ID:  C-7110-0103
Biofilm prevention and removal from water based systems
Our client is seeking solutions to prevent biofilm from creating and growing on surfaces in contact with water. Key Success Criteria: Micro-organisms kill rate Detachment, dispersion or...
Timeline:
Reward: Funded research, Exclusive IP licensing, Joint development
 
 
ID:  C-7110-0105
ATO alternative as flame retardant synergist
Our client is seeking a cost effective synergist as an alternative to Antimony Trioxide to deliver halogen in the gas phase from plastic composites during combustion. Background: As the field of flame...
Timeline:
Reward: Funded research, Exclusive IP licensing, Joint development
 
 
ID:  C-7130-0102
Cost effective slow release fertilizer granules
Our client is seeking a cost effective additive to affect slow release of plant nutrients over weeks or months (<2) from partially/wholly spherical fertilizer granules. Background:- In the face of...
Timeline:
Reward: IP Collaboration: Funded research, Exclusive IP licensing, Joint development
 
 
ID:  C-7130-0103
Effective plants stimulants
Our client is seeking effective plants stimulants to promote beneficial aspects of plants such as increased yield and nutrient use efficiency that are effective in real life conditions across soils, climates...
Timeline:
Reward: IP Collaboration: Funded research, Exclusive IP licensing, Joint development
 
 
ID:  C-7130-0104
Seeking Advanced Fertilizers for various application methods
Our client is seeking Advanced Fertilizers for various application methods to supplement plant nutrition solutions, with a focus on fertigation and foliar applications. We are interested in, Any...
Timeline:
Reward: IP Collaboration: Funded research, Exclusive IP licensing, Joint development
 
 
ID:  C-7140-0101
Seeking a technology for the encapsulation of inorganic salts
Our Client is seeking a technology for the encapsulation of inorganic salts and salt hydrates having melting point lower than 150C within a non permeable thermoplastic polymer shell to form encapsulated...
Timeline:
Reward: Funded research, Exclusive IP Licensing, Joint Development
 
 
ID:  C-7140-0102
Seeking novel asphaltene inhibitors and asphaltene dispersants for the oil industry
Our Client is seeking novel asphaltene inhibitors and asphaltene dispersants for the oil industry Our criteria Cost efficient Suitable for the intended application Safe to use...
Timeline:
Reward: Funded research, Exclusive IP licensing, Joint development
 
 
ID:  C-7140-0103
Seeking alternatives to sulphur for use as a polymer cross linking agent in asphalt.
Our Client is seeking alternatives to sulfur for use as a polymer crosslinking agent in asphalt Our criteria Does not contain sulfur Can be used to prepare PMA Work for butadiene double...
Timeline:
Reward: Funded research, Exclusive IP licensing, Joint development
 
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