Innovaprep Llc
CAGE Code: 5L9H6
NCAGE Code: 5L9H6
Status: Active
Type: Manufacturer
Dun & Bradstreet (DUNS): 830979048
Summary
Innovaprep Llc is an Active Manufacturer with the Cage Code 5L9H6 and is tracked by Dun & Bradstreet under DUNS Number 830979048..
Address
132 E Main St
Drexel MO 64742-8329
United States
Points of Contact
No Points of Contact...
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Frequently Asked Questions (FAQ) for CAGE 5L9H6
- What is CAGE Code 5L9H6?
- 5L9H6 is the unique identifier used by NATO Organizations to reference the physical entity known as Innovaprep Llc located at 132 E Main St, Drexel MO 64742-8329, United States.
- Who is CAGE Code 5L9H6?
- 5L9H6 refers to Innovaprep Llc located at 132 E Main St, Drexel MO 64742-8329, United States.
- Where is CAGE Code 5L9H6 Located?
- CAGE Code 5L9H6 is located in Drexel, MO, USA.
- How Many NSNs Does CAGE Code 5L9H6 Supply?
- CAGE Code 5L9H6 has been assigned as an approved source for 3 NSNs (National Stock Numbers and NATO Stock Numbers).
Contracting History for CAGE 5L9H6 Most Recent 25 Records
- 75D30123P16272
- Ultrafiltration Hfcpt - Unirradiated
- 14 Sep 2023
- Ultrafiltration Hfcpt - Unirradiated
- Cdc Office Of Acquisition Services
- Department Of Health And Human Services (Hhs)
- $20,688.90
- Department Of Health And Human Services (Hhs)
- 75D30121P12714
- Innovaprep Select Concentraiting Pipette
- 21 Sep 2021
- Innovaprep Select Concentraiting Pipette
- Cdc Office Of Acquisition Services
- Department Of Health And Human Services (Hhs)
- $32,711.77
- Department Of Health And Human Services (Hhs)
- NNX16CP10C
- Igf::Ot::Igf Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- 4 Jun 2018
- Igf::Ot::Igf Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $754,385.00
- National Aeronautics And Space Administration (Nasa)
- 0001
- Start Of Contract Meeting
- 16 Nov 2017
- Start Of Contract Meeting
- W6qk Acc-Apg Natick
- Department Of Defense (Dod)
- $754.40
- Department Of Defense (Dod)
- 80NSSC18P2334
- 1 Ea Innovaprep Cp-150 Concentrating Pipette
- 28 Aug 2018
- 1 Ea Innovaprep Cp-150 Concentrating Pipette
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $12,824.99
- National Aeronautics And Space Administration (Nasa)
- NNX16CP10C
- Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration.
- 8 Apr 2021
- Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $1,036,929.00
- National Aeronautics And Space Administration (Nasa)
- W911SR17C0056
- The Purpose Of This Modification Is To Revise The Period Of Performance From 26 September 2020 To 31 July 2021 Due To Covid 19 Related Issues.
- 22 Dec 2020
- The Purpose Of This Modification Is To Revise The Period Of Performance From 26 September 2020 To 31 July 2021 Due To Covid 19 Related Issues.
- W6qk Acc-Apg
- Department Of Defense (Dod)
- $999,657.17
- Department Of Defense (Dod)
- W911QY18D0173
- Je-Rdap Program Ceiling $8.27B Update Section G Update Section H10 - Off Ramp Language
- 14 Dec 2021
- Je-Rdap Program Ceiling $8.27B Update Section G Update Section H10 - Off Ramp Language
- W6qk Acc-Apg Natick
- Department Of Defense (Dod)
- $0.00
- Department Of Defense (Dod)
- 80NSSC19C0023
- All Work Will Take Place At The Innovaprep Main Facilities In Drexel, Mo. Mr. Andrew Page, Innovaprep President And Cto, Will Serve As Principal Investigator And Will Oversee All Aspects Of The Project. Mr. Alec Adolphson Will Lead The Engineering Efforts Including Improvements To The Issc Consumble Kit Design. Senior Microbiologist And Director Of Laboratory Operations Dr. Michael Hornback Will Lead Efforts To Ensure Elution Fluid And Assay Compatibility And Will Oversee Innovaprep Laboratory Testing And Evaluation. Dr. Mark Weislogel Of Irpi Llc Will Lead The Cfac Design Optimization Efforts And Provide Consulting Support To Innovaprep In Relation To Microgravity Design Requirements. Dr. Weislogel Is A Low-G Fluid Dynamics Expert And Has Successfully Designed And Tested Numerous Advanced Capillary Fluid Systems For Spacecraft Including Passive Spray Coolers, Urine Processers, Animal Habitats, And Other Devices. The Project Is Planned For A 12 Month Period Of Performance. Three Principal Tasks Are Contemplated: Task 1: Hardware Improvements, Task 2: Production Of Flight Ready Systems And Consumable Kits, And Task 3: Conduct Iss Flight Test Preparation.
- 5 Oct 2021
- All Work Will Take Place At The Innovaprep Main Facilities In Drexel, Mo. Mr. Andrew Page, Innovaprep President And Cto, Will Serve As Principal Investigator And Will Oversee All Aspects Of The Project. Mr. Alec Adolphson Will Lead The Engineering Efforts Including Improvements To The Issc Consumble Kit Design. Senior Microbiologist And Director Of Laboratory Operations Dr. Michael Hornback Will Lead Efforts To Ensure Elution Fluid And Assay Compatibility And Will Oversee Innovaprep Laboratory Testing And Evaluation. Dr. Mark Weislogel Of Irpi Llc Will Lead The Cfac Design Optimization Efforts And Provide Consulting Support To Innovaprep In Relation To Microgravity Design Requirements. Dr. Weislogel Is A Low-G Fluid Dynamics Expert And Has Successfully Designed And Tested Numerous Advanced Capillary Fluid Systems For Spacecraft Including Passive Spray Coolers, Urine Processers, Animal Habitats, And Other Devices. The Project Is Planned For A 12 Month Period Of Performance. Three Principal Tasks Are Contemplated: Task 1: Hardware Improvements, Task 2: Production Of Flight Ready Systems And Consumable Kits, And Task 3: Conduct Iss Flight Test Preparation.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $165,205.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC19C0023
- All Work Will Take Place At The Innovaprep Main Facilities In Drexel, Mo. Mr. Andrew Page, Innovaprep President And Cto, Will Serve As Principal Investigator And Will Oversee All Aspects Of The Project. Mr. Alec Adolphson Will Lead The Engineering Efforts Including Improvements To The Issc Consumble Kit Design. Senior Microbiologist And Director Of Laboratory Operations Dr. Michael Hornback Will Lead Efforts To Ensure Elution Fluid And Assay Compatibility And Will Oversee Innovaprep Laboratory Testing And Evaluation. Dr. Mark Weislogel Of Irpi Llc Will Lead The Cfac Design Optimization Efforts And Provide Consulting Support To Innovaprep In Relation To Microgravity Design Requirements. Dr. Weislogel Is A Low-G Fluid Dynamics Expert And Has Successfully Designed And Tested Numerous Advanced Capillary Fluid Systems For Spacecraft Including Passive Spray Coolers, Urine Processers, Animal Habitats, And Other Devices. The Project Is Planned For A 12 Month Period Of Performance. Three Principal Tasks Are Contemplated: Task 1: Hardware Improvements, Task 2: Production Of Flight Ready Systems And Consumable Kits, And Task 3: Conduct Iss Flight Test Preparation.
- 5 Aug 2021
- All Work Will Take Place At The Innovaprep Main Facilities In Drexel, Mo. Mr. Andrew Page, Innovaprep President And Cto, Will Serve As Principal Investigator And Will Oversee All Aspects Of The Project. Mr. Alec Adolphson Will Lead The Engineering Efforts Including Improvements To The Issc Consumble Kit Design. Senior Microbiologist And Director Of Laboratory Operations Dr. Michael Hornback Will Lead Efforts To Ensure Elution Fluid And Assay Compatibility And Will Oversee Innovaprep Laboratory Testing And Evaluation. Dr. Mark Weislogel Of Irpi Llc Will Lead The Cfac Design Optimization Efforts And Provide Consulting Support To Innovaprep In Relation To Microgravity Design Requirements. Dr. Weislogel Is A Low-G Fluid Dynamics Expert And Has Successfully Designed And Tested Numerous Advanced Capillary Fluid Systems For Spacecraft Including Passive Spray Coolers, Urine Processers, Animal Habitats, And Other Devices. The Project Is Planned For A 12 Month Period Of Performance. Three Principal Tasks Are Contemplated: Task 1: Hardware Improvements, Task 2: Production Of Flight Ready Systems And Consumable Kits, And Task 3: Conduct Iss Flight Test Preparation.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $165,205.00
- National Aeronautics And Space Administration (Nasa)
- NNX16CP10C
- Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- 24 Sep 2020
- Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $1,084,791.00
- National Aeronautics And Space Administration (Nasa)
- W911SR17C0056
- The Purpose Of This Modification Is To Extend The Period Of Performance By Three Months Due To Covid 19.
- 13 Jul 2020
- The Purpose Of This Modification Is To Extend The Period Of Performance By Three Months Due To Covid 19.
- W6qk Acc-Apg
- Department Of Defense (Dod)
- $999,657.17
- Department Of Defense (Dod)
- W911SR17C0056
- The Purpose Of This Modification Is To Revise The Period Of Performance From 31 July 2021 To 31 December 2021 Due To Covid 19 Related Issues.
- 9 Aug 2021
- The Purpose Of This Modification Is To Revise The Period Of Performance From 31 July 2021 To 31 December 2021 Due To Covid 19 Related Issues.
- W6qk Acc-Apg
- Department Of Defense (Dod)
- $999,657.17
- Department Of Defense (Dod)
- 1305M219CNRMW0033
- Administrative Modification To Update Contracting Officer's Representative (Cor) And Revise/Incorporate Contract Clauses. There Is No Change To The Period Of Performance Or Contract Value As A Result Of This Modification.
- 12 Aug 2021
- Administrative Modification To Update Contracting Officer's Representative (Cor) And Revise/Incorporate Contract Clauses. There Is No Change To The Period Of Performance Or Contract Value As A Result Of This Modification.
- Dept Of Commerce Noaa
- Department Of Commerce (Doc)
- $399,947.23
- Department Of Commerce (Doc)
- W911QX22P0015
- One (1) Automated Cell Concentrating Pipette
- 6 Jan 2022
- One (1) Automated Cell Concentrating Pipette
- W6qk Acc-Apg Adelphi
- Department Of Defense (Dod)
- $14,109.99
- Department Of Defense (Dod)
- 1305M218CNRMW0062
- This Award Is For The Small Business Innovation Research (Sbir) Phase I For Fy2018's Program Announcement For The Technology Partnerships Office Under The Office Of Atmospheric Research In Silver Spring, Md. This Award Is For Proposal 18-1-114 Entitled "Development Of A Rapid Monitoring System For Detection Of Pathogens In Marine Aquaculture."
- 13 Jul 2018
- This Award Is For The Small Business Innovation Research (Sbir) Phase I For Fy2018's Program Announcement For The Technology Partnerships Office Under The Office Of Atmospheric Research In Silver Spring, Md. This Award Is For Proposal 18-1-114 Entitled "Development Of A Rapid Monitoring System For Detection Of Pathogens In Marine Aquaculture."
- Dept Of Commerce Noaa
- Department Of Commerce (Doc)
- $120,000.00
- Department Of Commerce (Doc)
- NNX16CP10C
- Igf::Ot::Igf Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- 23 Apr 2019
- Igf::Ot::Igf Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $1,084,791.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC19C0023
- All Work Will Take Place At The Innovaprep Main Facilities In Drexel, Mo. Mr. Andrew Page, Innovaprep President And Cto, Will Serve As Principal Investigator And Will Oversee All Aspects Of The Project.
- 9 Mar 2020
- All Work Will Take Place At The Innovaprep Main Facilities In Drexel, Mo. Mr. Andrew Page, Innovaprep President And Cto, Will Serve As Principal Investigator And Will Oversee All Aspects Of The Project.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $165,205.00
- National Aeronautics And Space Administration (Nasa)
- NNX16CP10C
- Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- 16 Apr 2020
- Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $1,084,791.00
- National Aeronautics And Space Administration (Nasa)
- 1305M219CNRMW0033
- Modification To Grant No Cost Extension Due To Impacts From Covid-19
- 4 Sep 2020
- Modification To Grant No Cost Extension Due To Impacts From Covid-19
- Dept Of Commerce Noaa
- Department Of Commerce (Doc)
- $399,947.23
- Department Of Commerce (Doc)
- 1305M219CNRMW0033
- No-Cost Extension To Change The Final Report & Invoicing Submission Dates.
- 4 Apr 2022
- No-Cost Extension To Change The Final Report & Invoicing Submission Dates.
- Dept Of Commerce Noaa
- Department Of Commerce (Doc)
- $399,947.23
- Department Of Commerce (Doc)
- NNX16CP10C
- Igf::Ot::Igf Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- 31 Jan 2019
- Igf::Ot::Igf Providing A Reliable Supply Of Safe Drinking Water Is A Critical Requirement For Space Exploration. Systems That Provide Recycled Treated Water Aboard The International Space Station, And That Will Supply Water Aboard Future Spacecraft, Are Inherently Complex And Can Be Susceptible To Biofilm Formation And Microbial Contamination. Further, It Has Been Noted That Pathogenicity And Virulence Of Microbes Can Increase In Microgravity Environments. These Factors, Along With The High Consequence Of Sickness In The Remote Space Environment, Make Rapid, Reliable Methods Of Detecting Microbes At Low Levels A Critical Need. Rapid Microbiological Detection Systems Have Taken Dramatic Steps Forward In The Last Two Decades And Today Detection Of Even A Single Organism Is Possible In Less Than One Hour. Unfortunately, Development Of Rapid Detection Methods Has Far Outpaced Development Of Sample Concentration And Preparation Techniques, Which Are Necessary To Enable Detection Of Low Microbial Concentrations In Drinking Water. Currently, Without Sample Concentration, Rapid Detection Techniques Alone Produce Results That Are Hundreds To Thousands Of Times Less Sensitive Than The Minimum Desired Detection Limit For Microbial Water Contaminants. Innovaprep Proposes Development Of A Rapid Microbial Concentration System Designed For Use Aboard The International Space Station. The System Will Concentrate Microbes From Up To 5 Liters Of Potable Water Into Volumes As Small As 200 Ul, Providing Concentration Factors As High As 15,000X. It Will Be Based On Technologies Developed And Commercialized By Innovaprep, But Will Contain Innovations To Allow For Operation In Microgravity. Large Volumes Of Potable Water Are Processed Through A Hollow Fiber Membrane Filter Concentration Cell As Microbes Are Captured Within The Lumen Of The Fibers. Following Capture, The Microbes Are Efficiently Eluted Using A Novel Wet Foam Elution Process And Then Delivered To A Rapid Detection System For Analysis.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $754,385.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC19C0023
- All Work Will Take Place At The Innovaprep Main Facilities In Drexel, Mo. Mr. Andrew Page, Innovaprep President And Cto, Will Serve As Principal Investigator And Will Oversee All Aspects Of The Project. Mr. Alec Adolphson Will Lead The Engineering Efforts Including Improvements To The Issc Consumble Kit Design. Senior Microbiologist And Director Of Laboratory Operations Dr. Michael Hornback Will Lead Efforts To Ensure Elution Fluid And Assay Compatibility And Will Oversee Innovaprep Laboratory Testing And Evaluation. Dr. Mark Weislogel Of Irpi Llc Will Lead The Cfac Design Optimization Efforts And Provide Consulting Support To Innovaprep In Relation To Microgravity Design Requirements. Dr. Weislogel Is A Low-G Fluid Dynamics Expert And Has Successfully Designed And Tested Numerous Advanced Capillary Fluid Systems For Spacecraft Including Passive Spray Coolers, Urine Processers, Animal Habitats, And Other Devices. The Project Is Planned For A 12 Month Period Of Performance. Three Principal Tasks Are Contemplated: Task 1: Hardware Improvements, Task 2: Production Of Flight Ready Systems And Consumable Kits, And Task 3: Conduct Iss Flight Test Preparation.
- 29 Sep 2020
- All Work Will Take Place At The Innovaprep Main Facilities In Drexel, Mo. Mr. Andrew Page, Innovaprep President And Cto, Will Serve As Principal Investigator And Will Oversee All Aspects Of The Project. Mr. Alec Adolphson Will Lead The Engineering Efforts Including Improvements To The Issc Consumble Kit Design. Senior Microbiologist And Director Of Laboratory Operations Dr. Michael Hornback Will Lead Efforts To Ensure Elution Fluid And Assay Compatibility And Will Oversee Innovaprep Laboratory Testing And Evaluation. Dr. Mark Weislogel Of Irpi Llc Will Lead The Cfac Design Optimization Efforts And Provide Consulting Support To Innovaprep In Relation To Microgravity Design Requirements. Dr. Weislogel Is A Low-G Fluid Dynamics Expert And Has Successfully Designed And Tested Numerous Advanced Capillary Fluid Systems For Spacecraft Including Passive Spray Coolers, Urine Processers, Animal Habitats, And Other Devices. The Project Is Planned For A 12 Month Period Of Performance. Three Principal Tasks Are Contemplated: Task 1: Hardware Improvements, Task 2: Production Of Flight Ready Systems And Consumable Kits, And Task 3: Conduct Iss Flight Test Preparation.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $165,205.00
- National Aeronautics And Space Administration (Nasa)
- 0001
- Funding De-Obligation, Vendor Confirmed No Additional Invoices Will Be Submitted
- 15 Oct 2018
- Funding De-Obligation, Vendor Confirmed No Additional Invoices Will Be Submitted
- W6qk Acc-Apg Natick
- Department Of Defense (Dod)
- $754.40
- Department Of Defense (Dod)
- 75D30119P05154
- Bobcat Commercial Filter Dry Air Sampler
- 24 May 2019
- Bobcat Commercial Filter Dry Air Sampler
- Cdc Office Of Acquisition Services
- Department Of Health And Human Services (Hhs)
- $14,005.99
- Department Of Health And Human Services (Hhs)
Supply Items Approved for CAGE 5L9H6 Page 1 of 1
- AC04033
- RNCC: 3 | RNVC: 2 | DAC: 5
- AC03042-FAB
- RNCC: 3 | RNVC: 2 | DAC: B
- ACDM251-CCA REV 3
- RNCC: 3 | RNVC: 2 | DAC: 5