Description
Brief Information About Kinsbursky Brothers Inc – (Battery Recycling) in California
Kinsbursky Brothers Inc – (Battery Recycling) is a material recovery facility that diverts waste from landfills/transfer station by producing cleaner recycled products. Recycling is made simple and low-cost with their dedicated dumpster service and local recycling center.
Kinsbursky Brothers Inc – (Battery Recycling) is located at 1314 North Anaheim Blvd , Anaheim, 92801, California, United States. The facility serves select cities in California. Call 714-738-8516, fax 714-773-4830 for further information.
Working hours:
- Monday: Call for details
- Tuesday: Call for details
- Wednesday: Call for details
- Thursday: Call for details
- Friday: Call for details
- Saturday: Call for details
- Sunday: Call for details
Kinsbursky Brothers Inc – (Battery Recycling) Services
Kinsbursky Brothers Inc – (Battery Recycling) is a recycling center in California that provides a low-cost and sustainable solution to your recycling needs. The recycling center in California offers the following services:
- Battery Recycling
Acceptable Waste for Kinsbursky Brothers Inc – (Battery Recycling)
Kinsbursky Brothers Inc – (Battery Recycling) processes several different types of waste to simplify recycling for consumers. The recycling center in California collects the following materials:
Metal
- Car Batteries
- Catalytic convertors
- Lead Acid Batteries
- Ni-Cad Batteries
- STEEL CASE BATTERIES
Can I Recycle It?
Nearly all waste can be recycled, but how you recycle or dispose of it can be confusing. If you are uncertain whether you can recycle material and how to recycle it, you can check online on website provided by USA Hauling & Recycling, Inc:
For more information about recyclable materials in Kinsbursky Brothers Inc – (Battery Recycling), you can find out by phone 714-738-8516.
The Importance of Recycling
Kinsbursky Brothers Inc – (Battery Recycling) is proud to offer local recycling center services to encourage recycling across the community. Recycling is integral for facilitating the transition to a circular economy and lowering the impact of a commodity’s lifecycle on the environment. It is an important contributor to the American economy and is vital to preserving resources and conserving the environment. The Recycling Economic Information (REI) Report 2020 identified that the recycling sector across the United States provides 757,000 jobs and $36.6 billion in wages in a single year. For every 1,000 tons of materials recycled, this translates to supporting 1.57 jobs.
Most Americans recognize the importance of recycling but are limited by the infrastructure available to them. The Draft National Recycling Strategy outlines the need for a more robust and efficient community solid waste recycling network:
You can learn more about why recycling is important in this book:
FAQ
Glass is infinitely recyclable, so it is critical to deposit it in the right place and prevent it from ending up in landfills, since glass never degrades and affects diversity and the environment if it is not treated correctly. Most of the glass found in landfills comes from discarded beverage bottles. In the United States, according to EPA data, the recycling rate for glass bottles is only 31.3%.
The best way to recycle glass bottles is to take them to local recycling centers, where you can even get paid for your bottle recycling. In most of these centers the price they pay per pound of glass is 0.1 USD/LB.
Also, recycling glass saves tons of natural resources, such as sand, soda ash, limestone, and feldspar. Recycling glass also reduces carbon dioxide emissions, as the glass from recycled bottles melts at a lower temperature than virgin materials, which means less energy consumption in the production of new bottles.
The waste that can be recycled has different destinations depending on the material in question. The waste that we deposit in the recyclable container is taken by dedicated recycling trucks to the Materials Recovery Facility (MRF). In these recycling centers, the waste is separated and later packed in bundles.
The waste that is not received by the recycling centers, such as plastic bags, electronic devices, or clothing (which vary in each locality and each recycling center) must be taken directly by the consumers to specific collection points so that these can be recycled.
Once separated and packaged, the recyclable materials are sent to recycling plants or processing factories that turn the waste into new products.
Recyclable waste that is not separated in the recycling container or is not taken to collection points, ends up in landfills, where, depending on its material, it can take hundreds of years to degrade or even never do so.
In the United States, only 10% of recyclable waste reaches the transformation stage, and most of it is destined for sale abroad.
Scrap recycling is one of the least popular in the United States even though most metals can be recycled and there are even some that have a high market value. The recycling of scrap metal is very important since by reusing metals we mitigate the exploitation of minerals, which are a limited resource, and their extraction generates a significant amount of greenhouse gasses.
Most of the waste can be left in the local recycling centers and received payment for it, in this way we avoid this waste ends up in landfills, where it would take hundreds of years to degrade.
Some of the metals that can be sold at recycling centers are copper (which is the best-valued metal on the market), aluminum, brass, lead, iron, and bronze. You can find these materials in all kinds of household waste such as; wires, pipes, kitchen sinks, food cans, soda cans, window frames, door locks, chandeliers and hinges, old jewelry, children’s toys, lamps, and tools.
Although almost most of the metals are recycled, some cannot be reused or that recycling centers do not receive, such as those used for paint or toxic products, some pipes, clothes hangers, and metal scraps, so it’s always best to check directly with your local recycling center.
Recycling is the process by which the raw materials that make up the waste that we use daily such as paper, glass, aluminum, plastic, etc., are transformed into new materials. This prevents these wastes from entering the seas or earth. But, for this to happen, a series of steps need to be carried out:
- At home – separate and clean waste.
- At local recycling centers – sort, pack, and store, for later sale.
- At processing industries – treat the materials and transform them into new products.
For a few years, the United States entered a crisis due to the accumulation of waste, which was triggered by the new waste policies of China, which was the main buyer of waste in the United States. These new policies are much stricter and among other restrictions, they lowered the minimum standards for pollutants to -1%, which excludes the majority of waste from the United States.
Electronic waste, also known as e-waste, is all parts of electronic devices or broken devices, such as household appliances, televisions, electric stoves, air conditioners, microwaves, radios, computers, mobile phones, batteries, hard drives, motherboards, circuits, monitors, etc., that we discard.
Most e-waste contains a series of highly polluting materials, including heavy metals such as mercury, lead, cadmium, lead, chromium, arsenic or antimony, which not only harm the environment, but are also highly dangerous for human health.
The best way to dispose of electronic waste is by recycling. Electronic waste contains precious metals including gold, silver, copper, platinum, and palladium, as well as significant amounts of iron, aluminum, and plastics, which can be recycled. Giving away electronic devices that are no longer needed is always the best option, but if it is a product that cannot be repaired, it is important to deposit it at a local recycling center that accepts electronic waste. Recycling centers reclaim many of the materials from which these products are made, including plastics, glass, metal, and aluminum that can be recovered and reused in new electronics.