Production of Nontoxic Bioenzyme based Surfactents
Friday, 23 February 2024
by admin
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
Bioplastic
Friday, 23 February 2024
by Abu Fahar
Description: The goal of this project is to investigate and develop a sustainable and biodegradable alternative to traditional plastics by producing bioplastic from starch. Starch, derived from renewable sources such as potatoes or corn, serves as a key raw material for this environmentally friendly bioplastic. The report outlines the methodology, results, and potential applications of
- Published in Good Health and Well-being
Purification Of Wastewater and Solid Waste Management – bagasse and bricks
Friday, 23 February 2024
by admin
Description: Sugarcane industry produces a large scale waste each year which is either discarded or burned which is a source of pollution. If this waste is utilized in brick formation it will reduce waste and environmental pollution at the same time along with formation of valuable products which can be used for different applications. Socio-Economic
Biogas: A sustainable approach for the utilization of toxic waste
Friday, 23 February 2024
by Abu Fahar
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
- Published in Affordable and Clean Energy
Biogas production using lignocellulosic: an eco friendly approach to turn environmental waste in to biofuel
Friday, 23 February 2024
by Abu Fahar
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]
- Published in Affordable and Clean Energy, Climate Action
Quality enhancement and yield improvement of fruit juices using multi-enzyme system immobilized in glutaraldehyde activated gelatin blocks.
Friday, 23 February 2024
by admin
Description: Due to the recognized health benefits of fruit juice, there has been a growing focus on increasing fruit juice production and enhancing its quality in recent years. To address this, our study was conducted, utilizing a multi-enzyme system comprising pectinase and cellulase to improve both yield and quality of the juice. Bacillus sp. AA-04
- Published in Industry, Innovation and Infrastructure
BIOFABRICS FROM SEAWEED
Friday, 23 February 2024
by Abu Fahar
Description: Recent times sustainability is a leading characteristic of textile products. Biomaterials are scarce in our system to be used for health and safety purpose. To provide a sustainable, cost-effective multi-purpose biofabric with following major qualities. Low-cost; Raw material is extracted from organic waste. Biofabric is a multi-purpose sheets can be transposed to a variety
Biocement production from hard water through microbial fermentation
Friday, 23 February 2024
by Abu Fahar
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
- Published in Climate Action, Industry, Innovation and Infrastructure
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
Friday, 23 February 2024
by admin
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
Analysis and application of dyes from natural sources as an ecofriendly approach
Friday, 23 February 2024
by Abu Fahar
Description: Utilization of kitchen waste and compound to produce natural dyes Socio-Economic Benefits: Utilization of kitchen waste and compound to produce natural dyes Category: Waste management – Solid Waste management, environmental waste management, Biodegradation, fishery waste management, Marine waste management Department: Biotechnology
- Published in Responsible Consumption and Production