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Towards optimised detergency at low temperatures
This proposal is about the development of sustainable detergency based formulations, based on the blending of biosurfactants with conventional surfactants, and is part of a CASE... -
Spontaneous multilayer formation at interfaces in mixed surfactant systems
The spontaneous formation of multilayer structures at interfaces from surfactant self-assembly has until recently been rarely observed. However, surface multilayer structures... -
Competitive adsorption in hydrophobin-surfactant mixtures
Hydrophobins are small compact secreted fungal proteins which are strongly surface active and adhere to both hydrophobic and hydrophilic surfaces. Their strong surface activity... -
Multi-component mixtures of biosurfactants and conventional surfactants
This proposal is about the development of sustainable detergency based formulations, based on the blending of biosurfactants and conventional surfactants, and is part of a CASE... -
Surface adsorption in multi-component biosurfactant-surfactant mixtures
This proposal is about the development of sustainable detergency based formulations, based on the blending of biosurfactants with conventional surfactants, and is part of a CASE... -
Surface adsorption in highly non-ideal multi-component surfactant mixtures
This proposal is about the development of sustainable detergency based formulations, based on the blending of biosurfactants with conventional surfactants, and is part of a CASE... -
Kinetics of surfactant multilayer formation / dissolution at interfaces
The spontaneous formation of multilayer structures at surfaces and interfaces from self-assembly in mixed surfactant and in polymer / surfactant mixtures are being increasingly... -
The use of surfactant structure to control self-assembly induced by the addit...
This proposal is part of a major EPSRC (EP/GR065705)/Unilever funded programme to develop and control the spontaneous formation of surfactant multilayer structures at... -
Adsorption of multicomponent biosurfactant / surfactant mixtures at the air-w...
This proposal is part of a collaboration between Oxford and Ulster Universities and Unilever, on the development of sustainable laundry detergents, using a blend of conventional... -
Self-assembly in multi-component mixtures of biosurfactants and conventional ...
This proposal is about the development of sustainable detergency based formulations, based on the blending of biosurfactants and conventional surfactants, and is part of a CASE...
