Delaware
DELAWARE
Applied Diamond, Inc.
3825 Lancaster Pike
Wilmington, DE 19805
A New Approach to Diamond-Based High Heat Load Monochromators
This project will make monochromators of diamond for use in the new generation of synchrotrons at DOE laboratories. These diamond monochromators will reduce the operating expense and increase the capacity of these high power facilities accelerating advances in the materials and biological sciences.
Compact Membrane Systems, Inc.
335 Water Street
Newport, DE 19804-2410
335 Water Street
Newport, DE 19804-2410
New Fabrication Technique for Ultrathin Membranes
This project will improve productivity and separation capability of gas separation membranes. This will have large impact on capital and energy costs for supplying industrial gases to the chemical process industry.
Compact Membrane Systems, Inc.
335 Water Street
Newport, DE 19804-2410
335 Water Street
Newport, DE 19804-2410
New Membrane Structure for Gas Separations
This project will result in the development of a new membrane system specifically focused to increasing the value of poor natural gas reserves by removing unwanted components. This technology may also find use in other carbon dioxide removal processes.
Compact Membrane Systems, Inc.
335 Water Street
Newport, DE 19804-2410
335 Water Street
Newport, DE 19804-2410
Novel Ethanol Dehydration Membranes
This project seeks to lower the cost of production by use of membrane water separation systems to produce high quality fuel grade ethanol or other biofuels.
Compact Membrane Systems, Inc.
335 Water Street
Newport, DE 19804-2410
335 Water Street
Newport, DE 19804-2410
Novel Membranes for Enhancing Value of Bio-Oil
This project will develop a product to remove water and oxygen from biofuels and other organic end products resulting in increased stability and alleviating storage problems reducing waste and increasing the value of the manufactured product.
ELCRITON
15 Innovation Way, #288
Newark, DE 19711
15 Innovation Way, #288
Newark, DE 19711
Enhancing Site-Specific Chromosomal Integration in Clostridia
Clostridia are anaerobic bacteria that can significantly advance our nation's efforts towards securing renewable biofuels from green technologies. This project will develop new tools for genetically modifying these bacteria, such that superior biofuel producing organisms can be realized in the very near future.
