I think I better explains a more practical way of doing this kind of:
reduce, reuse, and recycling
Reduce the usage of energy, food, and other items as much as possible.
When you decide the item is useless, try to reuse the item. If the item is not usable for you, give it to someone who want the item.
If the item is useless for everyone, recycle it.
Recycling
1) think about what you are missing and write it down on a piece of paper
2) then see what you have
3) dismantle what you have. Try not to buy any accessories. If there is not enough time, buy the accessories
4) assembly the parts to make what you are missing
Example:
1) I need a pencil case holder. I write down: "I need a pencil case holder."
2) I have extra shampoo bottles...
3) I need pencil, eraser, and some knives to make my pencil case holder. If I have the condition and time, I will reuse other people's materials. If I instantly have some scrap metals and plastic, I can assemble them to make something such as a knife. If I do not have the condition and time, I need to buy the materials.
4) I use pencil to draw the rough shape of my pencil holder. I cut out the shapes with my knife. I erase the extra details. I have a pencil case holder.
What to do about the existing "trash"
1) locate parts that can be fixed and can be reused (as much as possible)
2) take the fixable and reusable parts and fix or reuse the parts
3) for the extras with dirt and need purification, use Enerkem's system to make ethanol...the excess can be used for fiber boards and frames
4) the biodegradable stuff should be composted
Mattress Recycling
1. wear masks and take frames and the rest out.
2. can use vacuum to suck foam out
3. For latex mattresses, latex can be reused. The cotton is biodegradable...this means you can throw out the cotton parts.
Excess Gas Treatment
-best done by Environmentalists and Environmental-relation people with a university degree-
1) absorb or contain the gases
2) do ionization and atomic analysis of the chemicals by using a combination of plasma emission and mass spectrometry
http://www.cem.msu.edu/~reusch/VirtualText/Spectrpy/MassSpec/masspec1.htm
Mass spectrometry
http://www.applied-spectroscopy.com/plasma.htm
Plasma Emission
http://www.elsevier.com/wps/find/bookdescription.cws_home/601473/description#description
Flow Analysis
http://www.chemistry.mcmaster.ca/bader/aim/
A theoretical analysis
3) figure out the identification of the chemicals
4) find out weather the identification of the chemicals is correct by using common chemical equations. If it is correct, then the product of the chemical will be exactly the people's predictions. If it is not correct, go to step 1)-4). If it is correct, then follow step 5)
5) Come up with a plan to convert the chemicals into a chemical that the business/environment needs.
6) Do the plan...Sell the gases to business and leave the gases for the environment and the biotic aspects of the environment.
Treat gas conversion for sudden business, household, and institutional misfortunes. For others: this is welcomed, however it is very hard to practically to convert into different gases.