SK
Saad Khan
Principal Investigator
North Carolina State University
I'm working on
3 months ago
Sustainable Matl. Delivery Platform for Agrochemicals & Biologics
About
Our research focuses on developing material platforms for various applications in agriculture from foliar, weed control, soil and root protection. We use biodegradable materials, ensure their rainfastness and provide controlled release of the actives, including multiple types concurrently.
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SK
North Carolina State University

Biodegradable lignocellulosic matrices from banana harvest waste for sustainable crop protection and carbon farming

A sustainable, biodegradable delivery platform fabricated from banana harvest waste that enables controlled release of crop protection actives while sequestering carbon in agricultural soils. Validated in sub-Saharan Afr...

TechnologyConceptualUniversity
SK
North Carolina State University

Sorption and thermodynamic analysis platform for agrochemical–equipment surface interactions

A research capability that investigates how agrochemicals adsorb onto delivery equipment surfaces to reduce economic loss and contamination. Combines Quartz Crystal Microbalance, Isothermal Titration Calorimetry, Atomic ...

TechnologyUniversity
SK
North Carolina State University

Cellulosic particle-based pickering emulsions for controlled nutrient delivery

A novel Pickering emulsion technology utilizing cellulose acetate particles (CAPs) for controlled nutrient delivery in turf fertilization. This biodegradable, surfactant-free emulsion allows for the encapsulation of both...

TechnologyIn developmentUniversity
SK
North Carolina State University

Ultralight polymer-hybrid aerogels for advanced thermal insulation

Innovative polymer-hybrid aerogels with low density and high porosity for thermal insulation. These aerogels offer enhanced thermal stability and mechanical integrity, suitable for space-limited construction applications...

TechnologyConceptualUniversity
SK
North Carolina State University

Waterborne nanocellulose coatings for biodegradable packaging

Innovative cellulose nanocrystal-based coatings offer a sustainable, high-barrier solution for packaging. These biodegradable coatings enhance durability and reduce permeability, providing eco-friendly alternatives to pl...

TechnologyIn developmentUniversity
SK
North Carolina State University

Cellulose-based pickering emulsion for sustained agrochemical delivery

A novel cellulose-based Pickering emulsion technology for sustained and controlled delivery of agrochemicals, reducing environmental impact and enhancing crop protection efficiency.

TechnologyIn developmentUniversity
SK
North Carolina State University

Sustained release formulations using cellulose ester-stabilized pickering emulsions for weed control

Innovative Pickering emulsions stabilized by cellulose ester nanoparticles offer a sustainable solution for weed control by providing sustained release of hydrophobic herbicides, enhancing efficacy and reducing applicati...

TechnologyIn developmentUniversity
SK
North Carolina State University

Pickering emulsion delivery platform for sustainable insect control

A sustainable Pickering emulsion platform for targeted insecticide delivery combines biodegradable components, ensuring minimized health hazards and long-term efficacy. It delivers insecticides and pheromones for househo...

TechnologyIn developmentUniversity
SK
Saad Khan
Principal Investigator
North Carolina State University
Work experience
Principal Investigator
1993 - Present
PhD, Rheology of Liquid Foams
1980 - 1985
Top industry applications
Pest and disease managementSkin protection and sunscreensSustainable farming practices
Expertise
Agricultural EngineeringCrop Cultivation and HarvestingNanotechnologyPolymer BehaviorRheology
Last updated Jun 2026
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