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Leslie Ann Bartholomew, 604753 York Dr, Orefield, PA 18069

Leslie Bartholomew Phones & Addresses

4753 York Dr, Orefield, PA 18069    610-5307148   

Whitehall, PA   

Allentown, PA   

Bethlehem, PA   

Mentions for Leslie Ann Bartholomew

Leslie Bartholomew resumes & CV records

Resumes

Leslie Bartholomew Photo 33

Market Manager - Cement

Location:
1541 Stanford Rd, Bethlehem, PA 18018
Industry:
Mechanical Or Industrial Engineering
Work:
Flsmidth
Market Manager - Cement
Education:
Penn State University
Skills:
Negotiation, Process Engineering, Contract Management, Sales Management, Engineering, Project Engineering, Manufacturing, Continuous Improvement, International Sales, Factory, Product Development, Contract Negotiation, Management, Business Strategy, Process Improvement, New Business Development, Commissioning, Procurement, Strategic Planning, Project Management, Sales, Project Planning, Product Marketing, Operations Management, Process Optimization, Change Management, Mechanical Engineering, Cement, Materials, Pumps, Process Control, Marketing Strategy, Business Development
Leslie Bartholomew Photo 34

Leslie Bartholomew

Leslie Bartholomew Photo 35

Leslie Bartholomew

Publications & IP owners

Us Patents

Silo With Dense Phase Discharge

US Patent:
6238145, May 29, 2001
Filed:
Mar 30, 1999
Appl. No.:
9/282087
Inventors:
Kermit Paul - Bethlehem PA
Leslie Bartholomew - Bethlehem PA
Assignee:
Fuller Bulk Handling Corp. - Bethlehem PA
International Classification:
B65G 5340
US Classification:
406123
Abstract:
A silo for pulverulent and other loose materials of the type that has a base formed in part by a centrally located, inner conical dome. The silo has a vertically oriented material withdrawal conduit through which the loose materials are withdrawn from the silo. The conduit has an upper end located approximately at the apex of the inner conical dome, and the silo is constructed so that approximately two thirds of its stored contents can be withdrawn by gravity from the lower end of the material withdrawal conduit. The silo may also utilize a plurality of angularly spaced material transport conduits passing radially inward, with a first end of said conduits being located at material outlet points located within the silo body near the inner silo wall and a second end of each of said conduits located at a centrally located collection point within the silo body. The conduits will preferably utilize a dense phase conveying system that utilizes gravity to provide the pressure head to transport material.

Blender For Particulate Material

US Patent:
5145253, Sep 8, 1992
Filed:
May 21, 1990
Appl. No.:
7/526198
Inventors:
Kermit D. Paul - Bethlehem PA
Leslie C. Bartholomew - Bethlehem PA
John S. Szazdi - Bethlehem PA
Gerald J. Labelle - Allentown PA
Assignee:
Fuller Company - Bethlehem PA
International Classification:
B01F 1302
B01F 1502
US Classification:
366101
Abstract:
An integrated process blending apparatus which blends particulate material and also automatically controls the flow of material into the blender and out to the associated processing equipment. Load cells attached to the blender vessel are used to control the entry of material into the blender, while the pressure drop in the blender output pipe is used to control an output deflector to either remove or recycle material within the blender. The blender is also made more effective by dividing it into vertical compartments with separators which have angled portions preferably in their lower regions to cause different downward flow velocities in each compartment, and by creating a multistage blender by stacking sets of offset compartments one on top of another.

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