Biocement production from hard water through microbial fermentation

Description: This research utilizes the hard water which is some how non potable and to turn hard water in to biocement. Cement is considered a vital manufacturer material in construction. Because of the unparalleled advantages of cement, such as longevity, high strength, durability, and resilience, one still has major drawbacks; one is carbon dioxide emission

REMOVAL OF MICROPLASTIC IN WATER USING OIL-BASED FERROFLUID SOLUTION

Description: Microplastics are plastic particle under 5mm in size. They enter the environment through human use. Larger plastic debris can degrade into micro size particle with exposure to sun and water. Microplastic in water is the major cause of many harmful diseases so along with the government this is the duty of every citizen to

Fat analysis in commercially important razor clams from Gharo creek, Indus River

Description: Understanding the fat content in these commercially important shellfish is essential for ensuring food safety, nutritional value, and sustainable harvesting practices. This project aims to conduct a comprehensive analysis of the fat content in razor clams from Gharo Creek, employing established laboratory techniques to quantify lipid levels. The findings will contribute to enhancing food

Solid Waste Management and Recycling of Adsorbents – diapers

Description: The disposal of used diapers is a critical eco-technological problem that is exacerbated every year by the exponential increase in global consumption. A device has been manufactured to recycle/reuse diapers and sanitary pads. it reduces the solid waste material. That waste which takes many years to decompose Socio-Economic Benefits: we make our environment healthier

An assessment of microplastic accumulation in commercially important molluscs from mudflats of the Indus delta

Description: By addressing the pressing issue of microplastic pollution in molluscs from the Indus Delta, this project strives to contribute to global efforts towards a more sustainable and resilient marine environment, in alignment with the Sustainable Development Goals. Socio-Economic Benefits: The assessment of microplastic accumulation in commercially important molluscs from the Indus Delta offers tangible

Synergistic utilization of Pomegranate (Punica Granatum) and Apple (Malus Domestica) peel powder for the development of Antioxidant-enriched fruit bars.

Description: Waste utilization and development of value added product Socio-Economic Benefits: Reduction of agro-industrial waste. Category: Nutraceutical Department: Food Science & Tech

An assessment of microplastic accumulation in commercially important molluscs from mudflates of the Indus delta

Description: This project aims to assess the extent of microplastic accumulation in commercially significant molluscs inhabiting the mudflats of the Indus Delta. Through a combination of field surveys, laboratory analysis, and data interpretation, the study seeks to provide valuable insights into the presence, distribution, and potential impacts of microplastics on these vital organisms. The findings

Waste Material to Adhesive – glue

Description: The waste material may collected, stored, or treated (physically, chemically, or biologically), prior to its disposal or recycled. One of such waste material can be used to form the chemical product which acts as an adhesive and can be used in construction work. This adhesive could even stick two bricks, plywood, marbles, and metals