Company Profile

GoNano Technologies Inc
Profile last edited on: 10/11/13      CAGE: 4ZPF6      UEI:

Business Identifier: Silica Nanospring coatings to increase active surface area of ceramic catalyst substrates
Year Founded
2007
First Award
2008
Latest Award
2010
Program Status
Inactive
Popularity Index
Is this YOUR Company?
Ensure accuracy and completeness of YOUR Company Profile by completing the brief Survey Instrument attached
Do you know about this Awardees?
Let us encourage you to provide any data which would enhance the completeness of this firm's profile.

Location Information

121 West Sweet Avenue #115
Moscow, ID 83843
   (208) 892-2000
   tk@gonano-9.com
   N/A
Location: Single
Congr. District: 01
County: Latah

Public Profile

GoNano Technologies, Inc. provides solutions for customers seeking transformational material solutions in pollution control, biocatalysis, catalysis, composites, sensory technologies, process scale-up and prototype development Solar Cell Technology. GoNano Technologies’ versatile Nanospring platform drives advancement in applications that require nonporous high surface area materials. GoNano is currently developing a technology to convert CO2 to usable byproducts: formaldehyde, formic acid, and methanol. Its solutions include an enzymatic flow reactor to serve as a platform for biocatalyst immobilization in a flow reactor configuration. The company also provides various catalyst support, heterogeneous catalysis, and homogeneous catalysis products. In addition, it offers materials handling, process design, substrate engineering, coatings engineering, and custom engineering services.

Extent of SBIR involvement

User Avatar

Synopsis: Awardee Business Condition

Employee Range
5-9
Revenue Range
.5M-1M
VC funded?
No
Public/Private
Privately Held
Stock Info
----
IP Holdings
N/A

Awards Distribution by Agency

Most Recent SBIR Projects

Year Phase Agency Total Amount
2010 1 NSF $148,725
Project Title: Four-way Catalytic Converter for Lean Burn Diesel Engines
2010 1 NSF $176,385
Project Title: Method for carbon capture and recycling
2008 1 NSF $97,761
Project Title: Nanospring-Based Ultracapacitor Electrodes

Key People / Management

  Tim Kinkeade -- CEO

  Timothy Cantrell

  Giancarlo Corti

  M Grant Norton -- CTO

Company News