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Leif E Bouffard

from Mulberry, FL
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Also known as:
Leif Erick Bouffard, Ruffard B Leif
Phone and address:
4162 Stonehenge Rd, Mulberry, FL 33860
Connected to:
Betty Bouffard, 72Fernando Bouffard, 72Harry E Bouffard, 100Katherine M Bouffard, 69Megan A Bouffard, 28Nicolle M Bouffard, 42Rose M Bouffard, 123Francoise Bouffault, 78Maria T Bouffier, 70Dana M Bouffiou, 54

Leif Bouffard Phones & Addresses

  • 4162 Stonehenge Rd, Mulberry, FL 33860
  • 200 Saint Andrews Blvd APT 3602, Winter Park, FL 32792 (407) 949-0148
  • 200 Saint Andrews Blvd, Winter Park, FL 32792
  • Magna, UT
  • Valdosta, GA
  • Gainesville, FL
  • Lakeland, FL

Work

Company: Hatch Apr 2012 Address: Tampa Florida Position: Director - phosphates process engineering

Education

Degree: BS School / High School: University of Tennessee-Knoxville 1968 to 1973 Specialities: Chemical Engineering

Awards

2008 AIChE Central Florida Section Engin...

Industries

Chemicals

Public records

Vehicle Records

Leif Bouffard

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Address:
4162 Stonehenge Rd, Mulberry, FL 33860
Phone:
(863) 425-2196
VIN:
4T1BE46K67U633174
Make:
TOYOTA
Model:
CAMRY
Year:
2007

Resumes

Resumes

Leif Bouffard Photo 1

Director - Phosphates Process Engineering At Hatch

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Position:
Director - Phosphates Process Engineering at Hatch
Location:
Lakeland, Florida Area
Industry:
Chemicals
Work:
Hatch - Tampa Florida since Apr 2012
Director - Phosphates Process Engineering
Central Engineering a Division of Central Maintenance and Welding Oct 2009 - Apr 2012
Lead Process Engineer
Mosaic Fertilizer LLC Mar 2006 - Sep 2009
Engineer Lead- Advisor
Education:
University of Tennessee-Knoxville 1968 - 1973
BS, Chemical Engineering
Honor & Awards:
2008 AIChE Central Florida Section Engineer of the Year

Publications

Us Patents

Process For The Production Of Phosphoric Acid And Hydrogen Fluoride From Phosphate Rock And Fluosilicic Acid

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US Patent:
51805693, Jan 19, 1993
Filed:
Dec 17, 1991
Appl. No.:
7/808641
Inventors:
William R. Erickson - Lakeland FL
Leif E. Bouffard - Mulberry FL
Assignee:
Phosphate Engineering and Construction Company - Lakeland FL
International Classification:
C01B 719
C01B 2516
US Classification:
423319
Abstract:
Fluosilicic acid is reacted with phosphate rock in order to produce wet process phosphoric acid and calcium fluoride which is later reacted with sulfuric acid to produce hydrogen fluoride and calcium sulfate. The hydrogen fluoride is then stripped from the phosphoric acid and recovered as either anhydrous hydrogen fluoride or concentrated hydrofluoric acid or reacted aluminum trihydrate to produce aluminum fluoride; with sodium carbonate to produce sodium fluoride/bifluoride; or with ammonia to produce ammonium fluoride/bifluoride.

Process For The Production Of Phosphoric Acid And Hydrogen Fluoride From Phosphate Rock And Fluosilicic Acid

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US Patent:
54277574, Jun 27, 1995
Filed:
Dec 2, 1993
Appl. No.:
8/160629
Inventors:
William R. Erickson - Lakeland FL
Leif E. Bouffard - Mulberry FL
Assignee:
Phosphate Engineering and Construction Co. - Lakeland FL
International Classification:
C01B 2522
C01F 1122
US Classification:
423319
Abstract:
Fluosilicic acid is reacted with phosphate rock in order to produce wet process phosphoric acid and calcium fluoride which is later reacted with sulfuric acid to produce hydrogen fluoride and calcium sulfate. The hydrogen fluoride is then stripped from the phosphoric acid and recovered as either anhydrous hydrogen fluoride or concentrated hydrofluoric acid or reacted with aluminum trihydrate to produce aluminum fluoride; with sodium carbonate to produce sodium fluoride/bifluoride; or with ammonia to produce ammonium fluoride/bifluoride.

Process For The Production Of Phosphoric Acid And Calcium Fluoride

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US Patent:
55319750, Jul 2, 1996
Filed:
May 9, 1995
Appl. No.:
8/437671
Inventors:
William R. Erickson - Lakeland FL
Leif E. Bouffard - Mulberry FL
Assignee:
Phosphate Engineering and Construction Co., Inc. - Lakeland FL
International Classification:
C01B 2522
C01F 1122
US Classification:
423319
Abstract:
Fluosilicic acid is reacted with phosphate rock in order to produce wet process phosphoric acid and calcium fluoride which is later reacted with sulfuric acid to produce hydrogen fluoride and calcium sulfate. The hydrogen fluoride is then stripped from the phosphoric acid and recovered as either anhydrous hydrogen fluoride or concentrated hydrofluoric acid or reacted with aluminum trihydrate to produce aluminum fluoride; with sodium carbonate to produce sodium fluoride/bifluoride; or with ammonia to produce ammonium fluoride/bifluoride.
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Leif E Bouffard from Mulberry, FL Get Report