- Address: 20103 SW Archer Road, (SR 24/1m SW of Archer), Archer, FL 32618
- GPS: 29.511166,-82.554044
- Phone: (352) 495-9948
- Mobile Phone: (352) 495-9948
- Monday 7am-5pm
- Tuesday 7am-5pm
- Wednesday 7am-5pm
- Thursday 7am-5pm
- Friday 7am-5pm
- Saturday closed
- Sunday closed
Send To A Friend
The Watson C&D Landfill is located on 20103 SW Archer Road, (SR 24/1m SW of Archer), Archer, FL 32618. This landfill is opened on the following hours:
- Monday: 7am-5pm
- Tuesday: 7am-5pm
- Wednesday: 7am-5pm
- Thursday: 7am-5pm
- Friday: 7am-5pm
- Saturday: closed
- Sunday: closed
The landfill is closed on all US federal holidays. The dumps on the landfill are regulated by the U.S. Environmental Protection Agency and the applicable state laws.
The Watson C&D Landfill Florida buries trash and garbage below secured and stratified layers of dirt and isolating material. The transfer station accepts tire, solid waste, hazardous waste, and inert material waste. For any other type of waste that you are not SURE ABOUT, you can reach them out at (352) 495-9948.
You may contact the Watson C&D Landfill about any information regarding: waste managing policies, recycling policies, commercial garbage, accepted types of trash, industrial waste, household garbage, appliances disposal and hazardous waste management.
You can reach the Watson C&D Landfill about their opening hours to the public and what is the visitor policy. They would gladly answer your questions.
Online services EPA
Popular questions at Watson C&D Landfill
There are many landfills and they have accepted different types of waste. To make it simpler for our readers to locate your nearest landfill, we have created a simple website that helps you to answer those questions. The website is free and very simple to use. All that you must do is input your zip code and the type of waste that you will deposit. The website generates an interactive map, where it lists all landfills near your zip code that accept your predefined type of waste. The website also generates a list of all landfills near you where you can click and get more information for each landfill.
There is one detail to clear out. Landfills and dumps sound the same but are not. A landfill is engineered to maximally reduce the effect on the environment of the waste. The advantages of landfills over dumps are that landfills are managed with more care and landfills can even recycle the waste to produce other compounds or to even produce energy. Dumps are almost nonexistent today as they do not manage the waste and just leave things in the open.
Each landfill has a different cost to use its services. The price depends on many factors, such as type of waste ( hazardous, construction and demolition waste, municipal solid waste, and inert waste ), location of the landfill, and the individual charges of the landfill. According to statistics, the USA average price per ton is $53.72. The costs tend to be higher in the Pacific area, where they reach an average of $72.02 per ton of waste. The prices are averagely the cheapest in South Central, where they reach $39.66 per ton. From statistics, we see that the highest populated areas, the Pacific and the northeast are the costliest, while the other areas of the USA tend to have cheaper prices per ton.
There is an interesting type of landfill, inert landfills. This type of landfill receives sand, concrete, and other waste related to construction. This type of waste does not have any biohazards nor decomposes, or it does so very slowly. These types of waste neither produce liquid waste. In this category, we mostly have asphalt, rocks, bricks, yard leaves. In this category, we do not include demolition waste.
Sanitary landfills offer a more advanced waste management approach that further reduces the chances of environmental contamination. The basic unit of a sanitary landfill is still the cell. The idea is to create soil tranches. The garbage is deposited onto layers 1 to 3 meters high and then compacted by bulldozers to reduce the volume. Then the garbage is covered by a layer of dirt. Multiple of these layers are piled together until they reach maximum capacity and thus, we form a cell. The cell is then reinforced on all sides to prevent leakage to the soil.