I have spent the last several years doing my part to protect the oceans and protect the health of our people by using waste management.
I’ve spent time in various marine sanctuaries, been to the sea and spent my days in my home.
I even volunteered in a local homeless shelter to assist with cleaning up the trash and debris that had accumulated.
As an avid fisherman and sea turtle breeder, I know firsthand that marine life is extremely important to the health and well being of the ocean.
My work is a great testament to the value of our oceans and the value and impact of waste management on the environment.
In a previous article, I discussed what marine waste management does to prevent and manage the effects of pollution.
However, waste management also contributes to the ocean ecosystem, which can provide valuable habitat for other organisms and support a healthy ecosystem.
As a result, marine waste is one of the most abundant, sustainable and environmentally friendly sources of marine food for humans.
As I said in the previous article about waste management, the oceans provide our food, and it is critical to have our focus on keeping the oceans healthy and thriving.
As part of our marine food plan, I want to highlight what marine food waste management is, how it is managed and what you can do to help make it a reality.
Here are the basics of waste-management management, as well as what we do to prevent marine waste from entering our oceans.
Waste Management – Waste Management is the process of separating marine waste and placing it in an open container, such as an aquarium, or a landfill, to be recycled or composted.
This process involves separating marine food scraps and providing the marine food a natural environment where it can thrive.
Marine food scraps are very easy to remove from an aquarium or landfill.
They are easily disposed of by simply removing the food scraps from the container and throwing them into a trash can.
As we move into the 21st century, the waste management system is changing dramatically.
With the rapid adoption of plastics, plastic containers are now a large part of the waste stream.
For example, there are more than 200,000 plastic bottles in the U.S. that have plastic in them, and plastic packaging accounts for almost 70% of the total plastic waste in the oceans.
Plastic packaging and plastics are also the largest sources of pollution in the marine environment.
These chemicals and plastics, along with the waste they release into the environment, are causing a tremendous amount of stress and pollution to our oceans, including plastics and their associated greenhouse gas emissions.
It is important that we ensure that marine waste that does not meet our marine-based requirements is managed appropriately and in a way that is safe, sustainable, and is economically viable.
As mentioned in the prior article, waste is an important component of the marine ecosystem.
In fact, the U,S.
Department of Agriculture estimates that over 85% of all the food produced in the United States is produced by marine food, as shown in Figure 1.
Plastic waste also contributes significantly to marine food litter, as plastic waste from plastic packaging is released into the ocean through the food chain and into the food supply chain.
Plastic can be found in plastics that come from industrial, commercial and home applications, as can plastics from fishing gear.
While there are numerous plastics that are toxic and have the potential to enter our oceans from industrial applications, plastic has also been identified as a possible contributor to the growth of plastic litter in our oceans due to the fact that plastic packaging and plastic bottles are often left on the beach and are then picked up by marine life.
This plastic is then released into our oceans by commercial and industrial fishing, and this can lead to a large amount of plastic pollution and marine food debris entering the ocean and contaminating our waters.
Waste Treatment – It is very important to keep marine waste out of the water, so that marine organisms can continue to thrive and grow in the ocean without being negatively impacted.
To this end, the process called desalination is used to treat marine waste in order to remove it from the water.
While it is not an exact science, desalinating waste is a relatively inexpensive and easy process.
Simply mix one-quarter to one-third of the wastewater from the wastewater treatment plant (WTP) into a small amount of water and then allow the wastewater to drain and be filtered.
This allows for the water to be returned to the surface where it is filtered and the waste removed.
Once this process is complete, the water that is removed from the WTP is then placed in an ice bath, which freezes and is then shipped to the waste treatment facility.
This ice bath can then be treated with various chemicals to remove harmful bacteria and other organisms that may have been present in the water prior to being treated.
This water will then be shipped back to the WTS for further treatment.
Biodiversity Restoration – Biodiverse