Africa: We Need
a Global Treaty On Plastics. Here's What It Should Look Like
ANALYSISBy Nils Simon
Plastic pollution is more than an ocean problem, and it's
time we treat it as such.
Plastics have boosted our economy because they are
versatile, cheap and durable. Yet, thanks to these same traits, in the course
of establishing a US$750 billion global industry, we have also created a
massive problem. Rivers are filled with plastic garbage. Plastic bottles soil
beaches. Masses of plastic are floating in the ocean. Birds become entangled in
plastic pieces, and whales' stomachs fill with plastic debris. Plastics can
harm humans, too, by releasing toxic additives.
And the problem is getting worse: The production of
plastics reached 311 million metric tons (343 million tons) in 2014 and is
continuing to increase worldwide. Scientists estimate that in 2010 alone between
5 and 13 million metric tons (6 and 14 million tons) of plastics streamed into
the sea. Many hopes have been put on biodegradable plastics, but those still
don't break down easily enough.
The U.N. Environment Programme has published several
reports on the environmental impact of plastics, launched a number of
initiatives against marine litter, and passed a resolution on microplastics and
marine litter at its latest U.N. Environment Assembly in May 2016. Although the
resolution recognizes plastic pollution as "a rapidly increasing serious
issue of global concern that needs an urgent global response," thus far
these initiatives have done little to solve the problem.
Back to the Land
Plastic ends up in the oceans, but it doesn't start there.
Why has plastics pollution been so intransigent from a global governance
perspective? One reason is the inevitable difficulty that comes with complex
policy problems, where many actors have a stake in the game and no clear-cut
remedy exists. Still, I believe that a more hands-on approach can at least pave
the way toward more durable solutions.
However, for it to do so we must rethink current efforts to
shape multilateral actions, which have mostly taken place with a focus on
oceans. After all, plastic ends up in the oceans, but it doesn't start there.
Oceans-based agreements just don't have what it takes to tackle the main
sources of plastic pollution. It is time to step up the game by negotiating a
global treaty aimed at reducing plastic pollution that goes beyond marine pollution
and tackles the roots of the problem.
Two options seem most viable for crafting a binding
international agreement to deal with plastics. First, a stand-alone treaty
could be negotiated, a multilateral environmental agreement dealing
specifically with the production, use and disposal of plastics. It would not
have to be built entirely from scratch because the U.N. already has a cluster
of treaties dealing with a range of chemicals (which plastics are) and waste
(which most plastics become).
This chemicals and waste cluster is built by the Basel,
Rotterdam and Stockholm conventions, which deal with the shipment and treatment
of hazardous waste, international trade of toxic chemicals, and persistent
organic pollutants, respectively. This cluster will soon be joined by the
Minamata Convention, restricting the use and trade of mercury and dealing with
its disposal.
Any of these conventions could be a model for a plastics
treaty that would be far more appropriate than a marine agreement because they
contain provisions on how to deal with harmful substances from a life-cycle
perspective, ban the most hazardous ones, and offer a framework through which
countries in need can receive assistance.
Second, the Basel Convention on the Control of
Transboundary Movements of Hazardous Wastes and Their Disposal could be amended
to specifically address plastic throughout its life cycle. Back in 2002, the
Basel Convention's member states passed technical guidelines on how to deal
with plastic waste. These guidelines could serve as the basis for negotiating
an amendment that, once ratified, would make sustainable management of plastics
mandatory to its members.
First and foremost, a common vision and clear goals are
crucial.There are also quirkier alternatives, building on a mix of legally
binding and voluntary measures. For example, so-called emerging policy issues
like nanoparticles or lead in paint are tackled under the Strategic Approach to
International Chemicals Management. SAICM is a voluntary multi-stakeholder
policy framework for managing chemicals sustainably.
It could be used to launch a plastics-based program, to
raise awareness among governmental and non-governmental actors alike, and to
prepare negotiations on a treaty. In addition, land- and oceans-based
approaches could be combined to build on their respective strengths. The former
could be covered in a stand-alone treaty or a treaty amendment as described
above, whereas the latter could be tackled under the U.N. Convention on the Law
of the Sea, MARPOL or the various regional seas agreements to focus on waste
dumping at sea or lost fishing gear.
Critical Elements
Whatever form the new agreement will take, the specific
content will be key to its success in reducing plastic pollution. Five critical
elements should be included (for a related take, see this proposal for a Global
Action Agenda).
First and foremost, a common vision and clear goals are
crucial. The vision should call for the sustainable management of all plastics
throughout their life cycle. A number of concrete goals could specify steps to
achieve this, and a review system for measuring how well all nations implement
them would make progress transparent.
Second, a plastics treaty should demand (and support)
building effective national collection and recycling systems, because they are
the most effective means of preventing plastic littering. Extended producer
responsibility schemes and multi-stakeholder partnerships could be fostered to
further extend collection where governments lack capacities. When this doesn't
suffice, plastic manufacturers could be charged to provide revenues for
establishing recycling systems.
Third, the treaty should create conditions for a more
circular plastic economy. Chemical and other companies must be pushed toward
innovation for more sustainable products, including plastics that more easily
degrade in the environment. This is a huge innovation challenge for the industry,
yet it can elicit a race to the top just as provisions to safeguard the ozone
layer through the Montreal Protocol did 30 years ago. The companies moving
first will have the biggest advantages in the years to come.
Fourth, no matter how good collection programs are and how
safe innovative plastics will become, some of it will still end up in the
environment (joining the millions of tons already there). A plastics treaty
should thus provide for mechanisms to deal with any plastic waste that remains.
There is a strong economic argument for taking on the
plastics challenge: Not only are environmental and health damages of untreated
plastic pollution extremely costly, there is also huge savings potential.Fifth,
to get all this to work, a plastics treaty must provide funds for
implementation. These days, raising money for multilateral agreements is a
really tough job. But there is a strong economic argument for taking on the
plastics challenge: Not only are environmental and health damages of untreated
plastic pollution extremely costly, there is also huge savings potential (for
example, the Ellen MacArthur Foundation estimates that 95 percent of the value
of plastic packaging - some US$80 billion to US$120 billion - is lost each year
when the material is discarded).
The problem of plastic pollution will not be resolved by
simply negotiating a new international treaty. However, such a treaty could be
the cornerstone for a more comprehensive approach linking public and private
actors, binding regulation and market-based schemes, land-based and
ocean-centered activities.
We have seen a lot of partnership-based, ocean-focused and
mostly voluntary action in the past. It is time to bring international law into
this picture and craft a treaty that can spearhead a real and enduring
solution.
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