address:
6742 Canterbury Ct, Shelby Township, MI 48316
Related to:
Michael A Jakimowicz, 64Casimera Jakimowiez
Connected to:
Ana Jakimovska, 47Malisa Jakimovski, 42Nicole J Jakims, 61Jeffrey Jakimtschuk, 54James R Jakins, 38John D Jakins, 60Sebastian B Jakins, 47Reyes Jakir, 52Manish Jakkal, 53Tero J Jakku, 49

Christopher Jakimowicz Phones & Addresses

  • 6742 Canterbury Ct, Utica, MI 48316
  • Shelby Township, MI
  • Detroit, MI

Work

Company: Us steel corp great lakes works Position: Process coordinating manager

Skills

Operations Management • Project Management • Mining • Continuous Improvement • Supply Chain Management • Procurement • Engineering • Manufacturing • Logistics • Process Engineering • Maintenance Management • Lean Manufacturing • 5S • Six Sigma • Iso • Factory • Materials Management • Steel • Value Stream Mapping • Sap • Root Cause Analysis • Metallurgy • Materials • Kaizen • Quality Management • Plant Maintenance • Preventive Maintenance • Project Engineering • Production Planning • Tpm • Process Control • Manufacturing Operations Management • Predictive Maintenance • Industrial Engineering • Mineral Processing • Rcm • Planned Preventative Maintenance • Rolling • Safety Management Systems • Aluminum • Contract Management • Construction • Project Planning • Contract Negotiation • Project Estimation • Process Improvement

Emails

m***[email protected]

Industries

Mining & Metals

Resumes

Resumes

Christopher Jakimowicz Photo 1

Process Coordinating Manager

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Location:
Detroit, MI
Industry:
Mining & Metals
Work:
Us Steel Corp Great Lakes Works
Process Coordinating Manager
Skills:
Operations Management
Project Management
Mining
Continuous Improvement
Supply Chain Management
Procurement
Engineering
Manufacturing
Logistics
Process Engineering
Maintenance Management
Lean Manufacturing
5S
Six Sigma
Iso
Factory
Materials Management
Steel
Value Stream Mapping
Sap
Root Cause Analysis
Metallurgy
Materials
Kaizen
Quality Management
Plant Maintenance
Preventive Maintenance
Project Engineering
Production Planning
Tpm
Process Control
Manufacturing Operations Management
Predictive Maintenance
Industrial Engineering
Mineral Processing
Rcm
Planned Preventative Maintenance
Rolling
Safety Management Systems
Aluminum
Contract Management
Construction
Project Planning
Contract Negotiation
Project Estimation
Process Improvement

Publications

Us Patents

Containment Fence For Runout Table

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US Patent:
49457462, Aug 7, 1990
Filed:
Dec 27, 1988
Appl. No.:
7/290276
Inventors:
Christopher C. Jakimowicz - Utica MI
James H. Ramey - Newport MI
Assignee:
National Steel Corporation - Pittsburgh PA
International Classification:
B21B 3916
US Classification:
72251
Abstract:
An improved containment fence for a roller conveyor type runout table used with a hot strip mill includes a plurality of vertically extending posts mounted in fixed relation to and outboard of the conveyor rollers along each side of the runout table with the posts each terminating in a top end spaced above the conveying path defined by the rollers, and a plurality of fence plate assemblies each including an elongated generally rectangular plate and a pair of rigid mounting brackets on and extending outwardly from one surface of each elongated plate one adjacent each end thereof for mounting the plates on the upper end of the upwardly projecting posts and adjacent the ends of the rollers of the conveyor, each plate assembly having a length to extend past the ends of a plurality of adjacent rollers on the conveyor, and the posts and mounting brackets supporting the plates in overlapping relation along the length of the conveyor with a downstream end of each elongated plate extending inboard of the upstream end of the next adjacent elongated plate whereby the elongated plates along each side of the conveyor path form a continuous fence free from protrusions capable of impeding movement of a strip along the conveyor path.

Pollutant Collection System For Coke Oven Discharge Operation

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US Patent:
39517519, Apr 20, 1976
Filed:
Jul 26, 1974
Appl. No.:
5/492261
Inventors:
Christopher C. Jakimowicz - Detroit MI
Larry C. Jones - Allen Park MI
Donald D. Raugh - Grosse Ile MI
Assignee:
National Steel Corporation - Pittsburgh PA
International Classification:
C10B 3300
C10B 3900
US Classification:
202263
Abstract:
A pollutant collection and exhaust system is provided in a battery of coke ovens for removal of atmospheric pollutants from the gases released at the time of discharge of coke from an oven. A coke guide carriage is provided with an exhaust hood which encloses the coke guide and extends over the transfer car thereby enshrouding the discharging coke and resulting fumes and smoke during the discharge operation. The exhaust hood is movable along the length of the oven battery. A stationary exhaust manifold extends along the battery in spaced relation above the oven exhaust hood. The exhaust hood is equipped with connecting means which are adapted to register in coplanar sealing engagement with selected gated openings in the manifold while simultaneously opening the selected gates. Pollutants are exhausted from the discharge site and conducted through the manifold and associated treating apparatus with draft induced by an exhaust means connected to the manifold and treating apparatus.

Limiting Control Arrangement For Exhaust System Operation

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US Patent:
39453081, Mar 23, 1976
Filed:
Jul 26, 1974
Appl. No.:
5/492323
Inventors:
Christopher Jakimowicz - Detroit MI
Thomas G. Duford - Trenton MI
Assignee:
National Steel Corporation - Pittsburgh PA
International Classification:
F23J 1100
US Classification:
98115R
Abstract:
In an exhaust system for removing smoke and pollutant fumes from the area surrounding the discharge of coke from a coke oven in which air, solids, and gaseous pollutants are moved through an exhaust manifold gated at its inlets, through treating apparatus for removing contaminants from the air, with the cleaned air subsequently discharged to the atmosphere, a method and means are provided for maintaining continuous induced draft within the exhaust system. A means for inducing exhaust flow operates continuously between a minimum flow and maximum capacity depending on whether the inlet gates of the exhaust manifold are closed or open, respectively. A flow control damper located at the suction of the means for inducing exhaust flow is controlled to permit the flow inducing means to operate in accordance with its performance curve up to drawing a predetermined maximum amperage. Upon approaching the predetermined maximum amperage the damper acts to restrict the suction flow and maintain the predetermined maximum amperage.
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Christopher C Jakimowicz from Shelby Township, MI, age ~81 Get Report