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Enviroshopping
Marie Hammer and Joan Papadi
You have tremendous influence in the
board rooms of American companies. They listen each time you open your wallet.
They will listen when you say Reduce, Reuse, Recycle. They will listen when
you Reject and Respond. As an enviroshopper, consider the environment when you
compare the convenience, the cost and the quality of your purchases. You will
feel proud that you did the right thing for yourself and future generations.
Grains of sand make mighty sand dunes, and
bits of trash make mountains of garbage. In Florida we throw away about eight
pounds of garbage per person each day. The national average is about 3.5
pounds per day. The Florida rate is increased somewhat by the trash from our
visitors (about 35 million each year). What is the significance of this
garbage? When we throw it away, it gets buried at the landfill or burned for
electricity, and we never have to think about it again, right? Wrong! Excess
trash affects us in many ways, even long before it becomes trash. There is
potential damage to the environment when the raw materials are mined or
drilled or extracted, and then transported to the factory. Air and water
pollution occurs during manufacturing, storage and transportation of the
finished products to the retail store. Since energy is used in each of these
steps, there are environmental consequences. From coal, oil or gas-fired
electrical energy, there are large amounts of harmful atmospheric pollutants.
The transport of fossil-based fuels can also degrade the environment, such as
oil spills occurring in the ocean. And the production of fossil-based fuels
affects the environment, as when coal is strip-mined. Hydro-electric power is
not without its environmental effects. To create the power source, thousands
of acres of land are dammed up and flooded. As a result, the river ecology and
wildlife habitat are destroyed. Nuclear power, too, produces radio-active
waste for which we have not yet found a solution. Most people are aware of the
environmental damage possible when disposing of waste by landfill or burning.
Few people realize that creating a product such as packaging from raw
materials causes more environmental damage than disposing of it. The damage is
a direct result of the large amounts of energy consumption associated with
each product. When the solid waste is placed in a landfill, it continues to
affect the environment. Landfills that were built before today's strict
standards went into effect have the potential to contaminate water supplies.
Litter continues to blight our roads and highways. Some discarded products
harm wildlife, both on land and in water. Excess trash also wastes resources.
The raw materials we use to make our paper, plastic and other materials, all
need to be conserved for future generations. Thirty percent of our household
waste is packaging. But we can't just do without it. It is a necessary part of
our marketing and distribution systems. It performs several functions as it:
- protects food from light, heat,
oxygen, natural contamination, tampering. It preserves food and prevents
food waste.
- protects consumer goods from
crushing, spoiling, and shoplifting.
- protects children from ingesting
drugs, and hazardous chemicals.
- informs consumers of proper use,
storage, features, and warranty.
- provides for easier warehousing,
transportation, and distribution. Can be handled with large mechanical
equipment.
- provides convenience to the consumer
in ready-to-eat, single-serving, disposable and microwavable foods.
- encourages quantity purchases such as
multi-packs.
- appeals to the eye of the shopper and
draws it away from competition.
- attracts shopper with larger size
packages and use of more shelf space.
Packaging varies widely in its efficient
use of materials. Much packaging is designed for the utmost efficiency. Some
packaging however, is excessive. Excessive packaging wastes energy and
valuable materials and contributes to the waste disposal problem. Some of the
improvements made for convenience sake or to increase shelf life, may produce
packages that use more materials, or are more difficult or impossible to reuse
or recycle. The amount of packaging going into the waste stream CAN be reduced
significantly. It's up to you. Do your part. Be an Enviroshopper!
Follow the five R's of enviroshopping:
- REDUCE the amount of packaging
you buy and throw away.
- REUSE and
- RECYCLE whenever possible.
- REJECT packaging that is
unsatisfactory and
- RESPOND to producers and
retailers to let them know how you feel.
REDUCE
We consumers have become hooked on
convenience and pay millions of dollars for it. We prefer to buy sixteen
one-use spray bottles full of ready-to-use spray cleaner rather than a single
bottle of concentrate to mix on our own. Why? Because we like no muss, no
fuss, convenience! Enviroshoppers are willing to give up some of that
convenience to reduce their garbage production by PRECYCLING. When you
precycle, either you choose products and packaging with less environmental
impact, or you decide to do without it and just don't buy it at all. If you
never buy it and bring it into your home in the first place, then you don't
have to manage it. You don't have to figure out if it can be reused or
recycled, and you don't have to dispose of it. In the table section, Table
1 , Summary of National Energy Savings from Packaging Reduction, shows
the impact in energy savings of various packaging reduction actions by
consumers and industry. Reducing all packaging in general could save the
equivalent of seven million barrels of oil each year. Imagine seven
million barrels of oil going up in smoke, creating massive amounts of air
pollution, all to produce packaging that we throw away. Your precycling
actions will make a difference. Enviroshoppers compare the convenience
of a product to its environmental impact. In some cases you will need the
added convenience that only a certain type of packaging can provide. But where
convenience is marginal, or is not that important to you, choosing less is
better, from an energy, conservation and environmental point of view.
REUSE
Present day packaging is a wonder of modern
technology. It is often durable, versatile and attractive. Whenever you can,
think of ways to reuse packages. Reuse will save you the money of buying a
replacement item, it will save the energy, materials and landfill space for
Florida, and reduce pollution. Here are some reuse examples:
- Cover an old wooden box with fabric,
add a cushion to the top, and you have a new stool to sit on.
- Drawstring mesh citrus bags make good
laundry bags. Hang one on door knob in each child's room. They might use
them! Use only for children old enough to handle the string safely.
- Frozen and convenience microwave
foods often come with their own dish. Reuse these dishes for making your
own convenience meals. When you cook, cook extra or use leftovers to
refill the dishes, wrap in freezer wrap or place in a freezer container,
and you have your own instant meals.
- Plastic bags and wraps can be reused
for storing items.
- Packing materials such as
polystyrene, plastic quilting and similar packing materials can be saved
and reused for the same purpose.
- Plastic containers can be reused for
food storage, also for scoops and watering devices. Glass jars can help
organize nails and tacks and other household and shop items.
- Call your local social service
agencies, such as schools, child care centers and senior centers, to see
if they need empty containers for projects for their clients.
Packaging provides an excellent resource
for your creativity. You have paid for it ญญ you might as well make use (and
reuse!) of it.
RECYCLE
Recycling is an important part of our waste
management strategy. In Florida especially we are required by state law to
reduce our solid waste through recycling. Recycling also saves energy.
Producing packaging material from recycled stock takes less energy than making
it from new raw materials. In the table section, Table 2
, Energy-Saving Potential by Recycling, shows how much energy is saved.
Aluminum yields the greatest energy savings. In fact, if a family of four
saves for cans a day for a year, they would save the equivalent energy in
gasoline to drive a 30-mile per gallon car about 2,000 miles. We cannot afford
to waste either aluminum or the energy. It's important for each of us to
recycle as much as possible. What kinds of packages can you recycle? Aluminum
and glass are recyclable. Some paper and some plastic containers can be
recycled. Steel of tin cans are recyclable. They all are easier to recycle
when they are single material packages, rather than a mixture of two or more
in one package. Many food packages are made from recycled glass, aluminum and
paper products. Recycled plastic, however, cannot be used for food. All
plastic food containers are made from new plastic. The Food and Drug
Administration has not yet approved recycled plastics for use in food
containers. Closing the loop ญญ For recycling to succeed, it depends on you.
You have to provide used materials to be collected and reprocessed. But that
is only the beginning of your role in recycling. No material is really
recycled until you buy it again after it is made into something new. It is
up to you, as an enviroshopper, to buy recycled materials whenever you can.
Look for the recycled symbol on packages you buy.
REJECT
Enviroshoppers reduce, reuse and recycle.
In doing so, they also reject materials and products that cannot be reduced,
reused or recycled. For example, you can reject packaging that uses more
material than necessary. One way to do that is to buy the largest quantity
possible in one package. Two quart containers contain more packaging material
than one half-gallon container. So much more that if 70 million American
households bought a half-gallon container of milk a week instead of two
quarts, they would reduce paper discards by 41.6 million pounds and plastic
discards by 5.7 million pounds a year. This would save $145.6 million in
packaging and more than 1 trillion Btu (British thermal unit) of energy,
enough to heat and cool 7,500 households for an entire year. You have the most
powerful tool in our economy ญญ your wallet. When shoppers stop buying a
product, the producers find out why and make changes to comply with their
customers' needs. If you buy products and materials that are wasteful, harmful
to the environment, or poor quality, you are sending a clear message that you
want these to be produced. On the other hand, if you do NOT buy them, you are
also sending a message. The producers will listen, either way.
RESPOND
There will be times when you will not have
a choice: a product you want to buy may not be available in a package that is
recyclable or reusable. Perhaps the package of your favorite brand has been
redesigned to incorporate several types of materials instead of one. Perhaps
your grocer doesn't stock concentrated refillable cleaners. In each of these
cases, it is time for the fifth R of enviroshopping: RESPOND. Start
with your local store manager. Let him know you are concerned about the solid
waste problem. Ask him to stock refills. Ask him to offer loose produce.
Encourage him to consider source reduction and recyclability in the products
he offers for sale. Contact the manufacturer of products in which the packages
are not recyclable or are excessive. You can request that manufacturers reduce
the toxicity of their packaging through changes in design and use of non-toxic
inks, for example. You will find the name and address of the company on the
package of all consumer goods. Many companies offer a toll-free telephone
number. Look for one on the package, or contact your local consumer affairs
office or local library to get telephone numbers for major companies. It takes
only a small number of letters or phone calls from consumers for manufacturers
to consider changes in their products. You can encourage simpler, less complex
packaging. Can label information be printed on a hanging label or peel-off
tag, rather than needing a whole package? Perhaps a small tag or booklet could
be tied to the product to give instruction for use, and eliminate the box.
Less packaging can save money for the manufacturer, the consumer and the waste
manager, and help to protect our environment and save our resources. Encourage
local government officials to initiate or expand a recycling program in your
community. Suggest that government regulations be revised to allow for
purchase of recycled materials for municipal supplies.
Tables
Table
1.
| Packaging
Reduction Option |
- Potential Energy
Savings/Year
- (in barrels of oil)
|
GENERAL
|
|
General Packaging
Reduction
|
7 million
|
RETURNABLE
CONTAINERS
|
|
Increase in
refillable soft drink containers
|
1 million
|
Increase in
reusable soft drink carriers
|
265 thousand
|
Increase in
3-quart plastic milk jugs
|
40 thousand
|
10 percent
increase in corrugated containers
|
490 thousand
|
PACKAGE REDESIGN
|
|
Replacement of
1/2 pt. milk pack with Ecopack
|
2 thousand
|
Lightweight, new
processes in soft drink containers
|
490 thousand
|
LARGER PACKAGE
SIZE
|
|
Increasing sales
of larger size soft drink containers
|
75 thousand
|
Table 2.
Material
Recycled
|
Energy
Saved by Recycling Per Ton
|
- Energy Equivalent
- (gallons of gas)
|
Aluminum
|
95 %
|
1,915
|
Plastics
|
88 %
|
695
|
Newsprint
|
34 %
|
82
|
Corrugated
|
24 %
|
51
|
Glass
|
25 %
|
31
|
REFERENCES
Becker, R.H., ed. Become an Environmental
Shopper. Media, PA: Pennsylvania Resources Council, 1988 Chertow, M.R. Garbage
Solutions ญญ A Public Official's Guide to Recycling and Alternative Solid
Waste Management Technologies. U.S. Conference of Mayors, 1989. Florida
Department of Environmental Regulation. Solid Waste Management in Florida,
1989 Annual Report. 10/89. LeBrun, M.A. How Is the Consumer Products
Division of Chevron Chemical Company Addressing the Packaging Solid Waste Issue?
Enviropak, '89, First International Congress on Package Disposability,
Washington, D.C. March, 1989. Love, P. Energy Savings from Solid Waste
Management. Resources Policy, 3/78, pp. 53-69. Special Report.
Packaging, Vol. 34, No. 11, 8/89/ Stauffer, R.F. Energy Savings from
Recycling. Resource Recycling, Vol. VII, No. 7, Jan/Feb 1989, pp. 24-25.
Love, Peter. Energy Savings from Solid Waste Management Options. (Energy
Table 1.) Stauffer, R.F. Energy Savings from Recycling. (Energy Table 2.)
Roy Johannesen, Mechanical Engineering Specialist, Energy Extension Service,
Institute of Food and Agricultural Sciences, University of Florida. Personal
computations, 4/90.
Footnotes
1. This document is
Fact Sheet HE 3167, a series of the Home Economics Department, Florida
Cooperative Extension Service, Institute of Food and Agricultural Sciences,
University of Florida. Publication date: May 1991. 2. Marie
Hammer, Home Economics Specialist, Home Economics Department, and Joan Papadi,
former Home Economics Extension Agent, Cooperative Extension Service, Institute
of Food and Agricultural Sciences, University of Florida, Gainesville FL 32611.
Florida Cooperative Extension Service /
Institute of Food and Agricultural Sciences / University of Florida / Christine
Taylor Waddill, Dean
Disclaimer
The use of trade names in this publication is
solely for the purpose of providing specific information. UF/IFAS does not
guarantee or warranty the products named, and references to them in this
publication does not signify our approval to the exclusion of other products of
suitable composition.Path:
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