The prospect of having to successfully deal with trash may be alarming at first. However, if you can integrate the following waste reduction ideas into your daily routine, the problem will be easier to manage and a lot less stressful in no time!

Reusing items: Certain daily utility items can be put to used repeatedly until they cease to be useful. For instance, plastic bags can be used in an assortment of ways and the dirt accumulated can be driven away by simple washing. Aluminum foil, glass containers, and plastic items also fall under this category. Scrap paper can be used for jotting down a list of items and phone messages among other things. Ideally, both sides of the paper should be used.

Reduce the shopping overheads: It is logical to ignore retail shopping and instead opt for bulk purchasing in order to reduce the packaging mess. An emphasis should be made on taking packages that can be recycled. Teach your children about the environmental benefits of your decision and make the concept appear glamorous to them.

Steer clear of disposable items: Start using only reusable and biodegradable products. Shopping bags should be kept in visible locations so that you remember to carry them. Have them laundered regularly to prevent the buildup of toxic bacteria.

Use trash compactors: Invest in trash compactors that possess the ability to reduce the mountainous heap of trash into a highly compacted mass. You will be able to reduce pressure on the dumpsters and the landfills while saving the environment from excessive pollution. Trash compactors are highly recommended in commercial facilities and are now starting to find use in homes as well.

Composting: A majority of trash has organic content in them. When disposed off at landfills, they gradually decompose and release toxic methane gas that eventually wears away at the ozone layer. Start collecting the food leftovers in a bin, dump it safely somewhere in your garden, and then cover it up with leaves or something of that nature. Make it a point to regularly add water to it. Soon, the nutrient-rich compost will be ready to be used as a fertilizer. Alternately, you can also deposit the organic trash with the city’s compost collection center.

Emphasize on recycling: Make sure you adopt the correct procedure for recycling items. The local recycler should be contacted to confirm the separation and collection process pertaining to recyclables. If your city municipal has no provisions in place to collect trash, you should enquire about other available options.

Purchasing used items: You can be less harsh on the environment by cutting out waste by using recycled products such as clothes, children’s toys, and furniture. Many online and offline shops offer attractive deals on such purchases.

Creating arts/crafts: Instead of discarding the trash, use it to create arts and crafts that will step up the attractiveness of home décor.

Donating unnecessary items: Redundant goods that are likely to end up in the trash can be donated to others who are in need of them, but don’t have the means to purchase them.

Repairing items: It is prudent to get items repaired for re-use, rather than dispose them off the moment it appears with a glitch.

Waste prevention forums: Joining waste prevention forums in your city will make you more aware and innovative in regards to finding ways to reduce waste generation.

Business owners should not have to go through training or modify their routines because trash compactors are conveniently easy to implement and use.  However, depending on factors such as a company’s volume and size of the trash, there are various types of compactors to choose from.  In order to determine what the most effective and efficient industrial trash compactor may be for one’s company, a handful of things need to be considered.

Below are some suggestions that will be beneficial during discussions with your trash compactor supplier.  These should make it simple for you to buy the one that best fits your criteria:

1. Evaluate the Source of Trash Generation – As the owner of the business, you should assess details such as the main source of trash generation in the facility, trash collection and storage points, and possible issues that may come up.  Determine the kind of cubic yardage and weight from the waste being generated monthly by observing the present waste hauling conditions.  This should help you determine which compactor category suits your requirement.
2. Assessing the Volume of Trash Generated – Calculate how much trash is generated in the facility where the trash compactor is being planned for use.
3. Transportation of the Trash – Assess details like path and transportation, including information on loose trash and compacted trash collection points at the facility.  Also find out how much temporary storage is available (if at all) and then determine what the most cost-efficient way for scheduled pick-ups may be for your company. (See below)
4. Assess the Waste Hauling Plan – The contract with a waste hauler is an important factor in determining what size compactor you should get to get.  It is also one of the most important factors in being able to maximize your profit and limit your expenditures.  For instance, if your waste-hauling plan includes a long-term contract with the waste hauler, which can be terminated only at the end of the contract, the equipment doesn’t save you as much as it could.  If the waste-hauling contract is based month-by-month, then maximum benefits can be obtained with the equipment.
5. Type of Trash Compactor – Evaluate whether your business needs an indoor or outdoor trash compactor, or an amalgamation of both by considering current operations and future needs.  Identify if there are any conditions that can damage or ruin either the outdoor or indoor trash compactor.
6. Assess Specific Needs – Consider the needs of workers and the waste flows generated in the facility to decide upon which industrial compactor is the best fit for your company.  It is known fact that not all businesses are alike; even if they work on similar lines, have the same facilities and number of workers.  For instance, one business may need only an indoor industrial compactor while another may have requirements for an outdoor industrial compactor.  Identifying these factors at the facility can help in focusing on the right type of compactor.
7. Study Various Waste Compactors – Know about various types of waste compactors and their operations. It can help in making a decision on certain features you may or may not include with any potential compactor.
8. Hazard Assessment – Find out whether any existing routines of storing waste are creating any hazards and would the addition of a trash compactor help solve this problem.
9. Analyze Current Resources – Study whether the company can put together its own hauling system with its resources or not.
10. Assess Trash Profile – Find out what portion of your company’s trash profile contains recyclable materials and what the percentage is for each material material (such as cardboard, PET, plastic, paper, etc) so you can choose the right type of equipment.
11. Analyze Your Budget – Understand what your minimum and maximum budget is for purchasing a trash compactor and let your supplier know of this.

By making a comprehensive requirement analysis you can make a more informed decision over purchasing a commercial trash compactor and ensure great paybacks for your investment.

Advantages of Recycling

• Recycling effectively helps manage disposables in congested areas by not burdening the earth with landfills.
• It conserves energy as recycling can crank out new products at a fraction of energy compared to energy used in creation of brand new products. Also, recycling leads to emission of less volume of noxious gases in the environment.
• Because of recycling need for transportation, mining and other allied activities is greatly reduced.
• The entire array of non-biodegradable wastes like plastics can be recycled, thus saving the land from getting barren from toxic leakages.
• Aluminum cans are in abundant use. Recycling wasted cans can save humongous amount of energy as extraction of low energy aluminum atoms from their bauxite ores demand freedom from oxide state, which consumes immense amount of energy.
• Recycling of organic matter leads to generation of valuable compost which serves as plant fertilizer. Methane is also produced which can serve as fuel for many things, specifically cooking.
• Recycling leads to conservation of precious natural resources (especially trees and water) and helps protect animal habitat. Fossil fuels take million of years to form. Balance of oxygen and carbon-dioxide is adequately maintained.
• Earth will be healthier and greener as landfills will not gobble fallow land and parks. Global warming is averted and other natural disasters are kept at bay.
• Less landfill and waste littering ensures that topmost fertile soil is not eroded away. Aquatic biodiversity is maintained as wastes are saved from being dumped in ocean leading to depletion of vital nutrients.
• More jobs are created.
• Recycling instills concern for environment in people.
• Innovations drive scientific advancements in producing less natural resource intensive products.
• Ordinary householders can make some money by contributing used items to recycle bins and corners managed by government.

Disadvantages of Recycling

• Methane gas produced during recycling if allowed to seep out can lead to global warming and ozone depletion, as it is greenhouse gas.
• Operating and maintaining recycling equipment is cost intensive. Further, more factories entail more pollution.
• Governments providing tax subsidies to recycling plants have to bear annually billions of dollars revenue loss.
• Low quality jobs undermining human labor are created which involves sifting through wastes and coming across toxins.
• Some items earmarked for recycling has to be ultimately subjected to combustion or landfill dumping due to sub-standard quality.
• Poor management of recycling sites can lead to creation of unhygienic conditions. Abandoned dumpsters may contain traces of toxins that can seep into underground water sources or pollute air.
• There is no assurance that high quality products will be obtained from waste recycling as input raw material if of inferior nature. Bleaching process can expose workers to harsh conditions that can deteriorate health.
• A false sense of security is circulated among people that make them more careless consequently leading to generation of extra trash.

Waste management through recycling has to be understood and dealt with in a broader scientific perspective. This will help in reducing incidental costs, foster innovative approach and curb the fearsome prospect of our earth being deluged with heaps of unmanageable, toxic waste. As intensive research is going on, it is expected that more innovative recycling equipment with greater waste management capability will be available soon with and change the scenario dramatically.

Though waste disposal has been a matter of concern for several decades, the main problem has been taking massive proportions due to growth in population and industrialization, the two major factors that contribute to waste generation. Though some advancement is being made in waste disposal methods, they are still not adequate. The challenge is to detect newer and unhazardous methods of waste disposal and put these methods to use.

Below we will venture into six effective waste disposal methods.

1. Preventing or reducing waste generation: Extensive use of new or unnecessary products is the root cause of unchecked waste formation. The rapid population growth makes it imperative to use secondhand products or judiciously use the existing ones because if not, there is potential risk of people succumbing to the ill effects of toxic wastes. Disposing off the wastes will also assume formidable shape. A conscious decision should be made at the personal and professional level to judiciously curb the menacing growth of wastes.

2. Recycling: Recycling serves to transform the wastes into products of their own genre through industrial processing. Paper, glass, aluminum, and plastics are commonly recycled. It is environmental friendly to reuse the wastes instead of adding them to nature. However, processing technologies are pretty expensive.

3. Incineration: Incineration features combustion of wastes to transform them into base components, with the generated heat being trapped for deriving energy. Assorted gases and inert ash are common by-products. Pollution is caused in varied degrees dependent on nature of waste combusted and incinerator design. Use of filters can check pollution. It is rather inexpensive to burn wastes and the waste volume is reduced by about 90%. The nutrient rich ash derived out of burning organic wastes can facilitate hydroponic solutions. Hazardous and toxic wastes can be easily be rid of by using this method. The energy extracted can be used for cooking, heating, and supplying power to turbines. However, strict vigilance and due diligence should be exercised to check the accidental leakage of micro level contaminants, such as dioxins from incinerator lines.

4. Composting: It involves decomposition of organic wastes by microbes by allowing the waste to stay accumulated in a pit for a long period of time. The nutrient rich compost can be used as plant manure. However, the process is slow and consumes a significant amount of land. Biological reprocessing tremendously improves the fertility of soil.

5. Sanitary Landfill: This involves the dumping of wastes into a landfill. The base is prepared of a protective lining, which serves as a barrier between wastes and ground water, and prevents the separation of toxic chemicals into the water zone. Waste layers are subjected to compaction and subsequently coated with an earth layer. Soil that is non-porous is preferred to mitigate the vulnerability of accidental leakage of toxic chemicals. Landfills should be created in places with low groundwater level and far from sources of flooding. However, sufficient number of skilled manpower is required to maintain sanitary landfills.

6. Disposal in ocean/sea: Wastes generally of radioactive nature are dumped in the oceans far from active human habitats. However, environmentalists are challenging this method, as such an action is believed to spell doom for aquatic life by depriving the ocean waters of its inherent nutrients.

Effective waste disposal calls for concerted efforts from all, no matter how anxious or worried they may be about our environment.

How Environment is Benefited?

Glass is non-biodegradable. Glass items disposed off at landfill will consume unthinkable amount of time to be broken down. In the process, the piling masses of discarded glass will poison the soil and reduce its fertility. In stark contrast, glass meant for recycling is injected a fresh lease of life within a month. Rubbished piece will appear as recycled glass countertops on store shelf in its new avatar after leaving the recycle bin.

Integrity is Not Lost

Glass items are completely recyclable and can afford the pressure of constant recycles. Recycling does not deprive glass of its quality and purity.

Efficient Process

Every new glass item essentially is composed of recycled glass. Any given glass container will have a maximum of 70% recovered glass. Industry pundits’ assessment says that 80% of glass obtained from recycling turns up as brand new glass items in its wake.

Conservation of Natural Resources

Glass recycling contributes immensely in conserving precious non-replenished raw materials. An estimate says that a ton of recycled glass saves equivalent quantity of raw materials required to manufacture new glass. This involves sand (1300 pounds), soda ash (410 pounds) and limestone (380 pounds).

Energy Conservation

Manufacturing process of glass entails exposing sand and other raw materials to a colossal temperature of 2600 degree Fahrenheit. This in turn demands high amount of energy and also paves way for industrial pollution to a great extent. Glass recycling process initially requires old glass to be crushed into a pulpy product named cullet. Preparation of recycled glass countertops and other items require lesser energy to the tune of 40% over preparing glass directly from raw materials. The low melting point of cullet induces this phenomenon.

Glass Recycling is Beneficial

The fact that glass is manufactured from natural products like limestone and sand makes glass containers exhibit very minimal chemical interaction with stored contents. Consequently, use of recycled glass is absolutely safe. Recycled glass serves multifarious purposes ranging from creation of decorative tiles, landscaping substances, recreating eroded beaches to being an indispensable part of new glass.

A Simple Process

Recycling glass is not a complicated procedure. The property that glass can be recycled with absolute ease without involving additional hassles, bestow the simplicity on the process. Glass meant for recycling is widely accepted by nearly every curbside recycling programs and municipality run recycling centers. If you desire to get rid of your old glass containers etc, you only need to carry them in the recycle bin to the recycling centers at curb. Alternately, you can dispose off your discarded glass containers at a collection point in close vicinity.

Addons

Many US states have provisions in place wherein you are offered cash refunds if you take the initiative to dump your glass containers at nearby collection centers. This will serve as an additional incentive through which you can make a few extra bucks just for aiding government with its glass recycling programs.

What is Composting?

Composting is taking nature’s help to break up and recycle biodegradable material into different elements that can be used to nurture plant growth. However, knowing the various factors that affect composting can greatly facilitate the process. Composting is a natural process that occurs in nature all the time. Several worms, organisms and microorganisms contribute to the process. Some of these are actinomycetes, fungi as well as bacteria. Facilitated by these, composting occurs much more rapidly than it happens in a natural way. Besides this, the right level of heat, oxygen and moisture can speed up the process of food composting.

Benefits of Composting

The biggest benefit of composting is that it helps to reduce and reuse food wastage. This also means that we send less wastage to landfills and save precious land. Degeneration of food in landfills releases methane in the environment. Moreover, the compost generated can be used as a natural fertilizer for organic farming keeping produce free of chemicals.

Food Recycling

Food consists of various materials in which some may compost faster than the other. Besides this, some items may give out a particular kind of odor which may be unbearable. Meat, bones and dairy products take longer to decompose and give out an objectionable smell. On the other hand, vegetable scraps, cores, peels, grains whether they are cooked or raw, stale bread, used tea leaves, coffee grounds will decompose much faster. One can also put in egg shells and corn cobs though this will take more time to decompose than vegetables.

Problems in Composting

Composting needs a lot of management and if it is done in the open may attract rodents and scavengers, not to mention the nasty smell. All this creates a challenge for maintaining hygienic conditions. If the volume of waste food is quite high, then several other factors also come into play. The most obvious is storage space, transportation costs, sorting of different kinds of food waste to be composted and so on.

Food Composters

An easier and more practical method is the use of food composters that can handle large volumes of food waste and do not need constant monitoring. The ECOVIM Food Composter by Northern California Compactors does not use any kind of chemicals, enzymes or water and turns food waste into a dry bio- mass and potable water that can be reused. The separated water comes out of a separate outlet and is fit for human use. One can also add 10 to 15% of paper and cardboard that is free of coating. The biomass that it produces is odorless and free of microbes. Available in different capacities it can be an effective composting method for both households as well as commercial establishments.

However different types of materials have different decomposition durations and some may not degenerate at all. Therefore recycling has to incorporate these differences for the items to be recycled effectively and brought into use again. Materials like aluminum, glass bottles, plastic never degenerate on their own. But organic materials like food, paper, leaves, can be turned into compost that can be reused as manure for plants.

Here are some recycling facts that we rarely think of:

Aluminum, Glass and Plastic

The amazing fact about aluminum cans is that it will not decompose even 500 years hence.

Similarly a glass bottle will not degenerate even 4000 years from now.

Glass needs to be sorted according to color and then recycled while aluminum can be recycled over and over again without affecting the quality. However, plastic once used will not be of the same quality when recycled.

Though we consider incinerating a good method for destroying plastic, the fact is that we would save double the amount of energy in recycling plastic than we spend on incineration. Similarly, if you recycle one glass bottle the savings made in terms of energy would light up a CFL for at least 20 hours. The amount of energy saved by one recycled aluminum means that you can use a TV for 3 hours.

Paper and Wood

Recycling paper and wood has limitations as the recycled paper cannot be of the same quality as before. Still paper can be reused as cardboard and wood can be used to create wooden boards. One can save approximately 75,000 trees by recycling one edition of the Sunday newspaper.

A rough estimate is that the amount of paper and wood that gets thrown annually without being recycled can be used for heating 50 million homes for the next 20 years.

Packaging Material

Attractive packaging is an essential part of marketing, but few realize that out of the total cost of the item purchased, 10 % of the cost is that of packaging. It is a major chunk of garbage that comes from homes. Simple things like Hershey’s kisses are wrapped in aluminum, which is recyclable, but we never stop to think of it.

Motor Oil

We rarely spare a thought to the motor oil that we get changed from time to time. However even one quart motor oil has the capacity to pollute 2 million gallons of water rendering it unfit for use. It isn’t as if motor oil cannot be reused. All it needs is to be refined to be put to use again.

The general average waste that is thrown out by each individual exceeds 4 pounds every day. If we make the effort to reduce, reuse, recycle whatever we consume, we would be living in a much cleaner and healthier environment. Make use of advanced recycling equipment such as compactors, balers and shredders in your workplace and make your world a greener place.

General waste management techniques are:

Landfill: It involves having the waste buried off in empty, deserted locations outside the city. Dumped waste is made to undergo compression to enhance the density and make the fill stable. It is later covered to discourage vermin growth. A gas extraction system is customarily installed to exact the gas (arising out of decomposition) through a burrow pit.

Incineration: Waste is exposed to high temperature to trigger combustion and ultimately reduce to ash, gas and heat energy. Toxic wastes from industry are thermally treated in furnace and boiler to extract energy. This method is useful where land is scarce. Gasification and Pyrolysis methods involve heating waste in short supply of oxygen at high temperature inside a pressurized and sealed vessel. The resultant residue is used for energy generation.

Recycling: Paper, plastic, PVC and other homogenous products can be recycled to put them in use in a new garb. This also rids the environment of non-biodegradable, chemical wastes that significantly disturb the ecological balance.

Biological reprocessing: Wastes of organic origin are made to undergo biological decomposition and re-used as compost or mulch for agriculture and landscaping. Gas collected is used for electricity generation.

Waste Reduction and Avoidance: The stress is on increased use of second hand products, repaired products and reducing the use of complex disposable items to keep a tab on waste generation in abundance.

Recycling Solutions

Recycling is a superlative way to capitalize on accumulated waste by chemically treating it to make it fit for re-use. Recycling equipment make the waste processing method streamlined and cost-effective.

Types of Waste Equipment

Compactors: They induce loose trash compaction by remarkably augmenting the waste density through elimination of air content prominently.

Compactors come in diverse forms to execute specific types of waste compression. Important variants are Outdoor trash compactor, Indoor trash compactor, High Rise Compactors, Bin Compactors, Compacting Dumpsters, Automatic Compacting Receptacles, Pre-Crushers, Specialty Compactors, Stationary Compactors, and self-contained compactors.

Compactors can score an average of 4 to 1 compaction. The chamber capacity of collecting container varies widely depending on application type.

Uses: They can help tremendously in bringing down the weekly trips of dumpsters. The dumpster size can also be significantly reduced to give a neat look to the industrial area. The amount of trash generated in an industrial unit for a given period can be fairly gauged by weighing the compacted mass produced by compactors. It can result in huge savings for the companies as trips to dumpsters as well as hauling cost is reduced. Besides, compactors help tremendously in improving the waste processing efficiency.

Compactors are used for generic wastes produced indoor and outdoor, in residential and commercial units, which have the potential of occupying significant space.

Solutions to Recycling

Balers: Balers are used for volume reduction of wastes and separating recyclable items from the waste stream.

Benefits: Loose and sprawling recyclables can be baled to occupy significantly less space. Volume reduction also leads to better recyclable processing. Business units get an insight into the type of material causing maximum waste generation that enables them to take steps to curb the problem.

The different types of balers are low profile baler (intended for operation with less than normal ceiling height), conveyor system balers (applicable for ultra-high volumes), high density balers (for baling tough recyclables), specialty balers (designed with specific purpose in mind like baling bottles, soft drink cans), high production balers, extra density balers, cardboard, plastic, metal balers and others.

Balers are particularly useful for handling recyclables pertaining to metals, plastics, cardboard and other materials.

Shredders: Shredders have useful application in industries. These help to disintegrate waste into small bits, which are easy to transport. The shredded output can serve as essential raw materials for other strategic production processes. Tire recycling is useful for a wide array of areas ranging from preparing playground surfaces to asphalt. Micro residential communities can drive home the same benefits as industries with shredders.

Shredders can be used for a variety of materials such as paper, plastic, debris, metal, electronics and even hazardous substances like radioactive waste.

Various types of shredders are designed based on the functions they execute. Widely used versions are grinders, granulators, chippers, hammer-mills, specialty shredders, shear shredders, and all purpose shredders.

Summary: Using waste and recycling equipment can significantly reduce waste processing and managing costs. Industries that make use of recycling equipment are also eligible for tax incentives.

Why Cardboard Balers are rising in popularity?

Cardboard balers are becoming hugely popular these days as it not only helps conserve environment but also help companies save a huge amount of money. Commercial establishments that are increasingly making use of cardboard balers include retail outlets, restaurants, office, convenient stores, warehouses and pharmacies. Discussed here are some of the major advantages of a cardboard baler.

• Follow rules and avoid fines – To conserve the environment, in many countries Governments have set up rules and regulation for companies regarding waste disposal. It is suggested that the producers of cardboards should be responsible for the reprocessing and recycling of cardboards. A fine is imposed on companies who fail to follow such rules. In this regard, cardboard baler helps companies abide by the rules and avoid fines.
• Help economize on waste disposal – Through the use of balers, the recyclable material is compacted significantly. Companies thereby save on the cost of hauling the recyclables. Besides, if a company does not have a recycling facility of its own and decides to sell the recyclables to a recycler, it again stands to make money.
• Helps reduce storage needs – As the cardboards are compacted through the use of balers, they’ll occupy less space. This means companies would not need to allocate a large amount of space for keeping the baled material. This not only helps companies economize on space, which is a valuable resource but also help safeguard the life of workers through efficient material management.
• Help reduce guilt – Environment is everybody’s concern. Throwing large amount of material produces guilt in the minds of sensitive human beings. However, by making use of recycling equipment such as cardboard balers, people experience a feel good factor as they get a feeling that they too are doing their small bit towards environment conservation.

Procuring the right baler

If you have identified the need of a baler in your company, the next step would be to procure the right baler. There are various types of balers available on the market and hence you would need knowledge to be able to source the right cardboard baler. Companies such as Northern California Compactors can help you purchase or get the most appropriate baler on lease.

Why is compacting necessary?

Space spells money and success for business. Often empty space is scrambled with a sprawling heap of loose trash that can be efficiently compacted into a mass up to 10 times lesser than existing spread. The condition of dumpsters is normally pathetic with the overflowing trash blocking valuable parking space or so. Industrial compactors can bring about volume reduction to the tune of up to 10 to 1 or more implying that about 10 cubic yards of loose trash can be packed in one cubic yard, thus enabling dumpsters to accommodate far more trash than usual conditions.

What vital points should be thoroughly understood before making the decision?
You need to ponder over certain key points before arriving at the decision to purchase an industrial trash compactor.

• You can pull off waste management in a better way with such compactors without having to train personals, set aside a recurring budget towards operation, or alter routines.
• The type of compactor should be decided upon pragmatically to facilitate an easy transition to balers and other modes of recycling in a later stage for efficient trash handling.
• The nature of waste, the relative strength of compactor measuring up to the waste type, the relative distance of the nearby disposal site to dump trash, the spectrum of cost involved in transportation, the maintenance cost and other incidental considerations should be the key driving issues that should be studied before implementing industrial trash compactors for cost reduction.
• You should also analyze how effectively the transition to balers can be made with chosen compactor types to generate revenue from waste stream.

A high powered compactor will significantly bring down the processing cost and transportation bills owing to superb condensation of trash it can pull off. The realization should sink in that it is frugal to pay heavily for having loose trash removed from your site on a regular basis while you can save handsomely on it with a trash compactor.

The benefits trickling out of industrial trash compactors will grow manifold times when the volume of waste generation is considerably higher and remarkable sum of money is used for its removal to nearby landfill or recycling site.

The trash compactor will buy you peace of mind by relieving you of the safety and fire hazards posed by the accumulated trash in the dumpster and overflowing trash bins. The industrial trash compactor comes in varying sizes, strength and types address typical trash issues.
Apart from this, numerous accessories and options are available to hook up with the primary compactor to reinforce the firepower of the compactor. A compactor can improve your businesses’ bottom-line by highlighting the felt concern of yours towards environment preservation thus attracting incentives from the government.

Quality time should be invested to weigh the various options that can influence your decision to buy a particular type of compactor as it can significantly boost your profit, improve turnaround time, save capital and most importantly, your environment.

Convenient to operate and easy to install technologically advanced trash compactors of today can compact trash to the ratio of 4:1 or 10:1 depending on the density. Trash compactors are not so expensive and what’s more they can help you save your garbage management cost. But this is not all; there are several other secret benefits of buying trash compactors. Discussed here are some of underlying benefits of trash compactors that you are likely to discover when you install one:

Energy saving and Tax advantage – When you install trash compactor, your trash gets compacted significantly, thus you’ll require less hauling and save on energy consumption as well. Apart from saving money owing to less consumption of energy you also contribute to the well being of the environment. Besides, you may gain tax advantages for taking green initiatives when you utilize the power of trash compactors.

Landfill Utilization – As the population is increasing and consumption is rising, waste generation is increasing by the day. This has a direct impact on Mother Earth as the garbage is ultimately dumped in landfills. Trash compactors can help address this major environmental concern. As these help reduce the size of the trash at the source, it has a positive impact on the waste management chain and definitely pressure on the landfills is reduced.

Several incidental benefits – Apart from the above mentioned major benefits, there are several covert benefits of installing a trash compactor which you’ll realize soon after you have installed one in your business or office. As compactors significantly reduce the size of the trash it helps reduce trash ‘tips’ and ‘pulls’. Besides, it helps you do away with the sight of overflowing dumpster or too many dumpsters in your parking lot.

So, now you know the secret behind the growing popularity of trash compactors. People who have already got a trash compactor installed in their workplace and business are enjoying the above listed obvious and underlying advantages of a trash compactor and encouraging their friends to use one to avoid trash issues, save environment and money as well. Researches have shown that installation of trash compactors can help people save as much as 15 to 50 per cent in their yearly waste management cost. So, when are you installing one?