Recycling, Pollution Control and Waste Management is on Dec 1 2021 at Barcelona

Global assembling of Academicians, Researchers, Scholars & Industry to disseminate and exchange information at 100+ Allied Academics Conferences

Theme

Reduce, Recover, recycle, Reuse-Kill the loop

- Recycling 2021

Report

The success of the Recycling Conference 2021 has given us the prospect to bring the gathering one more time. AAC hosted the “8th International Conference on Recycling and Waste Management” during August 06-07, 2021, Webinar. The conference was focused on Recycling & Waste Management Research studies with the theme “Delve into Recycling Potentials ”. The meeting engrossed a vicinity of comprehensive discussions on novel subjects like Food Waste Recycling, Waste Management, E-waste Management, Hazardous waste management and so on. We would like to express our sincere gratitude towards the Moderators, Speakers, Keynote Speakers, Organizing Committee Members, Attendees, and Guests for their stimulating speeches and for making Recycling 2021 a fruitful and memorable event. We received active participation and generous response from organizing committee members, scientists, young and brilliant researchers, business delegates and talented communities who made this Conference as one of the most successful and productive events in 2021 from AAC. The conference was embarked with an opening ceremony followed by Keynote sessions and followed by series of lectures delivered by both Honorable Guests and members of the Keynote forum. The conference proceedings were carried out through various Scientific-sessions and plenary lectures, of which the following Speakers were highlighted

Utpal Majee | Centre for Earth Sciences| India

Charu Batav | Barkatullah University | India

Reza Zahedi | Islamic Azad University | Iran

Majida Mcheik | The Lebanese Ministry of Agriculture | Lebanon

Khaled Rais | Larbi Tebessi University | Algeria

Irin Sutha | SRM Institute of Science and Technology | India

AAC has taken the privilege of felicitating the Organizing Committee, Keynote Speakers who supported for the success of this event. Recycling 2021 Organizing Committee congratulates the awardees for their outstanding performance in the field of recycling & waste management and appreciates all the participants who put their efforts in presentations and sincerely wishes them success in future endeavors.

With the unique feedback from the Conference, AAC would like to announce the commencement of the 8th International Conference on Recycling & Waste Management. Bookmark your dates: We hope to see you at Recycling 2021 at webinar during December 01-02, 2021.

https://www.alliedacademies.org/conference-abstracts/recycling-2021-proceedings.html

Meet again @ Recycling 2021

Welcome Message

Welcomes you!!!

We cordially welcome you all to join and explore your knowledge in this 9^th International Conference on Recycling, Pollution control, and Waste Management which is happening on December 01, 2021, and December 02, 2021. Allied academics take honor in inviting you all to its prestigious 9^th International Conference on Recycling, Pollution control, and Waste Management which is organized around the theme “Reduce, Recover, Recycle, Reuse-Kill the loop!” We are delighted to welcome speakers, delegates, sponsors, students, media partners from all over the globe to take part in the conference.

Recycling 2021 will be an accumulation of world-known Ecologists, Scientists, Environmental engineers, Research personalities, Recycling Scientists, Climate experts, Wastewater treatment researchers, Recycling Specialists, Business people, Waste management Industry people, and all other professionals from different parts of the world.

Recycling 2021 covers up all a range of topics like Plastic Recycling, Wastewater treatment and management techniques, Solid waste Management, Climatic changes, Renewable and Non-Renewable resources, Treatment of all kinds of waste products, Waste Disposal, Recycling and Reuse of waste materials, and bring up the new technological developments among the global participants.

This Congress serves as a virtual global platform for scientists, research scholars, students across the world to showcase their recent research works, findings, share their research experience on Recycling and Waste management. And also young participants will get a great opportunity on networking with world-renowned Scientists and share their thoughts with them. So we look forward to your participation and brightening up Recycling 2021.

Theme: “Reduce, Recover, Recycle, Reuse- Kill the loop”

Hoping for your presence

With regards,

Organizing Committee

Recycling 2021

About Conference

Recycling2021 encloses all the aspects of Recycling and Waste management. It covers almost all the topics on Recycling, Waste treatments, and Management, Effectsof 3R’son Climatic change, Biofuels, Bioremediationand so on. Researchers and experts will put forth the raising technologies to tackle the wastes generated from all the sectors.

Our aim:

To share and exchange the recent trends, techniques in Recycling, Pollution control, and waste management.
Eminent professionals from different parts of the world will discuss this topic which provides a ray of hope in this field of recycling and waste management that provokes us to conserve nature.
Young researchers are provided with an opportunity where they can put forth their thoughts and research findings in this virtual global dais.
Global networking and presentation of recent findings, technologies, issues in the field of recycling, pollution control, waste management as well as facing problems and effective solutions.
To encourage presentations, publication of journals related to recycling and waste management.

Why to attend?

Oral presentations, Video presentations, Poster presentations, various keynote speeches, and interactive sessions make up this Recycling 2021which provides us with a glimpse of faith in Recycling basics, Waste treatment, and management. The purpose of the conference is to bring the most recent approaches in this sector to light, thereby paving the way for development in Recycling and Waste management field for a better world in the future. As a sign of appreciation, we honor the professionals with the best poster presentation award, best speaker award, best oral presentation award, best exhibitor award. So we look forward to your whole-hearted participation and making the Congress successful.

Whoto attend??

Ecologists
Recycling Scientists
Chemical Engineers
Plastic Recycling Associations
Civil Engineers
Wastewater treatment industries
Recycling associations
Environmental engineers
Water treatment research labs
Recycling Business associates
Recycling and waste management industries

Highlighted topics

Environmental pollution
Pollution control
Conservation of environment
Plastic recycling
Paper recycling
Agriculture and food waste recycling
Metal recycling
Rubber recycling
Glass recycling
Textile recycling
E-waste recycling
Industrial waste recycling
Chemical waste recycling
Marine oil spill
Solid waste management
Hazardous waste management
Hospital waste treatment
Landfills
Incineration
Wastewater treatment
Bioremediation
Biofuel and Bioenergy
Effect of 3R’s on climate change
Control measures taken
Strategies on implementation of WTE supply chain
Global analysis of recycling and waste management

Sessions/ Tracks

Session 01: Environmental Pollution

Environmental pollution is termed as the contamination of earth’s atmosphere both physically and biologically by human activities that adversely affects the normal environmental processes. Air pollution, Land pollution, Water pollution, Noise pollution, plastic pollution, Marine pollution are the few major problems that affect the environment.

This pollution not only contaminates the ecosystem but also causes severe health issues to life forms. Humans face long-term health problems like lung cancer, heart disease, kidney failure, brain and nervous disorders. The main reasons are waste disposal, emission of green-house gas, Global warming and Climate changes.

Causes of pollution
Contamination of environment
Effects of pollution
Human health hazards
Global warming

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Session 02: Pollution Control

Pollution control is the action of eliminating or reducing the release of harmful pollutants in the environment. Controlling pollution saves the environment by conserving and protecting the natural resources for future generations. The proper treatment and disposal of waste materials from various sectors can protect the environment. At the same time recycling the wastes like plastic, paper, glass, metal and reusing them is the best way to conserve the natural resources and reduce pollution.

Harmful pollutants
Waste disposal
Recycling
Treatment of wastes
Pollution control

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Session 03: Plastic Recycling

Plastic recycling encompasses various processes that involve the collection of waste plastics in large amounts and converting it into useful products instead of simply dumping them in land or marine areas that pollutes the environment. Plastic recycling is one of the most difficult jobs as plastics are non-biodegradable product requires more efforts to reduce its contribution towards waste. HDPE plastics are recyclable, whereas plastic bags, polystyrene, bubble wraps cannot be recycled. The recycling process is challenging as plastics possess low density and low value properties.

Plastic landfills
Recyclable plastics
Techniques in plant recycling
Non-Biodegradable
Health issues

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Session 04: Paper Recycling

The process of obtaining new paper products from waste or old papers is termed as Paper recycling. Papers like white paper, colored paper, magazines, newspaper can be recycled whereas, napkins, tissue papers, coffee cups, sticky papers cannot be recycled.

The recycling process involves collecting, sorting, shredding, pulping, filtering and de-inking. The benefits associated with this process are, reduction of wood, water and oil usage. Along with this, other advantage is that, 900 kg of paper recycled saves around 3.6 cubic yards of landfill space.

Effects of plastic recycling
Process involved in recycling
Types of recycled papers
Advantages of plastic recycling

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Session 05: Agriculture and Food waste recycling

Agricultural and food wastes emerges from many sources like farming, cropping, transportation, natural waste, animal waste, cooked food and so on. If these wastes are dumped into landfills, the wastes decompose giving rise to various greenhouse gases leading to global warming. The best solution is composting, which enriches the soil nutrition and reduces the emission of greenhouse gases as well as produce biofuels and bio-energy. Proper waste management keeps the environment healthy for farm animals and crop production.

Food waste recycling process
Green-house gases
Production of Bio-fuels
Bio-energy formation
Climatic changes

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Session 06: Textile Recycling

Textile recycling is the process of recovering the used fabrics, yarn, fibers and reprocessing them into similar useful products. Textile recycling is one of the urgent practices to be followed in many countries as it aims to reduce the landfill. Textile products are collected from various sectors, after which they are treated according to their types, condition, composition and requirements.

Fibers take thousands of years to decompose that result in the release of harmful gases into the atmosphere. It is estimated that each year about 2, 50,000 tones go to landfills and 63,000 tones are recycled.

Textile landfills
Processes in textile recycling
Types of fabric recycle
Decomposition of textiles
Release of harmful gases

Related associations:

Session 07: Glass Recycling

Glass is a material that can be recycled 100% without any loss of quality and purity. The waste glass are collected, crushed, sorted, mixed with raw materials and melted in furnace then cast to required shapes. The urgent need for glass recycling is that it aims to reduce the spaces in landfills that would otherwise be dumped with used glass jars and products. Recycled glass reduces the water pollution by 60% and air pollution by 30%.

Reduce Landfills
Process of glass recycling
Quality and Purity
Cullet production
De-colorizing and dyeing

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Session 08: E-waste Management and Recycling

E-wastes are electronic wastes generated from electronic gadgets and devices. They are hazardous because the components used to make devices such as televisions, laptops, mobile phones consist of chemicals and metals that are harmful to the environment.

The process involved were collection, disassembly, reduction process, over-band magnet, and separation of metallic and non-metallic components, water separation. They also release hazardous byproducts like dioxins, hydrocarbons into the atmosphere. Upgrade and new innovations in technologies, change of lifestyle are the main reason behind e-waste generation.

Dumping of E-waste
Electronic gadgets
E-waste recycling process
Disassembly
Separation of metallic and non-metallic components

Related associations:

Session 09: Metal Recycling

Almost all the metals can be recycled except some metals like uranium, plutonium. Metals can be recycled continuously without having any changes in their properties and formulations. Metal recycling involves the collection of waste metals, crushing, compacting, removal of non-metal components, melting in furnaces to obtain metal sheets. Producing new metals usually releases more greenhouse gases and requires more energy, water than the recycling process does. According to the AISI, among all the metals steel is one of the most recycled metals.

Metal landfills
Process in metal recycling
Recycled metallic sheets
More energy required
Emission of greenhouse gas

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Session 10: Industrial and Chemical Waste Recycling

Industries are the main contributors in causing significant damage to the globe as they release toxic gases into the air, chemical wastes, and radioactive substances. Recycling should be practiced by all the small-scale Industries, companies thereby maintaining a healthy and clean environment.

Some industrial wastes generated are scrap metals, solvents, paints, adhesives, dirt and gravel, toxic chemicals. These wastes have a high level of toxic substances that cause genetic disorders, kidney failure, nervous and brain disorders to humans and wildlife. All private and government industries, small companies, and business sectors should have their own waste management system like land fillings, deep injection wells, and incineration.

Release of toxic substances
Long-term health hazards
Waste management system
Treatment of wastes
Polluted water bodies

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Session 11: Rubber Recycling

Rubber recycling is the procedure where waste or damaged rubber materials can be recycled to create a new rubber product that can be used in similar ways. Tire recycling is one of the most difficult and time-consuming tasks because of their volume and resilience and as they are composed of components prone to damage the environment. The benefits associated with rubber recycling are: helps in conservation of non-renewable fossil fuels, cost-efficient than natural rubber production, possess great properties.

Process in rubber recycling
Tire recycling
Environmental conservation
Natural rubber production
Cost-efficient

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Session 12: Marine Oil Spilling

Marine oil pollution is caused by leakage, spills of refined petroleum products such as diesel, gasoline into the sea, accidentally. It also includes the release of bunker fuels used by large ships, a spill of waste oil as well. These pollutants in the ocean affect all the marine life forms as well as humans. The toxin in water is taken by the small organisms, which is eaten by large fishes, and when these fishes are consumed by humans, it causes long-term health issues and birth defects. They also affect marine plants, corals, sea animals, and sea birds. Some of the ways to handle oil spills are the use of chemical dispersants, oil-absorbing pads, biological agents.

Causes of Oil spill
Large ship accidents
A spill of petroleum products
Controlled measures
Hazardous to marine life forms

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Session 13: Solid Waste Management

Solid waste includes all the wastes from sources like residential, industrial, municipal wastes, Hospital/ Biomedical Waste, and so on. Solid waste management is associated with the collection, storage, transfer, treatment, and disposal of waste materials in the best way that causes no harm to the environment and life forms. Generally, due to the inappropriate disposal of wastes, there is several adverse effects on the surrounding environment. Different ways to combat solid waste management are Landfills, Incineration, Composting, Recover, Recycle and Reusing.

Waste from different sectors
Management of wastes
The process involved in the waste disposal
Disposal practices
Environmental effects

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Session 14: Landfills

The landfill is a well-engineered methodology for the disposal of solid waste on or in the land. There are three major landfills: municipal waste, industrial waste, hazardous waste. The materials in these landfills decompose and produce methane gas, which is harmful to the surrounding inhabitants. So landfills are usually designed away from human residents.

A Sanitary landfill is a practice where the bottom of the landfill is covered with layers of sand and plastic so that the wastes don’t percolate to groundwater. Then the garbage is dumped and spread out in layers and covered with clay, soil, gravel, and soil. Here the wastes are allowed to decompose in a closed pit that doesn’t affect the surrounding water bodies.

Disposal technique
Decomposition
Sanitary landfills
Effects of landfills
Impact on life forms

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Session 15: Incineration

Incineration is a process where the solid wastes are burned at high temperature in large furnaces, which reduces the volume and weight of the waste much lesser and give rise to ashes. It is estimated that the weight of the waste is reduced around 80%-85%, while the volume is reduced around 95% depending upon the material type. Incineration can be extensively applied to hazardous waste, municipal waste, bio-medical and medical wastes.

As well as the energy recovered from this process can be utilized to generate electricity. The main stages in incineration are sludge treatment, Combustion in furnace, and energy recovery. Incineration is usually carried in areas away from human residents.

High temperature
Hazardous waste substances
Process in incineration
Practiced in industries
Release of toxic gases

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Session 16: Hospital Waste Management

Hospitals are important places giving rise to high-risk hazardous wastes. If hospital waste management is not done following a proper channel then it may give rise to serious health problems causing dreadful diseases and increased adverse environmental effects. Hospital/ Biomedical waste consists of Infectious agents, medical wastes like used syringes, human organs, tissues, expired tablets, surgical wastes, toxic chemicals, and radioactive materials.

The waste management process consists of the following processes: Collection of wastes, segregating according to the types, Storage, Treatment of the waste, Transportation to the final disposal area, Final disposal.

Biomedical wastes
Safety measures
Proper handling
Adverse effects on the environment
Safe and proper disposal

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Session 17: Hazardous Waste Management

All those waste materials that should be treated properly before disposing of, come under hazardous wastes. Some of them are medical wastes, radiological wastes, infectious and toxic wastes. If not treated properly they may cause adverse effects on humans, animals as a whole towards the environment.

Hazardous waste can be of any form be solid, liquid but generally are chemical in nature. The major methods followed to treat hazardous waste are Surface storage in sealed bins, landfill storage, Incineration, and deep-well injection. The damage may be caused during transportation, inadequate storage facility, treatment, and disposal. They cause health issues like skin, eye irritation, gastrointestinal problems, breathing problems, nausea, and so on.

Proper treatment of waste
Harmful effects on the environment
Genetic disorders
Waste treatment methods
Usage of chemicals

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Session 18: Waste Water Management

Water treatment is a process of treating water to remove all the contaminants, improve the quality to make it use appropriately. Wastewater from various sectors like domestic sewage, storm sewage, and industrial sewage is treated and reused. Many types of Biological processes are deployed for the treatment of wastewater which includes aerated lagoons, filters, and activated sludge, chemical treatment, physical water treatment.

The stages in water treatment include Primary, Secondary, Tertiary water treatment. And the treated water may be used for irrigation purposes, industrial supply, Cleaning purposes, river flow maintenance, and even for drinking. The process of management will help to preserve, protect the quality of marine, freshwaters. Recycled water can be used to recreate wetlands and habitats for species.

Wastewater from various sectors
Treatment of wastewater
The process involved in the treatment
Reuse of recycled water

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Session 19: Bioremediation

Bioremediation is a process employed to treat contaminated surfaces like underground water, soil, oceans using microorganisms that degrade the target pollutants. These microbes either use the harmful contaminants as their food or produce enzymes that degrade the pollutants.

Bioremediation is one of the safest techniques as it uses the same microbes in the environment, without any usage of chemicals as a result destroys the contaminants. Bioremediation can be applied in oil spills, cleanup of contaminated soil, underground water treatments, and crime scene cleanups.

Biological process
Eco-friendly
Microbes employed
Degrade pollutants
Microbial enzymes

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Session 20: Effect of 3r’s on Climatic change

Greenhouse gases like methane, CO₂ are released into the atmosphere due to various activities like dumping wastes, burning, and release of toxic gases from industries. This causes global warming and climatic changes. Reduce, Recycle, Reuse-Recycling helps in reducing the need to harvest new materials that prevent pollution, which in turn saves energy and reduction in emission of greenhouse gases. Making recycled materials usually requires less energy than making new products. Hence, by following this three we can make a difference and protect our natural resources.

Sustainable practice
Recycle, Reduce, Reuse
Global-warming
Emission of greenhouse gases
Conserve nature

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Session 21: Bioenergy and Biofuels

Bioenergy is a renewable form of energy that is obtained from living sources like plants, animal wastes, agricultural, and food wastes. It is one of many diverse resources available that help people to meet our demand for energy. The electricity and gas obtained through organic matter can be used in hospitals, colleges, schools, and government offices.

Biofuels are kind of renewable energies and emit less than fossil fuels produced through biological processes rather than any geological process. Biodiesel is a carbon-neutral fuel generally produced from vegetable oils, animal fats, or other cooking oils. It is biodegradable and non-toxic having no contribution of CO2 in the atmosphere. As there is more demand for fuels and energy, people from different parts of the world started generating Bioenergy and Biofuels.

Renewable energies
Natural energy
Biodegradable
Plant and animal wastes
Biological processes

Related associations:

Market Analysis

Around the globe, waste generation is raising due to increasing population, advanced technology growth. It is estimated that global waste generation will increase up to 70% around 2050. Recycling is one of the major support system in world’s economy. Its primary motive is to transfer one industry by-product to raw materials for other industries. When compared to developed countries, unsustainable waste management shows severe impact on developing countries, especially in urban areas.

In underdeveloped nations, it is estimated that around 95% of waste are disposed in unhygienic, untreated ways which severely affects the residents there. It causes serious health issues, climatic changes, and even promotes urban violence. Since 2003, the World Bank has committed over $4.9 billion to more than 380 solid waste management programs in countries all around the world. Globally 32.9% of paper, 12.1% of plastics, 7.6% of textiles and rubber, 8.2% of metals, 5.3% of glass is recycled every year.

Effective waste management is often expensive, comprising 40-60% of countries budget. According to the current report, the waste management market is pacing at a faster pace with time, and it is expected to reach $435 billion by 2023 from $285 billion in 2016. The annual growth rate is (CAGR) of 6.3%from 2018 to 2023. On the bases of waste obtained, the waste management global market can be categorized into three different categories: Hazardous Waste, Municipal Waste and Industrial Waste. It is anticipated that worldwide recycling market will exceed US$ 1.2 billion (EUR 1.05 billion) by 2025. Studies show that around 7.7 billion tons of plastic is manufacture across the globe every year out of which 5.5 tones is not recycled.

List of Top Universities in the world:

University of Central Lancashire
University of Leeds
Swansea University
University of Bordeaux
Institute of Technology, Carlo
KU Leuven
University of Edinburgh
University of California, Berkeley
Stanford University
Massachusetts Institute of Technology
Wageningen University
Harvard University
University of Oxford
University of Cambridge
Imperial College London
University of British Columbia
National University of Singapore
The University of Queensland

Organizing Committee

Dr. De Wrachien Daniele

Retired Professor, Agriculture and Environmental Sciences

The State University of Milan

Milan, Italy

Dr Masato R. Nakamura

Environmental engineering scientist and Assistant Professor, Mechanical Engineering Technology and Industrial Design

The City University of New York (CUNY)

New York, USA

Prof. Dr. Haluk Akgün

Professor, Department of Geological Engineering

Middle East Technical University (METU)

Istanbul, Turkey

Lingai LUO

Research Director, Department ofThermal and Energy science

French National Center for Scientific Research

Nantes, France

IOANNA VASILIADOU

Researcher, Department of Environmental Engineering

Democritus University of Thrace

Athens, Greece

FARES REDOUANE

Professor, Physics

UNIVERSITY CENTER AHMED ZABANA RELIZANE

Béjaïa , Algeria

NITIN SRIVASTAVA

Greengine Environmental Technologies Pvt Ltd

Lucknow, India

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+44 20 3769 1755

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Previous Conferences

Conference Highlights

Recycling Basics

Waste Management Techniques

Thermal Waste Recovery

Sustainable Development

Oil Recycling

Renewable Energy

Effect of 3Rs on Climate Change

Microbial Fuel Cell Technology

Pollution

Plastic Recycling

Paper Recycling

Wastewater Treatment

Medical Waste Management

Food and Agricultural Waste Recycling

Electronic Waste Recycling

Textile Recycling

Glass Recycling

Chemical Waste Recycling

Solid Waste Management

Biofuel

Bio-waste to Bio-energy

Rubber Recycling

Metal Recycling

Supporting Journals

Journal of Environmental Waste Management and Recycling

Environmental Risk Assessment and Remediation

‹ ›

Special Issues

All accepted abstracts will be published in respective Allied Academies Journals.

Abstracts will be provided with Digital Object Identifier by

9th International conference on Recycling, Pollution Control and Waste Management Webinar December 1-2, 2021

Report

Welcome Message

Welcomes you!!!

About Conference

Sessions/ Tracks

Session 01: Environmental Pollution

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Session 04: Paper Recycling

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Session 08: E-waste Management and Recycling

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Session 10: Industrial and Chemical Waste Recycling

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Session 11: Rubber Recycling

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Session 12: Marine Oil Spilling

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Session 14: Landfills

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Session 17: Hazardous Waste Management

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Session 20: Effect of 3r’s on Climatic change

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Session 21: Bioenergy and Biofuels

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Market Analysis

List of Top Universities in the world:

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9th International conference on Recycling, Pollution Control and Waste Management

Webinar

December 1-2, 2021