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Edmund M Cudworth

from Houston, TX
Age ~54

Edmund Cudworth Phones & Addresses

  • 13715 Harvest Brook Ct, Houston, TX 77059 (281) 280-0855
  • 15902 Highway 3, Webster, TX 77598
  • Jersey Village, TX
  • Miami, FL
  • League City, TX
  • 3907 Briar Hollow Dr, Dickinson, TX 77539
  • Richland, SC

Resumes

Resumes

Edmund Cudworth Photo 1

Ceo, Electrolytic Technologies Corp

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Position:
Chief Executive Officer at Electrolytic Technologies Corp
Location:
Miami/Fort Lauderdale Area
Industry:
Renewables & Environment
Work:
Electrolytic Technologies Corp - North Miami Beach, FL since Jun 2001
Chief Executive Officer
Edmund Cudworth Photo 2

Edmund Cudworth

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Business Records

Name / Title
Company / Classification
Phones & Addresses
Edmund M Cudworth
Vice Presi, Director , Vice President
DIVERSIFIED FINISHES, LLC
Cabinet Refacing · Epoxy Flooring · House Painters · Interior Painters · Wallpaper Removal · Wallpaper
13715 Harvest Brk Ct, Houston, TX 77059
(713) 245-6928
Edmund M. Cudworth
CEO, Director, Chairman, Chief Executive Officer
Electrolytic Technologies Corp
Environmental Services · Mfg Service Industry Machinery · Plumbing Equip Merchant Whols · Manufacturers
19597 NE 10 Ave #G, Miami, FL 33179
(305) 655-2755, (305) 655-2669

Publications

Us Patents

Process For The On-Site Production Of Chlorine And High Strength Sodium Hypochlorite

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US Patent:
7931795, Apr 26, 2011
Filed:
Sep 10, 2009
Appl. No.:
12/556790
Inventors:
Jerry J. Kaczur - North Miami Beach FL, US
Derek B. Lubie - North Miami Beach FL, US
Edmund M. Cudworth - Miami FL, US
Charles W. Clements - Crawfordsville FL, US
Martin E. Nelson - Naples FL, US
Assignee:
Electrolytic Technologies Corp. - North Miami Beach FL
International Classification:
C25B 9/18
C25B 1/26
C01B 11/06
US Classification:
205500, 204258, 204233, 204241, 422235, 423473
Abstract:
The present invention relates to a novel economical on-site electrochemical based membrane cell based process with the capability of producing high strength sodium hypochlorite and/or elemental chlorine gas in any ratio as required by the needs of a water or wastewater treatment plant. The system is compact and modular, using membrane cell based electrolyzers and utilizing novel process modifications and sensors to allow for the unattended control and safe operation of the process. The process allows the operator to produce elemental chlorine gas and sodium hypochlorite in any product ratio, such that 5% to 100% of the total chlorine produced by the process can be converted to high strength bleach. The process has the flexibility to produce stable high quality, low to high strength sodium hypochlorite solutions in concentrations ranging from about 2 to 15% trade as NaOCl.

Process For The On-Site Production Of Chlorine And High Strength Sodium Hypochlorite

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US Patent:
20070251831, Nov 1, 2007
Filed:
Apr 27, 2007
Appl. No.:
11/741004
Inventors:
Jerry J. Kaczur - North Miami Beach FL, US
Derek B. Lubie - North Miami Beach FL, US
Edmund M. Cudworth - Miami FL, US
Charles W. Clements - Crawfordsville FL, US
Martin E. Nelson - Naples FL, US
Assignee:
ELECTROLYTIC TECHNOLOGIES CORPORATION - North Miami Beach FL
International Classification:
C25B 1/16
C25C 1/24
C25B 9/00
US Classification:
205510, 204266, 205618
Abstract:
The present invention relates to a novel economical on-site electrochemical based membrane cell based process with the capability of producing high strength sodium hypochlorite and/or elemental chlorine gas in any ratio as required by the needs of a water or wastewater treatment plant. The system is compact and modular, using membrane cell based electrolyzers and utilizing novel process modifications and sensors to allow for the unattended control and safe operation of the process. The process allows the operator to produce elemental chlorine gas and sodium hypochlorite in any product ratio, such that 5% to 100% of the total chlorine produced by the process can be converted to high strength bleach. The process has the flexibility to produce stable high quality, low to high strength sodium hypochlorite solutions in concentrations ranging from about 2 to 15% trade as NaOCl.
Edmund M Cudworth from Houston, TX, age ~54 Get Report