About Conference

Recycling congress 2024 invites all participants to “21^st World Congress and Expo on Recycling” which is going to be held during September 11-12, 2024 at Amsterdam, Netherlands mainly focuses on two key topics viz. Recycling and Waste Management with basic theme “Recycling: Creating a Sustainable World”.

Recycling congress 2024 provides an exceptional platform to the academic and non-academicians across the globe and creates awareness how to maintain Eco-friendly environment. 

Recycling congress 2024 mainly focus on two key topics viz. Recycling and Waste Management.Recycling Congress 2024 primarily deliberates for Recycling researchers, Ecologists, Environmental academia’s, Experts from Chemical and Civil Engineering, Mechanical engineering departments; Paper, plastic, glass, textile etc. recycling Industries. Business entrepreneurs, elite professors and students provide the ideal environment to disseminate and gain current knowledge in the area of Recycling and Waste Management.

Target Audience:

• Recycling associations
• Recycling Industries
• Recycling researchers
• Business entrepreneurs
• Environmental academia’s
• Ecologists
• Training institutes
• Chemical engineers
• Environmental Engineers
• Waste management associations

Sessions & Tracks

Track 1 : Waste Management Techniques

Waste control is the manner of treating strong wastes and gives variety of answers for recycling items that don’t belong to trash. It is ready how garbage can be used as a treasured resource. Waste control is something that each and every family and enterprise owner in the world needs. Waste control disposes of the goods and substances that you have use in a secure and green manner.

You will locate there are eight major organizations of waste management methods, every of them divided into several categories. Those companies include source reduction and reuse, animal feeding, recycling, composting, fermentation, landfills, incineration and land application. You can start the use of many techniques proper at home, like reduction and reuse, which matches to reduce the amount of disposable cloth used.

• Household waste recycling
• Disposal management methods
• Organic Waste Recycling

Track 2 : E-Waste Recycling and Management

Electronic waste or e-waste describes discarded electrical or digital devices. Used electronics which can be destined for refurbishment, reuse, and resale, salvage recycling through material recovery, or disposal also are considered e-waste. Informal processing of e-waste in developing nations can cause detrimental human health outcomes and environmental pollution. Electronic scrap components, which include CPUs, contain doubtlessly harmful substances such as lead, cadmium, beryllium, or brominated flame retardants. Recycling and disposal of e-waste may also involve full-size danger to fitness of people and communities in developed countries.

 The European WEEE Directive classifies waste in ten categories: Large household appliances (including cooling and freezing appliances), Small family appliances, IT equipment (including monitors), Consumer electronics (inclusive of TVs), Lamps and Luminaires, Toys, Tools, Medical devices, Monitoring and control contraptions and Automatic dispensers. The term "waste" is reserved for residue or material which is dumped via the buyer in preference to recycled, consisting of residue from reuse and recycling operations, because masses of surplus electronics are frequently commingled (good, recyclable, and non-recyclable). Several public coverage advocates apply the term "e-waste" and "e-scrap" widely to all surplus electronics. Cathode ray tubes (CRTs) are considered one of the hardest sorts to recycle.

• Recycling of printed circuit board
• Computer recycling
• Recycling of liquid crystal display

Track 3 : Solid Waste Management

The collecting, treating, and disposing of solid material that is discarded because it has served its purpose or is now not useful. Improper disposal of municipal stable waste can create unsanitary conditions, and these conditions in turn can result in pollutants of the surroundings and to outbreaks of vector-borne disease—this is, illnesses spread by using rodents and insects. The duties of solid-waste control present complicated technical challenges. They additionally pose a wide type of administrative, economic, and social issues that should be controlled and solved.

A technological method to strong-waste management started to develop within the latter a part of the nineteenth century. Watertight garbage cans were first introduced within the United States, and sturdier motors have been used to acquire and transport wastes. A good sized improvement in stable-waste remedy and disposal practices become marked through the development of the primary refuse incinerator in England in 1874. By the start of the twentieth century, 15% of primary American towns have been incinerating solid waste. Even then, however, most of the biggest cities have been still the usage of primitive disposal strategies inclusive of open dumping on land or in water.

• Management frame work for municipal solid waste systems
• Thermal solid waste utilization in regular and industrial facilities
• Solid waste minimization technologies

Track4: Waste Water Recycling

Water recycling includes the restoration or reclamation of water from wastewater for potable (drinking) or non-potable use, which may be furnished or returned to the water machine either directly or indirectly. Water that has been used in the hand basin, shower, bath, spa bath, washing machine, laundry tub this is captured at the household, building or precinct level. It is not the water from the toilet, kitchen sink or dishwasher as this is normally too high in grease and oil to be reused successfully without significant treatment. IN urban areas this consists of the rainwater runoff from roads, buildings and open lands, commonly carried away through drains.

• Grey water re-uses systems.
• Rainwater harvesting and storm water recovery.
• Seawater desalination.

Track 5 : Paper Recycling

The recycling of paper is the technique through which waste paper is turned into new paper products. It has a number of essential benefits: It saves waste paper from occupying homes of humans and producing methane because it breaks down. Because paper fibre includes carbon (initially absorbed through the tree from which it become produced), recycling continues the carbon locked up for longer and out of the atmosphere. Around two thirds of all paper products inside the US at the moment are recovered and recycled, although it does now not all turn out to be new paper. After repeated processing the fibres becomes too brief for the production of latest paper - this is why virgin fibre (from sustainably farmed trees) will be introduced to the pulp recipe. There are three categories of paper that may be used as feedstocks for making recycled paper: mill broke pre-purchaser waste, and post-consumer waste. Mill broke is paper trimmings and different paper scrap from the manufacture of paper, and is recycled in a paper mill. Pre-patron waste is a fabric which left the paper mill however changed into discarded earlier than it was equipped for client use. Post-customer waste is material discarded after purchaser use, such as antique corrugated containers (OCC), antique magazines, and newspapers. Paper appropriate for recycling is called "scrap paper", regularly used to provide moulded pulp.

• Environmental impacts of waste paper recycling
• Model treatment of Paper recycling system
• Conversion of paper mill sludge into absorbent

Track 6 : Industrial Waste Recycling

Recycling your commercial waste is hazardous or non-unsafe gives many benefits to organization. Recycling reduces the charges you would in any other case incur removing unused substances and by-products. Recycling can offer you with a steady, dependable stream. Recycling can help your corporation attain its environmental desires and improve organization's status with local governments and the community at large. Recycling is a aid recuperation practice that refers to the collection and reuse of waste materials together with empty beverage containers. The substances from which the gadgets are made may be reprocessed into new products. Material for recycling can be gathered one at a time from trendy waste using dedicated boxes and collection vehicles, a procedure known as kerbside series. In some communities, the owner of the waste is needed to split the materials into different boxes (e.g. For paper, plastics, metals) previous to its series. In different communities, all recyclable substances are placed in an unmarried bin for collection, and the sorting is treated later at a vital facility. The latter method is understood as "unmarried-flow recycling".

• Industrial waste water treatment
• Managing food industry waste
• Resource Recovery and Recycling from Metallurgical Wastes
• chemical waste
• solid waste
• toxic and hazardous waste

Track 7 : Chemical Waste Recovery

Chemical waste may be handled through 4 different techniques; chemical, physical, thermal, and biological. Different methods of treatment are selected primarily based on the chemical waste involved. Many establishments produce some shape of dangerous waste on everyday basis, be it chemical cleaners, insecticides or solvents, paint or construction materials, or maybe just printer ink. While reducing the quantity of chemical waste an agency produces and recycling wherever possible are the maximum ideal options, from time to time it isn’t possible. In those cases, it’s vital that dangerous waste disposal is carried out correctly, to keep away from causing damage to human health and/or the environment. It is also a crook offence to take away hazardous waste inappropriately. Chemical waste which isn't always managed efficaciously may additionally contaminate our water streams, seriously impacting each human and aquatic life.

• Chemical recycling of household polymeric waste
• Nano material and global sustainability
• Carbon fibre recycling

Track 8 : Food Waste Recycling

Avoiding throwing out food that would have been eaten will prevent money and help reduce greenhouse gasoline emissions. However some food waste is inevitable - egg shells, banana skins and tea baggage are by no means going to be at the menu.

 In-vessel composting involves mixing food waste with lawn waste – shredding it after which composting it in an enclosed system for round 2-4 weeks (temperatures of as much as 70°C accelerate the procedure and ensure any harmful microbes are killed off). The fabric is then left out of doors to mature for a similarly 1-three months with everyday turning and tests to make certain fine earlier than happening to be used as soil conditioner. Anaerobic Digestion uses microorganisms to interrupt down food waste, animal manure, slurries and strength crops inside the absence of oxygen, internal an enclosed system. As it breaks down it gives off methane, which is collected and converted into biogas and used to generate electricity, heat or delivery fuels. It also creates a nutrient-rich digest ate that can be used as a fertiliser for agriculture and in land regeneration.

• Problems and Opportunities
• Treatment of solid food waste
• Effectiveness of food waste management

Track 9 : Agriculture Waste Recycling

Agricultural wastes (AW) may be defined as the residues from the developing and first processing of raw agricultural products together with fruits, vegetables, meat, poultry, dairy products and crops. AW may be in the shape of solid, liquid or slurries depending on the character of agricultural activities. Agricultural industry residues and wastes constitute a widespread proportion of world agricultural productivity. Although the quantity of wastes produced by means of the rural sector is drastically low as compared to wastes generated with the aid of other industries, the pollution ability of agricultural wastes is excessive on a long-term basis.

• Biochemical Waste
• Wood Waste
• Bio energy for the future

Track 10 : Rubber Recycling

For each environmental and monetary reason, there is broad hobby in recycling rubber and within the continued improvement of recycling technologies. The use of post-industrial substances is a fairly well-set up and documented business. Much effort over the past decade has been placed into dealing with of end-of-lifestyles tires from landfills and vacant fields. It is only in the previous couple of years that extra business possibilities for recycled rubber have come to the forefront. Reclaiming rubber has won increasing interest, more so in Europe than in North America. In the ones areas, a good deal of painting has been achieved to refine the processes used. The major form of recycled rubber remains ground rubber. This is produced either via cryogenic, ambient, or moist grinding. The fabric is then used neat with sulphur/curatives, binders, or cements. The binders are commonly moisture curable urethanes, liquid poly butadiene, or latex to produce objects inclusive of mats, floor tiles, and carpet under cushion. Recycled rubber remains used as tire derived fuel, however much less so than 10 years ago. Another outlet is as an additive to asphalt. Recycled rubber can be used within the plastics industry, for which a lot improvement is being completed. Large particle size floor rubber or chips are utilized in civil engineering applications, landscaping, or artificial turf.

• The science and technology of rubber
• Manufacture and application of natural rubber
• Recycling and reuse of waste rubber

Track 11 : Metal and Plastic Recycling

Metals are valuable materials that may be recycled over and over without degrading their properties. Scrap metal has value, which motivates humans to gather it for sale to recycling operations. In addition to an economic incentive, there is also an environmental imperative. The recycling of metals permits us to hold herbal resources while requiring much less strength to technique than the manufacture of recent products using virgin raw materials. Recycling emits much less carbon dioxide and other harmful gasses.

 Plastic recycling is the method of recovering scrap or waste plastic and reprocessing the material into useful products. Since the bulk of plastic is non-biodegradable, recycling is a part of international efforts to reduce plastic inside the waste stream, especially the about 8 million metric tonnes of waste plastic that enters the Earth's ocean each year.

• Biodegradable plastics
• Recycled Polypropylene plastic fibres to reinforce concrete
• Management of marine plastic debris
• Ferrous recycling
• Scrap metal recycling
• Soft plastic recycling

Track 12 : Circulatory Economy

A circulatory economy is an economic device of closed loops wherein raw substances, additives and products lose their price as little as possible, renewable electricity sources are used and systems thinking is at the core. In this article we are able to give an explanation for this definition in extra detail. Definitions are frequently consciousness on using raw materials or on gadget change. Definitions that target useful resource use frequently observe the 3-R approach:

• Reduce (minimum use of raw substances)
• Reuse (maximum reuse of products and additives)
• Recycle (high first-class reuse of raw materials)

Track 13 : Recycling Market

The recycling enterprise has undergone changes over the past 30 years, including marketplace fluctuations, the kinds of materials managed and how substances are accrued and processed. End market improvement is another place that has been in flux and looks one of a kind now than it did when Americans started recycling en masse within the late 1980s and early 1990s. "A lot of applications came online within the '90s" and put a focus on "creating ability at the state level," Gjerde said, bringing up Minnesota, California and Pennsylvania as enterprise leaders. Those states are some of the few that consistently maintained give up market improvement companies and initiatives at the same time as other state packages waned.

• Reduces the amount of waste sent to landfills and incinerators.
• Conserves natural resources such as timber, water and minerals.
• Increases economic security by tapping a domestic source of materials.
• Prevents pollution by reducing the need to collect new raw materials.

Track 14 : Thermal Waste Recovery

Thermal-heat recuperation also referred to as waste-warmness restoration, use of warmth electricity that is launched from some industrial techniques and that would in any other case expend into the instantaneous surroundings unused. Given the superiority of warmth-generating approaches in energy structures, which include those discovered in household heating and cooling structures and in energy generation, thermal-heat restoration has a wide area of potential packages and can lessen fossil-fuel consumption. However, although assets of waste warmness are ubiquitous, not all waste heat is suitable for thermal-heat restoration and financial or technical constraints from time to time forestall the use of available recuperation technologies. In many warmness- and power-generating methods, after the warmth call for of the manner has been met, any extra or waste heat is released as exhaust. Since the legal guidelines of thermodynamics indicate that warmness is transferred from higher to lower temperatures, the temperature of a system’s waste warmth is as a result inevitably lower than the temperature of the manner itself. In determining the feasibility for warmth recuperation, the 2 most-essential elements are the temperature of the waste warmth and the amount of warmth produced. The warmness-flux density (the fee of heat flow in line with cross-sectional location), the nature of the environment, the temperature of the warmness, and manner-unique considerations—together with the price of cooling, which ought to be controllable in a few industrial techniques inclusive of glass manufacture—also affect the suitability of waste warmth for restoration.

• Waste from energy.
• Thermal waste recycling.

Track 15 : Recycling Basics

Recycling is the process of accumulating and processing substances that could otherwise be thrown away as trash and turning them into new products. Recycling can advantage your community and the environment. After collection, recyclables are sent to a recuperation facility to be sorted, cleaned and processed into materials that can be used in manufacturing. Recyclables are bought and sold much like raw materials might be, and charges pass up and down depending on deliver and demand in the United States and the world. More and more of present day merchandise are being manufactured with recycled content. Common household objects that contain recycled materials include the following:

• Paper recycling.
• Plastic recycling.
• Rubber &tire recycling.

Track 16 : Construction Waste Management

Responsible management of waste is a critical aspect of sustainable building. In this context, coping with waste means removing waste wherein possible; minimizing waste wherein feasible; and reusing substances which might otherwise grow to be waste. Solid waste control practices have recognized the reduction, recycling, and reuse of wastes as important for sustainable management of resources.

 Management of building-associated waste is costly and frequently affords accidental consequences. However, not unusual sense indicates that failure to reduce, reuse and recycle societal wastes is unsustainable. It stands to motive that efficient and effective removal and minimization of waste and reuse of materials are important elements of design and construction activity. Creativity, persistence, understanding of available markets and businesses, and understanding of relevant rules are important abilities for layout and production professionals.

• Less waste going to landfill.
• Less use of natural resources.
• Lower CO2 emissions.
• Lower risk of pollution incidents.

Track 17 : Effect of 3Rs on climate change

Reduce, reuse and recycle is the first-rate manner to maintain the surrounding clean thereby stopping Climate Change. The manufacturing of waste has to be averted to the best feasible limit so that it will lessen the technology of waste. Substances ought to be reused if viable and then discarded. Finally Recycling offers with an opportunity to broaden new products from the discarded ones. If we comply with 3Rs nicely then there'll be large discount in greenhouse fuel emission and also presenting reduced health problems, saving landfill areas and helping to enhance the climate inside the long run.

• Recycling of solid waste
• Reuse reduce the use of unused materials
• Recovery energy from waste

Track 18 : Renewable energy

Renewable power is strength that is accrued from renewable resources, which can be clearly replenished on a human timescale, consisting of sunlight, wind, rain, tides, waves, and geothermal heat. Renewable electricity frequently provides electricity in four important areas: electricity generation, air and water heating/cooling, transportation, and rural (off-grid) electricity services at the country wide level, at least 30 nations around the world have already got renewable strength contributing greater than 20 percentage of electricity supply. National renewable power markets are projected to continue to grow strongly in the coming decade and beyond.

• Solar energy
• Geothermal energy
• Hydroelectric energy

Market Analysis

Recycling 2024 brings together sources and information to bridge recycling & waste management strategies to disclose sizable global recycling Techniques. It presents a first rate platform to cover latest breakthroughs in waste management strategies which incorporates E-waste, solid waste, wastewater, construction waste and paper, Industrial, food, agriculture waste recycling; Metal, plastic recycling and thermal and chemical waste recovery. Global waste volume era is predicted to boom from 23,655.five million lots in 2016 to 32,774.1 million tons in 2021 waste recycling marketplace consist of Municipal Solid Waste (MSW): Commercial and home waste in stable or semi-stable form, aside from hazardous waste and waste electric and electronic equipment (WEEE). E-Waste Recycler: The report esteemed the marketplace at US$ 10.2 billion in 2013 and predicts an enlargement of 25% in the course of the following six years, taking it to US$ forty eight billion via 2020. As some distance as volume, the market become fifty four million heaps in 2012 and its miles evaluated may be 147 million lots with the aid of 2020. PCs framed the biggest section of digital items being reused in 2012 and are relied upon to keep up their power later on, because of the speed of microchip improvements and a diminishing in PCs' ordinary lifestyles cycle. The worldwide e-scrap market will reach a value of US$ forty eight billion (Approx. Euro 35 billion) by means of 2020, in line with a new document published by US-primarily based Transparency Market Research.