Smart Liquid Graphene NPs Pesticides Project

Fertilizers and pesticides are both used in agriculture, but they serve different purposes.

Fertilizers are substances added to the soils to provide essential nutrients for plant growth, while pesticides are chemicals used to control or eliminate pests that can damage crops.

Organics fertilizers and pesticides are derived from natural sources, while chemical (or synthetic) ones are industrially manufactured.

Organic Fertilizers release nutrients slowly, improving soil health, while chemical fertilizers offer immediate nutrient availability but can negatively impact the soil long term. Similarly, organic pesticides, often called botanical pesticides, are derived from natural sources and tend to degrade faster, while chemical pesticides are synthetic and can have more persistent environmental effects.

Biomass - graphene nanoparticles (NPs) based fertilizers - pesticides, are not typically considered organic.

While the graphene component might be derived from biomass, the process of creating nanoparticles and their subsequent use in agriculture involves synthetic modifications and technological interventions that move them outside the strict definition of organic.

Benefits of using graphene nanoparticles (NPs) based fertilizers - pesticides.

Benefits of functionalizing graphene in fertilizer - pesticides; enhancing photosynthesis efficiency for foliar apps. While for soil apps; EPN slow releaser, enhancing soil's electrochemical properties, promote the absorption of nutrients by root systems, increase fertilizer application rate, reduce agricultural surface pollution, and enhance fertilizer efficiency and conservation (Wang et al., 2023), ultimately leading to improve productivity and sustainability of agricultural soils.

What is the tricks to make it organics?

Our sustainable, eco-friendly, least chemicals additives and cost competitive, at scale - synthesizing route, is unique technology to manufacture organic graphene NPs composite materials, based on biomass and agriculture waste, It is the trick.

Picture of our organic GO/SiO2 nanocomposite Advanced Materials, derived from specific homogenous biomass waste.

G-Bio Pesticides, the case of Organics G-SiO2 Bio Pesticide for Paddy Rice Plants

GO/SiO2 nanocomposites is synthesized from specific homogenous biomass waste.

While Silica NPs (SiNPs) a promising type of NPs for fighting paddy rice ear bug pests. It can improve plant resistance to pests and attract natural enemies. Besides it is eco-friendly, it features; enhancing plant defense, improve pest control, attracting natural enemy, rice weevil management and targeted apps.

Graphene materials providing; properties enhancement, control release, reducing toxicity, absorption and targeting, physical mode action and potential for biocompatibility.

Overall, GO/SiO2 can be applied as: insect pest management, pesticide delivery, pesticide residues removal and smart pesticides.

What type of Organics Graphene NPs for other type of Pests?

Our product research and development team is working on it.

Want to join us in this project? Contact us.