Thomas J. Kallenbach
Engineers at Annie Glade Dr, Bozeman, MT
License number
Colorado 33633
Issued Date
Jun 11, 1999
Renew Date
Nov 1, 2015
Expiration Date
Oct 31, 2017
Type
Professional Engineer
Address
Address
155 Annie Glade Dr, Bozeman, MT 59718
Professional information
Computer-Implemented System And Method For Designing A Pressure-Dosed Drain Field
US Patent:
8010329, Aug 30, 2011
Filed:
Oct 8, 2007
Appl. No.:
11/868670
Inventors:
Thomas J. Kallenbach - Bozeman MT, US
Assignee:
Kallenbach, Inc. - Belgrade MT
International Classification:
G06G 7/50
US Classification:
703 9, 13762547, 137367, 210620, 210143, 210151, 210615
Abstract:
A computer-implemented system for designing a pressure-dosed drain field comprising: a screen that allows a user to specify length and diameter for pipes that comprise the forcemain and discharge assembly, specify the pumping liquid level and discharge elevation, select the number of laterals and enter a specified residual pressure, enter or select a coefficient to be used in calculating friction losses, and enter the diameter and length of each manifold segment; a minor loss screen that calculates minor losses based on fitting selections made by the user; a pump file; a tabulated results screen; a gauge screen; and system and pump curves. A computer-implemented method of using the above system to design a pressure-dosed drain field. The purpose of the system and method is to enable an engineer to design a pressure-dosed drain field that will meet regulatory requirements for the system flow differential.
Light Weight Medium For Growing Microorganisms
US Patent:
6936446, Aug 30, 2005
Filed:
Jun 19, 2002
Appl. No.:
10/173771
Inventors:
Thomas J. Kallenbach - Bozeman MT, US
Justin M. Buchanan - Bozeman MT, US
Justin M. Buchanan - Bozeman MT, US
Assignee:
Eliminite, Inc. - Bozeman MT
International Classification:
C12N011/08, C12N011/14, C12N011/02, C02F003/00, C02F003/32
US Classification:
435180, 435176, 435177, 435243, 210601, 210606, 210616
Abstract:
A light weight medium for growing microorganisms includes a mass of polymeric foam, such as a polyurethane foam, having an outer region enclosing an inner region. A plurality of fragments of an inorganic material, such as sand, are at least partially embedded in the outer region. The light weight medium may be used to support growth of microorganisms in a wide variety of biological and/or biochemical processes, or may be used without microorganisms in chemically treating wastes.
Apparatus And Method For Modifying Waste Water
US Patent:
5534147, Jul 9, 1996
Filed:
Feb 1, 1995
Appl. No.:
8/382260
Inventors:
Thomas J. Kallenbach - Bozeman MT
Justin M. Buchanan - Bozeman MT
Matthew H. Goodrich - Bozeman MT
Ronald V. Skinner - Ronan MT
Greg R. Poncelet - Bozeman MT
Trina J. Kallenbach - Bozeman MT
Justin M. Buchanan - Bozeman MT
Matthew H. Goodrich - Bozeman MT
Ronald V. Skinner - Ronan MT
Greg R. Poncelet - Bozeman MT
Trina J. Kallenbach - Bozeman MT
Assignee:
Fluidyne, Incorporated - Bozeman MT
International Classification:
C02F 330
US Classification:
210605
Abstract:
An apparatus and method for modifying waste water to reduce nitrate content and biochemical oxygen demand is provided. The apparatus includes an ammonification and denitrification region having a substantially anaerobic environment, a nitrification region having a substantially aerobic environment, and an effluent drainage region. Effluent circulates through the ammonification and denitrification region and the nitrification region to convert organic nitrogen-containing compounds in waste water to nitrogen gas and carbon dioxide.
Apparatus And Method For Modifying Waste Water
US Patent:
5676828, Oct 14, 1997
Filed:
Apr 10, 1996
Appl. No.:
8/630563
Inventors:
Thomas J. Kallenbach - Bozeman MT
Justin M. Buchanan - Bozeman MT
Matthew H. Goodrich - Bozeman MT
Ronald V. Skinner - Ronan MT
Greg R. Poncelet - Bozeman MT
Trina J. Kallenbach - Bozeman MT
Justin M. Buchanan - Bozeman MT
Matthew H. Goodrich - Bozeman MT
Ronald V. Skinner - Ronan MT
Greg R. Poncelet - Bozeman MT
Trina J. Kallenbach - Bozeman MT
Assignee:
Fluidyne, Inc. - Bozeman MT
International Classification:
C02F 330
US Classification:
210117
Abstract:
An apparatus and method for modifying waste water to reduce nitrate content and biochemical oxygen demand is provided. The apparatus includes an ammonification and denitrification region having a substantially anaerobic environment, a nitrification region having a substantially aerobic environment, and an effluent drainage region. Effluent circulates through the ammonification and denitrification region and the nitrification region to convert organic nitrogen-containing compounds in waste water to nitrogen gas and carbon dioxide.
Light Weight Medium For Growing Microorganisms
US Patent:
2005024, Nov 3, 2005
Filed:
May 6, 2005
Appl. No.:
11/123930
Inventors:
Thomas Kallenbach - Bozeman MT, US
Justin Buchanan - Bozeman MT, US
Justin Buchanan - Bozeman MT, US
International Classification:
C12N001/20, C12S001/00
US Classification:
435253600, 435262500
Abstract:
A light weight medium for growing microorganisms includes a mass of polymeric foam, such as a polyurethane foam, having an outer region enclosing an inner region. A plurality of fragments of an inorganic material, such as sand, are at least partially embedded in the outer region. The light weight medium may be used to support growth of microorganisms in a wide variety of biological and/or biochemical processes, or may be used without microorganisms in chemically treating wastes.
Light Weight Medium For Growing Microorganisms
US Patent:
2005024, Nov 3, 2005
Filed:
May 6, 2005
Appl. No.:
11/123928
Inventors:
Thomas Kallenbach - Bozeman MT, US
Justin Buchanan - Bozeman MT, US
Justin Buchanan - Bozeman MT, US
International Classification:
C12N001/20
US Classification:
435253600
Abstract:
A light weight medium for growing microorganisms includes a mass of polymeric foam, such as a polyurethane foam, having an outer region enclosing an inner region. A plurality of fragments of an inorganic material, such as sand, are at least partially embedded in the outer region. The light weight medium may be used to support growth of microorganisms in a wide variety of biological and/or biochemical processes, or may be used without microorganisms in chemically treating wastes.