Philip H. Baldwin, JR
Accountancy at Zyder Zee, Colorado Springs, CO
License number
Colorado 15794
Issued Date
Mar 29, 1995
Renew Date
Dec 1, 2015
Expiration Date
Nov 30, 2017
Type
Certified Public Accountant
Address
Address
615 Zyder Zee, Colorado Springs, CO 80901
Professional information
Philip Baldwin - Colorado Springs, CO
Work:
Leprechaun Farms, LLC, Leprechaun Farms, LLC
consultant Dahn Corp
Assistant Site Manager Neutralite Technologies
Consultant on Budgets Noranda Corp - Gramercy, LA
Consultant Water Projects The Shaw Group, The Shaw Group
Consultant, Technical Writer, Executive, Achievements Noted Kelly Anderson Associates - Alexandria, VA
Technical Writer The Shaw Group, The Shaw Group - Baton Rouge, LA
Consultant, was sole author of market analysis & risk analysis project reports
consultant Dahn Corp
Assistant Site Manager Neutralite Technologies
Consultant on Budgets Noranda Corp - Gramercy, LA
Consultant Water Projects The Shaw Group, The Shaw Group
Consultant, Technical Writer, Executive, Achievements Noted Kelly Anderson Associates - Alexandria, VA
Technical Writer The Shaw Group, The Shaw Group - Baton Rouge, LA
Consultant, was sole author of market analysis & risk analysis project reports
Education:
Math@the University of Notre Dame
BS in Chemistry/Math
BS in Chemistry/Math
Process For Rapid Colloidal Suspension Removal
US Patent:
6607670, Aug 19, 2003
Filed:
Apr 13, 2001
Appl. No.:
09/834536
Inventors:
Philip N. Baldwin - Colorado Springs CO
Raymond E. Beatty - Lynchburg VA
James E. Day - Manassas VA
Gary J. Guy - Jackson SC
Raymond E. Beatty - Lynchburg VA
James E. Day - Manassas VA
Gary J. Guy - Jackson SC
Assignee:
Framatome Anp. Inc. - Lynchburg VA
International Classification:
C02F 156
US Classification:
210714, 210725, 210727, 210778, 210793, 451 36, 451 88
Abstract:
A method and apparatus is disclosed for very rapidly cleaning very small, colloidal particles from nuclear reactor water subjected to a high-energy waterjet cutting of metal using metal shot particles for cuffing such as garnet particles with the cutting causing fracturing of the metal shot as well as the cut metal fines into a negatively charged colloidal suspension having a large area. This colloidal suspension causes water turbidity and makes known filtration techniques impractical for rapid removal of such suspensions for recycling to the reactor.
Double Replacement Cation Neutralization Of High Alkalinity Waste Materials
US Patent:
2006005, Mar 9, 2006
Filed:
Nov 10, 2003
Appl. No.:
10/543241
Inventors:
Philip Baldwin - Colorado Springs CO, US
Norman Murray - Covington LA, US
Charles Lee - Vicksburg MS, US
Michael Farrall - Cary NC, US
Norman Murray - Covington LA, US
Charles Lee - Vicksburg MS, US
Michael Farrall - Cary NC, US
International Classification:
C01F 11/46
US Classification:
423555000
Abstract:
A method of treating hydroxide alkaline waste and by-products to render the material neutralized or reduced in pH from near 14 to a minimum lower limit of about 5.3 based on aluminum poly cation salts, rendering the waste or by-product stream suitable for ultimate disposal or reuse. The method comprises contacting together a mixture of moderate to high alkaline waste or by-product material with a pH in the range of 7.5-14, with sufficient water added or found within the alkaline material, with one or more poly cationic salts in the dry form taken from a group of salts containing tri-valent aluminum, tri-valent iron, di-valent calcium, di-valent magnesium, di-valent manganese, di-valent zinc, or any polyvalent cationic salt that is soluble in water to a minimum extent of 0.5 grams per 100 milliliters of water at near 0° Centigrade and 2 grams per 100 milliliters of water at near 100° Centigrade, in such a way to cause these materials to interact in a double replacement reaction to form a soluble salt reaction by-product and an insoluble hydroxide precipitate with water solubility characteristics, between 0° Centigrade and 100° Centigrade, equal to or exceeding that of CaS04*2H2O (gypsum) or approximately 0.20 grams per 100 milliliters of water. The added salts) may be dry or made up of a brine or dilute salt solution of the chosen salt or salts from the set of poly cation salts suitable to reduce hydroxide alkalinity in waste and by-product materials causing the pH to drop immediately upon thorough mixing of the poly cation salts and the waste/product materials, resulting in a treated waste/by-product stream/that is suitable for ultimate disposal or re-use.