Production of Nontoxic Bioenzyme based Surfactents

Description: Alternate to toxic chemical based surfactants Socio-Economic Benefits: Alternate to toxic chemical based surfactants Category: Enzyme Technology – Microbial enzyme production for beverage Industry, detergent industry, food industry, Fuel industry, Immobilization method development Department: Biotechnology

Biogas: A sustainable approach for the utilization of toxic waste

Description: Bio gas is an Eco-friendly and sustainable alternative to depleting fossil fuel Socio-Economic Benefits: Bio gas is an Eco-friendly and sustainable alternative to depleting fossil fuel Category: Biofuel – Biogas, Biodiesel, Bioethanol Department: Biotechnology

Biogas production using lignocellulosic: an eco friendly approach to turn environmental waste in to biofuel

Description: The main goal of this research is to utilize agro indutrial waste to produce biogas. Biogas is mainly methane and carbon dioxide and small amounts of hydrogen sulfide. The gases methane, hydrogen, and carbon monoxide can be combusted or oxidized with oxygen. This energy release allows biogas to be used as a fuel [5]

Reduce waste production and give good solid waste management Cost effective brick formation Brick formation using waste material can support local infrastructure development by giving them access to cheap and affordable raw materials. Sustainable resource management Mitigation of climate change

Description: Green synthesis of graphene oxide which is small in size and provides good surface area. It can be used in different applications including energy storage, environmental remediation, electronics, and biomedical applications. Used in different industries including aerospace, electronics, automotive, and healthcare. These materials have remarkably high electrical, mechanical, and thermal properties. Graphene oxide chemical

Revolutionary Cotton Solar Device: Turning Seawater and Wastewater into Drinkable Gold!

Description: In this study, we introduce a cost-effective floating absorber made from candle soot coated cotton, created using common household materials. This innovative absorber is simple to make, requiring no specialized equipment or expertise. It was tested in solar desalination of sea water using a DIY solar still, producing purified water with salinity levels comparable

From Sea to Soil: Harnessing the Power of Seaweed as a Sustainable Biofertilizer

Description: the project “From Sea to Soil: Harnessing the Power of Seaweed as a Sustainable Biofertilizer” focuses on utilizing seaweed as a sustainable biofertilizer. Seaweed is rich in nutrients that can benefit soil health and crop growth, making it an environmentally friendly alternative to traditional fertilizers. This project aims to explore the potential of seaweed