“Recycle” has become somewhat of a buzzword in our society. Movements have moved, political platforms have been formed, and debates have debated; all over the necessity of recycling. The fairly recent societal focus on a “greener”, more environmentally friendly solution has made itself present. A variety of stances on the topic have been taken up by most people, ranging from “Recycling is our planet’s one and only hope” to “The government puts recycling in the water to spy on me!” The real problem with this is that for (most) of these stances, there is a grain of truth to be had. Obviously, there is no simple black and white solution to “going green”, or we would have most likely put it into motion by now. For each possible recycling plan, there usually is a counterbalance, which takes the form of cost and efficiency. Efficiency put aside (for now), cost is an incredibly serious problem to take into consideration, especially with the way things are right now. One thing does fall into the simple, black and white category, though: Our current recycling situation cannot remain the same.
So what is the problem, anyways? Why can’t we stay the course? We’ve been doing pretty well with what we’ve got going, right? Continuation of the norm is only a short-term solution; eventually we will have to deal with the problem. The overall population is rising and resources are being consumed at about the same rate. When that fact is added to the fact that our resources are finite, a problem does make itself apparent: We need to make what we’ve got last us. When viewed on the surface, this makes recycling seem like the ultimate solution to our problems. If we are worried about finite resources, then recycling trash to glean material should work, right? Unfortunately, we cannot just view a problem from the surface to solve it. Upon closer inspection, it turns out that black and white is actually a full complement of shades of gray. A good example of one of these gray areas is exactly how much energy is actually saved through recycling? The answer usually will vary with the different kinds of material being recycled. For instance, a paper mill uses (about) 40% less energy (according to the Energy Information Administration) making recycled paper as opposed to making fresh paper from new lumber. However, this is not taking into consideration the energy used collecting recyclables with a second trash truck, or the energy required to sort paper from other recyclables. Nor is it taking into consideration the fact that less new lumber means fewer trips required from logging vehicles. It is also not mentioning how there’s a limit to how often paper can be recycled; after about 5 uses, the fibers in the paper degrade due to the manufacturing process of pulping. Think of it this way: Wal-Mart is able to offer several products and services at low prices, but the true cost (when production, shipping, and other various expenses are taken into account) is different than the one customers pay. This is because Wal-Mart externalizes the prices; saving costs by offloading indirect costs onto a third party. The true energy cost is usually higher than what is stated because “indirect costs”, or unexamined energy consumption, isn’t taken into consideration. On the other hand, aluminum is far less expensive to recycle than to produce. The Environmental Protection agency says that recycling aluminum cans saves about 95% of the energy that would be used making aluminum from bauxite. In his 1994 article “Wasting Away: Mismanaging Municipal Solid Waste” (probably outdated in the face of newer problems and solutions), James V. Delong said that “MSW (Municipal Solid Waste) presents a minor national housekeeping problem, not a crisis”, and that “The responses are for the most part pointless, wasteful and both environmentally and economically destructive.” So you can see how we, as a whole, have not reached a sound conclusion on exactly where we lie on the recycling issue. This goes to show how much of the problem resides in a foggy gray area.
Alright, Luke, you have complained about the state of things for a bit now, what is a solution? In my opinion, a solution to the recycling problem would be to start at the beginning of the problem. A large portion of the issues surrounding recycling stem mostly from difficulties in recycling the actual material. Therefore, if a new standard was created for making recyclable-friendly materials the first time around, then the system could progress with far less inefficiencies, and, as a bonus, less materials would be needed for creating the original materials. By creating a “closed loop”, the materials could either biodegrade, or be recycled with no problems. Of course, the inherent differences between materials would need to be noted beforehand so as to avoid any vagueness. Cardboard is easier to recycle than plastic, for instance, but is heavier, which would result in more expenses in shipping. This step would be an investment for a smoother running, more efficient and therefore less expensive, system of recycling. The less materials get wasted in recycling, the longer the resources would last, and the less we would have to pay to replace said materials. However, the fact that it would cost a large amount of money to overhaul the way we make the materials, the laws we create, how we enforce the laws, and dealing with materials outside of our new system (imports from another country, for instance) is a serious matter.
As stated before, cost is usually the biggest impediment to reaching a solution to our recycling problems. When our economy is in a slump and our money is on fire, a plausible yet expensive solution to an issue is about as useful as a wildly implausible yet free solution. So what would some (more) cost effective solutions be to our recycling issues? This is where the terms “Reusing” and “Upcycling” come into play. Recycling is when an item is broken down into a material that can then be processed into a “new” product. However, Reusing and Upcycling skip the re-processing step. Reusing something is, as the name suggests, when a item is simply used over again for the same purpose. An example of this would be how my parents turn plastic Ziploc bags inside out and wash them after they are used, and just use the bags again after they dry. Upcycling, on the other hand, is when an item is used again to make something new. For instance, the use of rectangular glass beer bottles to make a wall would be an example of upcycling, or using pieces of a mirror to make art. Of course, this is a lot dirtier and more time consuming than people are usually willing to put themselves through, but some sort of change needs to take place, and they might not all be entirely pleasant at first. Perhaps some easier ways would be to re-use the same water bottle(s) instead of purchasing new ones, or using the back of paper you’ve printed off for scrap paper instead of tearing off a whole new sheet to use.
What am I trying to accomplish here? What am I arguing about? I am arguing that people’s view on recycling is not enlightened enough. They need to look a little bit below the surface, and find out for themselves the inadequacies of our current recycling system. I have not even nearly listed the massive problems that come with running such a big system, with so many different factors to take into consideration. I have to specifically drop my recycling off at a place I know it will be taken to the recycling plant, because if I put it in the recycling bin outside of my current apartment, it will just be thrown in with the rest of the trash and just result in more labor than was apparently necessary on my part. There are also issues in sorting that are quite expensive and result in materials that could be recycled being thrown away, like plastic bottles with caps on them. Am I saying just stop recycling; it is a total waste of time? No, I’m not trying to say that; I’m just saying that the system is not good enough yet, and needs improvement to become an efficient, worthy system.