PPT-Produce bio-composite materials from wastewater

Xuerui Song University of Delaware Summer Fellows Program 2018 About This project Work under Professor Daniel Cha Department Civil amp Environmental Engineering Project leader Xiangmin. Spark . Plasma Sintering . Method. Lili . Nadaraia. , Nikoloz Jalabadze.. Georgian Technical . University . Republic . Center of Structural Research. ,. Tbilisi . Georgia. . Spark . Plasma Sintering . Treatment depends on three factors:. 1) Slow water down - removes larger particles. 2) Aerobic decomposition of organic material. 3) Destroy pathogens (disease causing bacteria). Natural Stream systems self-purify. Gaborone, Capital City of Botswana. H M . Masundire. , B T . Ketshogile. ,. D . D. . Shushu. . & H . Okatch. University of Botswana. Botswana brief. Total population approximately 2 million. rainfall ranging from a high of 550 and low of 200 mm per year . The Schererville Wastewater Treatment Plant is located in Northwest Indiana and serves the wastewater needs of a population base of approximately 45,000 people in the communities of Schererville and St. John. The Schererville Wastewater Treatment Plant was built in . Agroindustrial Technology Department. University of Brawijaya. Outline. Introduction. Water Quality Criteria. Wastewater Characterization. a. Source and flowrate. b. Type of pollutant. c. Measurement techniques. April 4, 2014. Chris Power, P.Eng.. Wastewater. Definitions. Wastewater. . is composed of industrial, commercial, institutional and domestic . wastes including blackwater & greywater.. Effluent:. Wastewater Treatment. Purpose:. To manage water discharged from homes, businesses, and industries to reduce the threat of water pollution. .. Pre-treatment. Preliminary treatment. Primary treatment. Presented . to:. DoD Composite Maintainers TIM. Distribution Statement A- Approved for Public Release – Distribution Unlimited. Kr. istina. . M. ar. shall. Mat. erials. . Eng. i. n. eer. D. ave. . bioparticles. .. The. 2. nd. . International. . Symposium. “Vera . Johanides. ” . BIOTECHNOLOGY IN CROATIA BY 2020. Zagreb, 10 – 11 . May. , 2013. Lucija . Nuskern. , . mag. . . oecol. .. Jasna . Fibre-reinforced composite materials. Engineering Materials and Processes. Reference Text. Section. Higgins RA & Bolton, 2410. . Materials for Engineers and Technicians, . 5th . ed. , Butterworth Heinemann. Wind Energy Science, Engineering, and Policy (WESEP) Research Experience for Undergraduates (REU). . Michael Kessler. Materials Science & Engineering. mkessler@iastate.edu. S. Y. B. Sc. Microbiology. Bacteria can infect human beings, animals and plants. They are pathogenic but sometimes this ability to infect is a boon. There are some organisms that are pathogenic to insects, pests and kill a wide variety of insects and can be used as Bio Control Agents. . Filling material: . can be defined as the material that is used to replace a missing part of the tooth which may result from dental caries, trauma or abrasion. It can be divided in to: . 1. Direct filling materials: . Imagine a tiny army working tirelessly to clean up dirty water! That\'s essentially what bio cultures for wastewater treatment do. They\'re microscopic heroes – specially selected bacteria – that break down organic pollutants in wastewater, making it cleaner and safer for the environment.

How Do Bio Cultures Work?

Think of wastewater as a giant buffet for these helpful bacteria. They gobble up organic waste like food scraps, grease, and detergents, converting them into harmless substances like water and carbon dioxide. This natural process is called biodegradation, and it\'s the magic behind effective biological wastewater treatment.

Benefits of Bio Cultures:

Using bio cultures offers several advantages for wastewater treatment facilities:

Enhanced Efficiency: Bio cultures break down pollutants faster and more efficiently than traditional methods. This means cleaner water in less time!

Eco-Friendly: Bio cultures are a natural and sustainable solution. They don\'t rely on harsh chemicals and are often derived from renewable resources.

Reduced Sludge: Bio cultures help break down solids in wastewater, resulting in less sludge needing disposal. This translates to lower operating costs for treatment plants.

Improved System Stability: Bio cultures help maintain a healthy balance of microorganisms in the treatment system. This leads to a more stable and consistent treatment process.

Wider Application: Bio cultures can be used in various wastewater treatment systems, from small septic tanks to large industrial facilities.







Choosing the Right Bio Culture:

Not all bio cultures are created equal. Different strains of bacteria target different types of pollutants. Amoda Chem understands this! We offer a variety of bio cultures specifically formulated to address the unique needs of your wastewater treatment system.

Here are some factors to consider when choosing a bio culture:

Type of Wastewater: Different industries generate wastewater with varying types of pollutants.

Treatment System: Different types of treatment systems require different bio cultures to function optimally.

Environmental Conditions: factors like temperature and pH can impact the effectiveness of bio cultures.

Amoda Chem: Your Partner in Effective Wastewater Treatment

At Amoda Chem, we\'re committed to providing you with the best bio cultures for your wastewater treatment needs. Our team of experts can help you select the right bio culture for your specific situation. We also offer a range of other wastewater treatment chemicals and services to ensure your system runs smoothly and efficiently.

Ready to unlock the power of bio cultures for your wastewater treatment? Contact Amoda Chem today! Our experts are happy to answer your questions and guide you towards a cleaner and more sustainable future.