Dumpster RentalRecyclingWaste Management

Pyrolysis, a process for transforming plastics into fuel

recycling in Florida

Right now in Florida, plastic has invaded almost all surfaces, whether land or sea. In our daily lives, we use this material quite often. And once we no longer know what to do with it, we throw it away all the time. However, this is a material that takes years, even centuries, to degrade. We will then have to look as quickly as possible for ways to collect, treat and reuse this waste. Plastic pyrolysis is a method that scientists have found to be able to reuse this material as fuel.

How to get started with pyrolysis

Certainly, there are people who have not yet heard of this method. In reality, this is a technique that is not at all new. However, its concept is developing. You should also know that pyrolysis is not only for plastics. By definition, it is the thermal decomposition of organic materials with the aim of obtaining a carbonaceous solid, an oil or a gas. For plastic, distillation allows it to be transformed into fuel.

In any case, this process is accessible to everyone. You must have the necessary materials such as stainless steel tanks, copper tube, copper wall passes, butane or propane gas and of course plastic waste. It is best to use polypropylene or polyethylene plastics. First, the plastics are crushed then hermetically sealed in the first tank. The last two must be heated for the condensation of gases at high temperatures.

Then, the plastics are heated to 450 degrees. This combustion without oxygen will make it possible to obtain diesel, kerosene, gasoline and gas (1 kilo of plastic gives 800 grams of fuel). After about an hour, turn off the system and let it cool before opening the tanks. These fuels will be useful in several areas such as, for example, gasoline will be used for electricity. This is the basic way waste should be managed properly.

What are the advantages of pyrolysis

The plastic distillation process has many benefits for people and nature. On an environmental level, pyrolysis offers better control of plastic degradation, given that they will not disappear for centuries. Furthermore, fuels made from plastics also exhibit secondary reactions. However, this makes it possible to reduce the number of plastics which continue to increase. There is then a way to help get rid of these materials that are harmful to the environment. But plastic will never cease to have an effect regardless of the form it takes or the transformation it undergoes.

Pyrolysis is also a new form of recycling. With tons of plastic continuing to cover the earth, recycling is one of the best ways to combat this. They can be reused in the home, in gardening and many others. Yet only a handful of these plastics are recycled. Even though some plastics contain substances that are extremely dangerous for the environment, recycling is never a bad thing.

In any case, it is necessary to know that not all plastics are recyclable. As for pyrolysis, it allows these non-recyclable materials to be transformed. In addition, it is an energy recovery from plastic waste. Previously, landfilling was favored since it is the simplest and cheapest. However, landfilling is not a better solution because storage space and storage capacity are limited.

Fortunately, pyrolysis makes it possible to avoid huge stocks of plastics. It allows you to get rid of plastic waste, but in addition, offers it a new use in daily life. This is generally called waste recovery or waste revaluation.

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Dumpster RentalRecyclingWaste Management

Rescue, Renew, Recycle: The Waste Recovery Renaissance

recycling center in Florida

What is waste recovery in Gainesville, FL

The Gainesville waste incinerator operates entirely with electricity produced during the combustion of waste. In addition, it provides a third of the electricity consumed by the city.

A large part of our waste is made up of organic materials (kitchen waste and green waste). Biological treatment allows them to be valorized.

Organic waste from household waste (kitchen waste) is treated in a biomethanization installation, also called a digester, where it is degraded by microorganisms. The methane (also called biogas) which is released during this process is harvested and can be used as fuel (some buses today run on methane).

Green waste from gardening and the maintenance of green areas is composted in composting centers and thus transformed into natural fertilizer for vegetable plots and gardens.
Energy recovery

The part of the waste that cannot be recycled, composted or transformed into methane is incinerated. By burning waste, incinerators produce heat. Today, we equip incinerators with turbines that transform this heat into electricity. This electricity is used to operate the incinerator or sold back to the distribution network. In these cases, we speak of energy recovery from waste.

Gainesville final elimination

According to waste reduction experts at the Gainesville Dumpster Rental Center, waste that is neither recycled nor otherwise recovered is deposited in a landfill (called a “Technical Landfill Center”). This is the least sustainable waste disposal solution because – apart from the fact that it presents many disadvantages for the environment and human health – it does not reduce the quantity of waste. The waste that is buried in this way persists. What will people think 1,000 years from now when they come across our buried waste, digging into what, to them, will be a beautiful green hill?

The main principles of the Gainesville Waste Plan

  • Give priority to prevention in order to reduce waste production.
  • Promote the recycling and recovery of waste produced and advocate the selective collection of this. Apply selective collection to combat “everything in the trash”,
  • Avoid landfilling as much as possible and only use the Technical Landfill Center for final waste.
  • Make the private sector responsible by imposing a general obligation to take back the waste it generates (packaging, household appliances).

My sustainable actions every day

Here are the steps to improve waste recovery.

  • I avoid all disposable and single-use products (cups, wipes, razors, single-dose cosmetic products, etc.).
  • I avoid overpackaging: I choose bulk or large packaged products and returnable packaging.
  • I use a water bottle and a sandwich box for my snacks.
  • I compost my organic waste.
  • I don’t change my entire wardrobe every new season. I buy a few new pieces, which I combine with the old ones. Instead, I choose good quality clothes that I will still like next year.
  • I don’t change my mobile phone every 6 months. I keep it until it no longer works.
  • Instead of throwing them in the trash, I take my small electrical devices (GSM, MP3, camera, etc.) out of use to the container park so that they can be treated and recycled according to the rules of the art.
  • To operate my small electrical devices, I choose rechargeable batteries.
  • I print my sheets on both sides and I keep the old papers printed on one side to make scrap sheets.
  • I choose refillable pens, where you simply replace the lead when they are worn out rather than having to throw away the whole pen.
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Dumpster RentalPollutionRecyclingWaste Management

The Science of Junk Disposal

recycling science

The science of waste management

The science of waste management encompasses various disciplines and principles that are applied to effectively handle and dispose of waste materials. It involves the study of waste generation, collection, transportation, treatment, and disposal methods, with the goal of minimizing environmental impacts and maximizing resource recovery. Here are eight key aspects of the science of waste management:

Waste Characterization: Understanding the composition and characteristics of different types of waste is essential for designing appropriate management strategies. Waste characterization involves analyzing waste streams to determine their physical, chemical, and biological properties, which helps in selecting appropriate treatment and disposal methods.

Waste Minimization and Source Reduction: One of the primary goals of waste management science is to minimize waste generation at its source. This includes promoting sustainable consumption practices, implementing recycling and composting programs, and encouraging the use of eco-friendly products and packaging materials to reduce waste generation.

Collection and Transportation: Efficient collection and transportation systems are crucial for waste management. The science of waste management involves developing optimized collection routes, selecting appropriate collection equipment, and designing efficient transportation methods to ensure timely and cost-effective waste removal from residential, commercial, and industrial areas.

Recycling and Resource Recovery: Waste management science emphasizes the importance of recycling and resource recovery. It involves identifying recyclable materials, establishing recycling infrastructure, implementing separation and sorting techniques, and developing processes to convert waste into valuable resources through recycling, composting, and energy recovery methods.

Waste Treatment Technologies: Waste treatment technologies focus on transforming waste into less harmful or more manageable forms. These technologies include physical, chemical, and biological processes such as incineration, landfill gas capture, anaerobic digestion, composting, and mechanical-biological treatment. The selection of appropriate treatment methods depends on the characteristics of the waste and desired environmental outcomes.

Landfill Design and Management: Landfills play a significant role in waste management, particularly for non-recyclable and non-recoverable waste. The science of waste management involves designing and operating landfills with proper engineering controls to prevent groundwater contamination, control gas emissions, and minimize environmental risks associated with waste disposal.

Environmental Impact Assessment: According to this website, assessing the environmental impacts of waste management activities is essential for sustainable decision-making. This includes evaluating the potential risks and impacts on air quality, water resources, soil health, and ecosystems. Environmental impact assessments guide the selection of waste management practices that minimize environmental harm and ensure compliance with regulatory standards.

Policy and Regulations: Effective waste management relies on robust policies and regulations. The science of waste management involves developing and implementing legislative frameworks, standards, and guidelines that govern waste management practices. These policies address waste reduction, recycling targets, hazardous waste management, pollution prevention, and other key aspects of waste management to protect public health and the environment.

By integrating these scientific principles and practices, waste management professionals strive to minimize the environmental and social impacts of waste generation, promote resource efficiency, and move towards a more sustainable and circular economy. The ongoing advancements in waste management science contribute to the development of innovative technologies and strategies that aim to address the challenges posed by waste and contribute to a cleaner and more sustainable future.

The science of recycling

The science of recycling encompasses a wide range of disciplines and processes that contribute to the efficient and sustainable recycling of materials. Recycling involves converting waste materials into new products or raw materials through various scientific methods. Here are eight key aspects of the science of recycling:

Material Identification and Sorting: The science of recycling begins with identifying and sorting different types of materials. This process involves scientific techniques such as visual inspection, automated sorting systems, and advanced technologies like near-infrared spectroscopy to identify and separate different recyclable materials such as plastics, paper, metals, and glass.

Collection and Transportation: Efficient collection and transportation systems are vital for successful recycling. The science of recycling includes designing optimized collection routes, selecting appropriate collection equipment, and implementing efficient transportation methods to ensure that recyclable materials are collected and transported to recycling facilities effectively.

Material Processing and Preparation: Once recyclable materials are collected, they undergo processing and preparation. This includes steps such as cleaning, shredding, and crushing to transform the materials into a suitable form for recycling. Scientific methods and technologies are employed to ensure the materials are processed efficiently and effectively.

Recycling Technologies: The science of recycling involves the application of various recycling technologies. These technologies differ depending on the material being recycled. For example, plastics may undergo processes such as melting, extrusion, and pelletization, while metals may undergo smelting and refining. Scientific knowledge is applied to develop and optimize these recycling technologies.

Quality Control and Testing: Quality control and testing play a crucial role in recycling to ensure that the recycled materials meet the required standards and specifications. Scientific testing methods are used to assess the quality, purity, and composition of the recycled materials. This ensures that the recycled products meet the necessary criteria for use in manufacturing new products.

Life Cycle Assessments: Life cycle assessments (LCAs) are scientific tools used in recycling to evaluate the environmental impacts associated with the entire life cycle of a product, from extraction of raw materials to production, use, and disposal. LCAs help identify the environmental benefits and trade-offs of recycling processes, enabling informed decision-making and continuous improvement in recycling practices.

Research and Development: The science of recycling involves ongoing research and development efforts to enhance recycling technologies, improve recycling rates, and find innovative solutions to recycling challenges. Scientists and engineers work on developing new recycling processes, exploring new materials for recycling, and finding ways to address issues such as contamination and recycling efficiency.

Policy and Education: The science of recycling extends beyond technical aspects to include policy development and education. Scientists and researchers contribute to the development of recycling policies and regulations that promote recycling and support a circular economy. Additionally, educational initiatives based on scientific knowledge aim to raise awareness about recycling, teach proper recycling practices, and inspire individuals and communities to participate in recycling efforts.

By applying the science of recycling, we can maximize the recovery of valuable resources, reduce waste sent to landfills, conserve energy and natural resources, and minimize the environmental impacts associated with the production of new materials. Continued scientific advancements in recycling contribute to the development of more efficient and sustainable recycling systems, furthering our efforts towards a circular economy and a greener future.

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Dumpster RentalPollutionRecycling

The State Of Landfills Around Rochester, New York

Rochester waste management

The United States’ most populated city is of course New York City. But there are other cities involved in recycling in the state of New York, including Rochester. Having so many residents, events, businesses, and visitors to deal with means a lot of rubbish.

While the population of New York City expanded by more than 300,000 people between 2005 and 2017, the amount of garbage generated by the city decreased by over 3.5 million tonnes, curbside pickups played a vital role in reducing the waste streams.

Despite the fact that this figure only accounts for the residential waste, which represents a small percentage of the approximately 14 million tonnes of waste and recyclables that New York City throws away each year from its homes, businesses, streets, schools, and construction sites, there have been major changes in the policies of the government, numerous commercial innovations, and an increasing number of the community initiatives that were pushing for the cleaner and greener city.

In point of fact, New York City is at the forefront of the sustainable city development, and it aims to achieve zero waste by the year 2030. Examine the steps that the municipality is doing to achieve this objective, as well as the actions that communities & businesses are taking to combat climate change as they move toward zero-waste communities and lifestyles.

OneNYC — Zero Waste In NYC

It may be argued that the innovative OneNYC plan developed by the City of New York serves as the overarching framework for the push toward zero waste. It was presented in 2015 with the goal of making New York City happier, healthier, and more sustainable by the year 2050. It includes the goal of sending zero waste to landfills with dumpster rentals by the year 2030 and is one of the most significant proposals pertaining to zero waste that can be found anywhere in the world.

GrowNYC and DonateNYC are two initiatives that have fallen under the plan’s goals and have indirectly contributed to zero-waste goals.

Both of these initiatives saw numerous changes to the city’s waste management systems in 2016 as a result of the programme, and these changes have had long-lasting impacts.

Under this plan, some of more significant initiatives towards achieving a zero-waste New York City are as follows:

  • Mandatory commercial recycling
  • The Zero Waste Challenge NYC
  • Developing zero waste schools
  • Commercial organic waste rules
  • Banning plastic bags

The Zero Waste Challenge NYC

The Zero Waste Challenge, which served as the proof of concept for the city’s broader goal to cut commercial waste disposal by ninety percent by the year 2030, was one of the most notable efforts that was undertaken.

The program was implemented in 2016 and targets large enterprises that generate a significant amount of waste. These organizations include hotels, food wholesalers, arenas, and manufacturers, owners of commercial structures, and others.

The participating businesses are tasked with rerouting at least fifty percent of their garbage away from landfills and incinerators, as well as rerouting food waste to help feed New York’s starving population.

The challenge was accepted and met with remarkable success by over 31 businesses located in 39 different locations across all 5 boroughs. There was a total of nearly 37,000 tonnes of material that was diverted from landfills, including more than 24,500 tonnes of organic material that was composted and 322 tonnes of food that was sent to New Yorkers in need.

Mandatory Commercial Recycling

The Zero Waste Challenge NYC served as a catalyst for the city, which ultimately resulted in the implementation of obligatory recycling in 2016. This means that all firms are required to recycle materials such as metal, glass, and plastic as well as paper, cardboard, and beverage cartons, and guarantee to the best of their abilities that such recyclable materials are correctly handled by the private carter.

Now, companies operating in New York City are required to enter into a contract with a private carter & develop the plan for how waste would be collected and distributed.

This plan must include signage to indicate whether the company will use source-separated collection, single-stream collection. In addition they are now required to provide receptacles for waste disposal that are clearly labelled and set apart from the general trash cans.

Commercial Organics Rules In NYC

According to the DSNY (New York City Department of Sanitation) regulations, businesses in New York City are required to separate back of house food scrap and plant trimmings as well as food-soiled paper or certified compostable items from rubbish and other recyclables in the same year. The organic composting and collection are to be done by the private hauler once again.

Composting regulations were first introduced in 2016 but only applied to a select group of large companies. This restriction was lifted in 2018 and has been reinstated in 2020.

More than 100,000 tonnes of food waste will be diverted from the landfills each year as a result of the most recent modification to the program, some of them via dumpster rentals. Following the discovery that facilities are capable of handling more materials than previously assumed, a comprehensive zero-waste system can be built that incorporates progressively smaller firms.

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Dumpster RentalRecycling

Recycling Issues In The World

What Is Recycling

The process of recycling is one that benefits everyone. Not only does it keep our planet clean, but it can also help you save money and make a bit of money if you know what you’re doing.

You may be wondering: why bother recycling if I’m just throwing it away? The main point of recycling is to prevent the waste of natural resources. By recycling instead of throwing away your trash, you are keeping that material from being mined and used again, which takes more of our resources.

How To Deliver The Dumpster

The first thing you want to do is find out how much space your stuff will take up. This is important because the place you are getting the dumpster from should be able to fit the right dumpster size and type of dumpster for your application.

After measuring out the area you need, then you can find out how much time they are going to have your dumpster on the location. This is important because you want to make sure you have enough time to get all the things you want to get rid of. You should also be able to fit the dumpster then on the location.

What Is The Recycling Process

Recycling is a very important process for our Earth. Refusing to recycle around the home can lead to many problems for us, such as the piling up of trash and an overall mess. How to properly recycle at home?

First, you’ll need to separate your garbage into categories so you can determine which is recyclable and which is not. After that, it’s best to bring your garbage to the recycling area of your town. It’s often the same area that you put your trash in.

After you have put your trash in the correct bins, they will usually have a specific time that they’ll pick it up and then it will be recycled. Recycling is a very beneficial process and everyone should utilize it as much as possible

What Happens To Our Waste And How Does It Affect The Environment

Our waste is a serious problem in our society. The waste produced by a small section of the population affects all of us in the form of higher taxes to pay for pollution control or public health. There needs to be an improvement in the way we manufacture, package, and use products.

We need to start designing long-lasting products and using them efficiently. There are many options and ways to reduce the amount of waste we produce. Some are more difficult than others and will take extensive effort. But, as a society, we should all make the effort to reduce the amount of waste we produce.

The Benefits Of Recycling For The Environment

With how important it is to recycle, not everything seems to be recycled. A lot of people use paper products that aren’t recycled at all. In actuality, a lot of paper products can be recycled. Not only is it good for the environment, but it also helps to reduce how much garbage cans and landfills get filled up with useless paper.

Additionally, people can get excited about recycling when they learn that it helps to keep costs down for businesses. By improving the way that businesses are able to reduce the amount of recycling waste, it means that they can use less money and resources. Recycling is a great way to help the environment and be sustainable.

Why Recycling Is Important

When you recycle, you’re using a reusable material instead of a non-renewable one. This is beneficial because you’re saving space in our landfills. Recycling a material helps develop a market for it, which in turn increases the supply, which in turn makes that material cheaper.

Over time as recycling programs across the country become more efficient, the amount of material we need to extract from the Earth to meet our needs is reduced. Once you realize how important it is to recycle, you won’t want to litter and you’ll want to make sure your local government has a good recycling program to help our environment.

What Is Being Recycled, Everywhere In The World

The billion-dollar industry of recycling is a sector of the economy that many people take for granted. There is no doubt that recycling is a part of everyday life. Whether it is an aluminum can, plastic bottle, or a piece of newspaper, we always are reminded of the waste that we generate daily.

If it weren’t for recycling, our landfills would be way over capacity and we would be faced with a serious environmental problem. But how often do you stop and consider what exactly is being recycled?

What Can We Do To Drive The Recycling Industry Forward

The recycling industry is a necessity due to rising levels of pollution and waste. While most people know how to recycle, there is a growing problem with recycling centers.

The recycling centers in the USA are not able to handle the large amounts of recycling that are coming in. Which is leading to recycling centers having to close down.

There are a few things we can do to help drive the recycling industry forward. Retain and add more recycling centers as this will allow for more recycling to be done and also allow more people to recycle. Another thing we could do is to encourage consumers and businesses to recycle by offering them incentives.

What Types Of Material Are Being Recycled

Some of the materials that are being recycled include metal, plastics, paper, and glass. Of course, you can recycle a variety of other items and materials like electronics, food, and clothing.

While there are many items that you can recycle, in order to increase the recycling rate, the economy needs to become more sustainable and eco-friendly. With a recycling option nearby and with the right education, people can make sure that our planet is well on its way to a greener future.

How People Can Recycle More

There are many ways people can recycle. Here are a few tips for how you can go about it.

Start by going to your local recycling center schedule. Look for the nearest center and schedule an appointment. Bring in your items in a clear bin. The bins are just like bins you’d see at a grocery store, except they are clear. You can find them for sale in most home improvement stores or online.

Take pictures of your items. Not only can you look at it later to see what you have recycled, but you can also share it with your friends and family. Then, when you’re at the center, schedule a pick up. When they come, they will take everything you have in the clear bin. They will bring it to a processing center, possible using a dumpster retnal. When they come back, they’ll drop off a bin at your house to collect more.

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The Role That Recycle Plays In The Preservation Of The Environment

Recycling Helps To Conserve Natural Resources By Reducing Their Consumption

In order to lessen demand for new plastic, we must recycle what we already have on our hands. This has a positive impact on the environment. By recycling paper, we may also create a change in the fight against deforestation and the prevention of trees from being felled for their wood. When you recycle aluminium cans and other metals, you help to reduce the pollution caused by mine while also assisting in meeting the world’s expanding demand for natural resources.

Recycling Adds To The Reduction Of Energy Consumption

Compared to reforming and repurposing already-used resources, manufacturing industrial-grade materials from scratch consumes a large amount of energy. Take the metal aluminium, for example. Depending on the source of the aluminium, recycling it could save anything between 90 – 95 percent of its electricity required to produce aluminium using bauxite ore. As a result of employing recycled materials, energy savings can be realised because they do not involve the use of enterprises that emit as many greenhouse gases as would be required if the same thing were made from the ground up using raw resources.

Advantages and Disadvantages of Recycling - Conserve Energy Future

Recycling Is Advantageous To The Planet In A Variety Of Ways

The amount more fresh materials or natural resources we take from the ground must be reduced if we are to prevent damage or extinction of fragile ecosystems and wildlife populations. This can be performed through several techniques such as farming, quarrying, logging, and others. Materials that can be recycled emit significantly fewer greenhouse emissions into the atmosphere than materials that are used in primary manufacturing.

The use of recycled materials can also have the effect of reducing the development of landfills inside the environment.

Each of the approximately 2,000 active landfills inside the United States contains waste products and emits green house gases as garbage decays slowly into the environment, resulting in increased greenhouse gas emissions. This does not take into consideration the many cemeteries that have been closed owing to capacity difficulties, nor does it take into consideration the future cemeteries that will be necessary whenever the existing cemeteries become overloaded with waste from the current landfills, as is the case now.

Recycling Leads To The Creation Of New Job Possibilities

Even if you’re not aware of it, recycling has a number of benefits, including the development of new employment prospects. According to a research by Defenders of the Earth, the creation of 51,400 new employment in the United States alone would result from obtaining a household recycling rate of 70%. According to the Environmental Defense Fund, a 75 percent national recycling rate would create 1.5 million new jobs in the United States, based on their projections..

Recycling Contributes To The Achievement Of Sustainable Development Goals

It is essential that we continue to produce and consume in a sustainable manner if we are to ensure the future for our generation and all subsequent generations. Recycling is one of the most effective methods available for assisting in the achievement of the Un Sustainable Development Goals.


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Environmental Advantages Of Building Waste Recycling

The EPA estimates that the US generates 600 million tonnes of building and demolition waste per year. More than 7.5 million tonnes of building and demolition waste were dumped in Texas landfills in 2019; this waste could have been recovered or utilised, taking up valuable landfill space.

Austin mandates building and demolition waste be recycled. For the sake of the local economy and the environment, here are five reasons to reuse and recycle construction material.

A Reduction In The Amount Of Landfill Space Required

Construction and demolition garbage accounted for nearly 21% of all Texas landfill waste in 2019, as per the Texas Center for Environmental Quality (TCEQ). After municipal waste, it’s Texas’s second-largest waste stream.

Communities can save money and time in the long run by repurposing or recycling construction waste, which extends the life of landfills in the region.

Boosts The Economy And Creates Jobs

In 2018, Austin’s recycling and reuse business generated more than 6,300 employment and $1.1 billion in total economic output. A contractor’s donation or recycling of demolition waste materials can help create new jobs. Reusing and recycling construction materials promotes a more resource-efficient society by allowing these items to be put to better use instead of being disposed of or incinerated.

In addition, there are tax deductions.

Instead of dismantling a structure, owners have the option of deconstructing it. Contractors recycle materials and repurpose them for use in the construction industry.

After some more than 15 years, Roxy Cafe & Bar has closed its doors.

Business groups in Colorado are concerned about the validity of a measure that would establish a free recycling programme.

Waste management | Umweltbundesamt

Popovich’s loss of Duncan remains as he considers the future

Donations of building materials to nonprofits are tax deductible for building owners. When deconstruction costs rise, these deductions can help. Most of the donated construction supplies are worth about 35percentage points of the final appraised price after taxes. The type and building condition and its materials, as well as other factors, all have an impact on the tax benefits that can be claimed.

When it comes to claiming a tax deduction, there are numerous things to keep in mind. The donated goods must be of use to the organisation. The fair value of a materials must also be known by building owners. Donated property worth and over $5,000 will necessitate an assessment of the item or set of related goods.

Protects the environment by conserving natural resources

We can help to conserve by recycling and reusing construction materials.

Every year, the Texas Transportation department (TxDOT) consumes approximately 1 million tonnes of recycled concrete from the state. TxDOT eliminates the need to mine natural stone & reduces landfill trash by recycling these materials in road building.

Helps to reduce hazardous emissions

In landfills which contain construction waste, hydrogen sulphide gas is an issue. A byproduct of the reaction between bacteria and the gypsum present in drywall is this gas. Disturbing scents from the gas produced by recycling drywall can be alleviated with this method.

According to TxDOT, recycled concrete reduces greenhouse emissions by 46,000 tonnes of co2 each year. That’s the equivalent of driving 31,542 cars for a year.

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