Editing Reuse of bottles

{{More citations needed|date=March 2024}}{{Short description|Waste management}}
[[File:Milk Bottles of the Late 19th century.jpg|thumb|right|Examples of returnable glass milk bottles from the late 19th century]]
A '''reusable bottle''' is a [[bottle]] that can be [[reuse]]d, as in the case as by the original bottler or by end-use consumers. Reusable bottles have grown in popularity by consumers for both environmental and health safety reasons. Reusable bottles are one example of [[reusable packaging]].

==History==
[[File:Goupillon epicier.jpg|thumb|Assortment of cleaning brushes, including bottle brushes]]
Early [[glass bottle]]s were often reused, such as for milk, water, beer, soft drinks, yogurt, and other uses. [[Mason jar]]s, for example, were developed and reused for home canning purposes.

With returnable bottles, a retailer would often collect empty bottles or would accept empty bottles returned by customers. Bottles would be stored and returned to the bottler in reusable cases or crates. [[Glass milk bottle]]s were transported in [[milk crate]]s and would be picked up by a [[milkman]]. At the bottler, the bottles would be inspected for damage, cleaned, sanitized, and refilled.

Beginning in the second half of the 20th century, many bottles were designed for [[disposable product|single-use]], eliminating the cost of collection. This often allows for thinner glass bottles and less expensive [[plastic bottle]]s and aluminum [[beverage can]]s.

Though Sweden has had a standard glass bottle recycling system since 1884, in response to the increased litter from single-use containers, [[container deposit]] laws have been adopted in many developed countries (sometimes by provincial and municipal governments) starting in the 1970s. These laws mandate that retailers must charge a deposit on certain types of containers or for certain products; retailers are then required to accept empty bottles or cans for recycling and refund the deposit. A government fund mediates any imbalances caused by buying containers at one retailer and returning them to another, and also retains the profit from unreturned containers. [[Reverse vending machine]]s are often used to automate this process. The machines scan the [[bar code]] on cans and bottles to verify that a deposit was paid, shred or crush the container for compact storage, and dispense cash or a voucher that can be redeemed at the store's checkout registers.

In Germany, reusable glass or plastic (PET) bottles are available for many drinks, especially beer and carbonated water as well as soft drinks ({{Lang|de|Mehrwegflaschen}}). The [[Container deposit legislation|deposit per bottle]] (''{{Lang|de|Pfand}}'') is €0.08–0.15, compared to €0.25 for recyclable but not reusable plastic bottles. There is no deposit for glass bottles which do not get refilled, but there are many glass bottles that do get refilled – best known is the ''Normbrunnenflasche'', a 0.7l bottle used for carbonated drinks with a deposit of €0.15. It was introduced after a 1969 decision by the German mineral water industry, and more than five billion bottles have been produced used for an estimated quarter of a trillion refillings since then.

==Environmental consequences==
[[File:Waste hierarchy rect-en.svg|right|thumb|The [[waste hierarchy]]]]
The reuse of containers is often thought of as being a step toward more [[sustainable packaging]]. Reuse sits high on the [[waste hierarchy]]. When a container is used multiple times, the material required per use or per filling cycle is reduced. 

Many potential factors are involved in environmental comparisons of returnable vs. non-returnable systems. Researchers have often used [[life cycle analysis]] methodologies to balance the many diverse considerations. Some comparisons show no clear winner but rather show a realistic view of a complex subject.<ref>{{Citation |last= Singh|first=J | author2 =Krasowski, Singh  |date=January 2011 |title= Life cycle inventory of HDPE bottle-based liquid milk packaging systems
| journal = Packaging Technology and Science
|volume=24 |pages= 49–60|doi=10.1002/pts.909|citeseerx=10.1.1.1029.2590 |s2cid=6850034 }}</ref><ref>{{Citation |last=Van Doorsselaer |first=K | author2 = Fox |year= 2000|title=Estimation of the energy needs in life cycle analysis of one-way and returnable glass packaging
 | journal = Packaging Technology and Science  |volume=12 |issue=5 |pages=235–239 |doi=10.1002/(SICI)1099-1522(199909/10)12:5<235::AID-PTS474>3.0.CO;2-W }}</ref>

Arguments in favor of reusing bottles, or recycling them into other products, are compelling. It is estimated that in the U.S. alone, consumers use 1,500 plastic water bottles every single second. But only about 23% of [[PET plastic]], which is the plastic used in disposable plastic water bottles, gets recycled. Thus, about 38 billion water bottles are thrown away annually, equating to roughly $1 billion worth of plastic.<ref>{{Cite web|url=https://www.huffingtonpost.com/norm-schriever/post_5218_b_3613577.html|title=Plastic Water Bottles Causing Flood of Harm to Our Environment.|last=Schriever|first=Norm|date=2013-07-29|website=Huffington Post|language=en-US|access-date=2018-10-27}}</ref> The average American spends $242 per year per person on disposable, single use plastic water bottles. The environmental and cost consequences associated with disposable plastic water bottles are a strong argument for reusing bottles.

==Bottles intended for reuse by households==
[[File:Metal Water Bottles.jpeg|thumb|right|Metal water bottles]]
[[File:Woda.mineralna.w.skrzynkach.jpg|thumb|upright|Reusable [[mineral water]] bottles in crates]]
Reusable drinking bottles for water, coffee, salad dressing, soup, baby formula, and other beverages have gained in popularity by consumers in recent years, due to the costs and environmental problems associated with single use plastic bottles. Common materials used to make reusable drinking bottles include glass, aluminum, stainless steel, and plastic. Reusable bottles include both single and double wall insulated bottles. Some baby bottles have an inner bag or bladder that can be replaced after each use.

== See also ==
*[[Bottle recycling]]
*[[Bottled water]]
*[[Reverse logistics]]
*[[Reusable packaging]]
*[[Refill (scheme)]]
*[[Solar water disinfection]]
*[[Hydro Flask]]
*[[Metal Water bottles]]

== References ==
{{Reflist|30em}}

===Books, general references===
* Yam, K. L., "Encyclopedia of Packaging Technology", John Wiley & Sons, 2009, {{ISBN|978-0-470-08704-6}}

{{packaging}}
{{Bottled water}}{{Recycling}}{{DEFAULTSORT:Reuse Of Water Bottles}}
[[Category:Waste management concepts]]
[[Category:Bottled water]]
[[Category:Reuse]]
[[Category:Plastic recycling]]
[[Category:Packaging]]