How can recyclables be transported

On average, we recycled and composted 1. The state of the economy has a strong impact on consumption and waste generation. Waste generation increases during times of strong economic growth and decreases during times of economic decline.

If you look at the big picture of what it takes to create a product from scratch -- to get the raw materials, transport them, process them and manufacture them -- making goods with recycled material like paper, plastic, glass, and metal is a major energy saver. Seattle economist Jeffrey Morris estimated that manufacturing one ton of office and computer paper with recycled paper stock can save nearly 3, kilowatt hours over the same ton of paper made with virgin wood products.

A ton of soda cans made with recycled aluminum saves an amazing 21, kilowatt hours by reducing the virgin bauxite bozite ore that would have to be mined, shipped, and refined. The San Diego County Office of Education has figured out that recycling one glass bottle saves enough energy to light a watt light bulb for four hours.

The Steel Recycling Institute has found that steel recycling saves enough energy to electrically power the equilvalent of 18 million homes for a year. With all the energy that is saved when we recycle bottles and cans and paper, we should all recycle and buy recycled more often! A: The amount of lost energy from throwing away recyclable commodities such as aluminum cans and newspapers is equivalent to the annual output of 15 power plants. The energy savings applies to all recycling sectors:.

One ton of recycled aluminum saves 14, kilowatt hours Kwh of energy, 40 barrels of oil, One ton of recycled newsprint saves Kwh of energy, 1. Office Paper. One ton of recycled office paper saves 4, Kwh of energy, 9 barrels of oil, 54 million BTU's of energy, 60 pounds of air pollutants from being released, 7, gallons of water, and 3.

One ton of recycled plastic saves 5, Kwh of energy, One ton of recycled steel saves Kwh of energy, 1. One ton of recycled glass saves 42 Kwh of energy, 0. As you can see, by recycling you are saving energy in addition to conserving resources and reducing pollution! A: Last year alone, recycling bottles and cans saved enough energy to power up to , homes in California. Energy drinks are all the rage, and in recent years beverages that invigorate consumers have flooded the marketplace.

What many people might not realize is that the same bottles and cans that provide them with energy beverages could actually save the kind of energy needed to power their homes and televisions. How much energy? In , the 12 billion bottles and cans recycled by Californians saved the equivalent of enough energy to power up to , homes, according to CalRecycle calculations. It takes 95 percent less energy to make an aluminum can from recycled aluminum than from processing bauxite ore, and glass furnaces can run at lower temperatures when using recycled glass, thereby saving energy and extending equipment life.

To help Californians find the recycling bin instead of the trash can, CalRecycle has some simple tips for bottle and can recycling:. Hold onto your empty beverage containers until you find a recycling bin. Keep an extra bag or box in your car so that you can collect your beverage containers without having them roll around in your car. Set up a separate bag or box for recyclable beverage containers only. Later, redeem them for cash or put them in your curbside recycling bin.

For more information about this press release and other CRV beverage container recycling related programs, please contact the CalRecycle. Q: What is the connection between source reduction and reduction in green house gas emissions? A: Reducing the amount of paper you use is not just being cost-effective, it is taking concrete steps to reduce climate change. More so than any other waste management option - including composting, recycling, and landfilling - source reduction helps turn back the clock on climate change.

EPA and its stakeholders have taken the below actions since November to address the challenges facing the U. In , EPA conducted a series of roundtable conversations with key stakeholders involved in the recycling system. The roundtables were a chance to hear different perspectives on the challenges and opportunities within the system.

The conversations led to the identification of four key action areas, and stakeholders formed workgroups to further explore and develop actions around the areas. Within those areas, the stakeholders expressed ideas for future actions that federal, state and local governments; industry associations; recyclers; waste haulers; material users; and non-governmental organizations could take to improve the U.

The action areas are:. All 45 signing organizations, including EPA, pledged to work together to identify specific actions to take in addressing the challenges and opportunities facing the U.

Through the pledge, organizations committed to leveraging their collective expertise, strengths and resources to address these challenges and opportunities. Participants included representatives from federal, local, state and tribal governments; the recycling industry; and manufacturers and brands.

We invite U. Visit our page to sign the pledge and join others that have signed it to work toward a more resilient materials economy.

Making use of special 40ft containers and sea freight routes of the Vantec Group, we can transport recyclable resources over long distances in bulk economically. We can support your modal shift effort by switching from trucking. When your recyclables are subject to industrial waste regulations, we perform coordination with relevant ministries and agencies to acquire necessary licenses and permits and stay fully compliant with the law.

We can efficiently transport in bulk recycling materials such as old paper, waste plastic bottles, used clothing, waste plastic, etc. We can transport collected plastic bottles, waste plastic, and old papers to recycling companies in accordance with the Containers and Packaging Recycling Law. We can efficiently transport in bulk recyclable resources shredder residue, etc.

We will propose a total solution including the containers, cargo handling method, modal shift, acquisition of permits and licenses, etc. The most optimal cargo handling method will be proposed together with the packaging and unloading location. We aim to optimize costs by proposing the most efficient mode of transportation.