Seeport » MarketPlace
IPC:C 07 C
NAICS:325199

Metal Oxide Catalyst for Methyl Ethyl Ketone Production via One-step Catalytic Oxidation of n-Butane

EverNu Technology LLC
  • Technology Description

    A novel process for producing methyl ethyl ketone (MEK). This process involves the environmentally friendly, catalytic and selective conversion of n-butane to MEK in gas-phase using air as the oxidant.

  • Market Projection

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    2008 2009 2010 2011 2012
    Market Size $45600000.0 $46500000.0 $47500000.0 $48400000.0 $49400000.0
    Market Share (%) 43.8% 43.0% 42.1% 41.3% 40.5%
  • Value Proposition

    A new, environmentally-friendly, energy-efficient single-step process for making MEK from n-butane that we believe will offer industrial-scale yield, and byproducts that are either economically valuable in their own right or easily separable without resort to high-accuracy distillation. We also believe that some existing MTBE plants may be convertible to produce MEK using this process.

  • Competitive Analysis

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  • Video Introduction

  • Commercialization Team

    • * Manhua Mandy Lin, President and Principal Scientist 215-659-0547 mandylin@evernutech.com

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    • * Preferred point of Contact
  • Company Capsule

    EverNu Technology LLC

    EverNu Technology, LLC

    1616 Holly Hill Lane, Suite 108

    Ambler, PA 19002-3171

    Established in 2000, EverNu Technology, LLC is located in Ambler, Pennsylvania, about 30 miles north of Philadelphia. EverNu specializes in consulting and providing contract research and development services in a variety of technical areas to both government and commercial customers. Our interests range from basic research to technology development.

    Since 2002, EverNu has focused on carrying out projects of Small Business Innovative Research (SBIR) and other contract research for government agencies in the field of environmental and industrial catalysis, chemical process and material research. EverNu is currently developing advanced selective oxidation technologies for the catalytic manufacturing of several commodity chemicals using lower alkane as the feedstock. When successfully developed, these novel processes will have the potential to bring in tremendous economical, energy and environmental benefits for our customers.