This paper contains several creative techniques for dealing with this dilemma. Biochar manufacturing, which uses pyrolysis to create biochar from chicken manure and agricultural waste, offers a long-term solution for surface charring. The porous structure of biochar makes it a perfect substrate for microbial colonization while improving nutrient retention and soil fertility. Additionally, environmentally friendly surface modification: The application of environmentally friendly surface changes, such as antimicrobial coatings made from natural substances, can prevent biofilm growth while not harming the surrounding environment. Ecosystems. These solutions reflect a paradigm shift toward sustainable biofilm management in a wide range of applications, including agriculture, food processing, water treatment, and healthcare. Biofilm management in the Sultanate of Oman can profit from its application in a variety of areas. In agriculture, environmentally friendly surface coatings and monitoring systems can help keep crops healthy and water efficient. In the oil and gas business, biofilms can lead to corrosion and equipment contamination. Biochar-derived surfaces and biofilm-resistant coatings have the potential to improve water quality during treatment. Biofilms can lead to healthcare-associated illnesses.
Objectives
a) Develop new ways for managing biofilms on carbonized surfaces made from poultry and agricultural waste.
b) Evaluate innovative chemical, enzymatic, and mechanical approaches for effectively removing biofilms from burned surfaces.
c) Investigate how microbial populations interact with carbonized surfaces to better understand biofilm development and adherence.
d) Evaluate the efficacy of surface changes, antimicrobial coatings, and monitoring systems in reducing biofilm formation and improving surface cleanliness.
e) Apply and evaluate sustainable biofilm management approaches in relevant businesses and locations.
Funding Agency:
MOHERI
Collaborative Partners:
Collaborator 1: Chemical and Environmental engineering, Malaysia
Collaborator 1: chemical process, Malaysia