SodaStream Markets Low-Calorie Alternatives
If you are a shrewd consumer, you know there are many beverage choices today. Before you drink that next high-calorie soda, stop and consider a healthier alternative.
SodaStream was created in 1903. Giles Gilby invented a carbonation system which made fizzy water from standard water; it was originally sold to the upper classes. Flavours were introduced in the 1920s. Sarsaparilla and cherry ciderette were among the new choices. In countries such as Germany, Australia, and the UK it enjoyed vast success In the 1970s and 80s.
The company underwent numerous changes in ownership, even being part of the Cadbury Schweppes empire at one stage. In 1998 the company changed hands for the final time when purchased by Soda Club, at that time the biggest supplier of SodaStream to Israel. SodaStream remained the name of the brand after Soda Club’s unsuccessful bid to change the name to Soda-Club.
More recently Soda Club sought to change the SodaStream brand. SodaStream was relaunched along with a new machine and many more new flavours, concentrating on being a healthy alternative to fizzy, sugar-rich drinks such as Coca Cola and Pepsi, and focused on health and diet issues so prevalent in this day and age.
The SodaStream product is essentially a home carbonation kit, which allows you to change water into sparkling water, as well as allowing you to add low-calorie flavours such as cola and orange. A large assortment of calorie-free flavours to flavour sparkling water to great taste is sold at allfreightfree.com.
Here’s how the SodaStream machine works: it forces co2 into a water-filled bottle suitable for pressurising. It is the co2 that turns the water into carbonated (sparkling) water. This process — dissolving co2 — is referred to as carbonation. The carbonated water can then be drunk on its own as sparkling water, or mixed with flavours to create tasty, healthy treats. Once the co2 canisters have been used up they can be sent back to Soda-Club who recycle the canisters by refilling them with co2 then sending them back out.
As far as the actual health and diet benefits gained from drinking SodaStream, it is claimed that all their flavours are completely sugar-free and contain a maximum of 2 calories per 100ml, surely good news for parents concerned about their children’s diet.
The SodaStream machine adds only co2 to the water, meaning it does not have the added sugar that some bottled sparkling water contains, so there is essentially no difference between it and normal water.
SodaStream have made much of their environmental and health credentials, going so far as to claim that every litre bottle of SodaStream made saves three aluminum cans. This means that over 3 years, a family of four could slash their soft-drink-related packaging usage by over 90%. This is quite a claim, one that in this environmentally conscious age will stand them in good stead. It is obvious that Sodastream has developed into a viable alternative to the big players in the soft drink world.
Seltzer Water: Enjoy It at Home
Seltzer water– also known as sparkling water, soda water, club soda, carbonated water, and pop water– is just normal water with carbon dioxide (CO2) gas dissolved in it, and is the major component of “soft drinks.”. The process of carbonation forms carbonic acid.
Club soda can be the same as plain carbonated water, or it can contain a small amount of salt or traces of minerals, depending on the brand. These are added, of course, to cause the taste of home-made soda water. In some countries soda water is made with sodium bicarbonate; it can also occur naturally to make carbonated mineral water.
In soft drinks (such as Coca-Cola and Pepsi), carbonation is the factor that creates fizziness in the taste. That distinctive fizziness is caused not by the presence of the bubbles, but by diluted carbonic acid which produces a slight burning taste.
You can make seltzer as fizzy as your family desires with Soda-Club home soda/seltzer maker. You can make your special seltzer, flavored with an unsweetened, all-natural flavor mix.
If your family loves seltzer and you find it at the best bargain prices, and you consume a single case each week, you could be spending over $2,000 in 10 years.
With Soda-Club, your costs can be reduced to 18 cents per liter– that would come out to $2 per case. Whenever you want it, you can enjoy fizzy fresh seltzer. If you would rather have the lighter carbonation like sparkling water, Soda Club has the Penguin, to provide fresh sparkling water.
Here are just a few of the reasons you might start using Soda-Club:
• Reusable, one-liter bottles keep you from storing cases from the store.
• Special bottle seals keep the seltzer fizz for longer than seals on store-bought seltzer.
• Seltzer in individual 1-liter bottles. Unlike one time soda siphon chargers, Alco2jet had enough carbon dioxide to carbonate 110 liters of seltzer. Almost everywhere in America empty carbonators can be exchanged at your door.
• The Soda-Club home maker lets you make it your way: you produce the amount of bubbles you want.
• Reusable bottles reduce discarded and recyclable material in the environment. You will save money on deposit fees.
• Has no Sodium.
Sparkling water flavor
By adding a drop of all-natural, unsweetened flavoring, or a piece of fresh fruit, you provide a great alternative to soda pop for your kids.
It has been proposed that the better you can make water taste, the more water your family will drink. So the Soda-Club home maker is a less expensive way to offer seltzer or soda drinks to your family for complete hydration.
Benefits Of Drinking Soda Water
Carbonated water, also known as sparkling water, and seltzer, is plain water into which carbon dioxide gas has been dissolved, and is the major and defining component of most “soft drinks”. Carbonation is the process of dissolving carbon dioxide gas into water. It results in the formation of carbonic acid (which has the chemical formula H2CO3).
Earlier, soda water, which was also known as club soda, was made in home by “charging” a refillable seltzer bottle which allowed filling it the water and then mixing carbon dioxide. Club soda may be identical to plain carbonated water or it may contain a small amount of table salt, sodium citrate, sodium bicarbonate, potassium bicarbonate, potassium sulfate, or disodium phosphate, depending on the bottler. These additives are included to emulate the slightly salty taste of homemade soda water. The process can also occur naturally to produce carbonated mineral water, such as in Mihalkovo in the Bulgarian Rhodopes.
Sparkling mineral water is a negligible cause of dental erosion. While the dissolution potential of sparkling water is greater than still water, levels remain low: by comparison, soft drinks cause tooth decay at a rate of several hundred times that of regular sparkling water. De-gassing of a sparkling mineral water reduces its dissolution potential, but the total levels are still relatively low, suggesting that carbonation of drinks may not be an important factor per se in causing dental erosion.
Intake of carbonated beverages has not been associated with increased bone fracture risk in observational studies, and the net effect of carbonated beverage constituents on the amount of calcium in the body is negligible, leaving carbonated water as harmless as regular water
Club soda has a higher sodium content. Virtually same thing.
Water that comes from the ground – usually from artesian wells – and passes through layers of minerals containing some form of carbonates may absorb the carbon dioxide gas released by the carbonates. This water is known as natural sparkling water. If the water also picks up proper quantities of different minerals and gets a new taste then it turns into sparkling mineral water.
By fermentation carbonation can be naturally induced into the beverages. Fermentation occurs when yeast, either wild or cultivated, is introduced into a liquid containing almost any form of sugar. The yeast converts the sugar into alcohol and carbon dioxide gas. When the gas is then absorbed by the liquid a carbonated alcoholic beverage is the result. If the fermentation process is performed in an airtight container, then it will be carbonated because the carbon dioxide gas will saturate the beverage. Many carbonated beverages were originally made through this type of naturally induced carbonation including beer, wine and early types of soda.
Today the exclusive method of making soda and several commercial beers is by the introduction of carbon dioxide gas under pressure. The first uses of artificially induced carbonation date back over 250 years and were done to improve the drinking quality and preservation of water.
In the United States we have many references to carbonated beverages. Generally people request for a specific product name such as coke, pepsi or 7-up. Often it is more of common names, like root beer or ginger ale. Then there are regional nicknames which include soda, pop, soft drink, tonic, seltzer, sweetwater, carbonated beverage, sparkling water and fizzwater.
One thing to remember about adding any carbonated liquids to cocktails: generally they are added last. The only exception is if the drink is topped with a float of spirit. Do not shake a mixture with soda; this will cause the beverage to go flat and lose most of its effervescence. If the drink calls for blending you may chose to shake the other ingredients with ice first then combine in serving glass with seltzer and gently stir.
Basically, it’s water and carbon dioxide. Sparkling mineral water is a naturally-occurring carbonation, as described above. Thomas Henry produced the first forced carbonated water using an apparatus that utilized a pump to impregnate water with fixed air. In 1794, a jeweler in Geneva made a similar device to produce a highly carbonated artificial mineral water. His name was Jacob Schweppe.
Cocktail conducted a side-by-side tasting of several carbonated beverages. Among the reviewing criteria were: crispness, flavor, clarity and fizz release. We found that Perrier, a sparkling natural mineral water, maintained its fizz the longest, especially its lemon and lime flavored varieties. Schweppes Seltzers and Canada Dry came in a close second.
For those who find seltzer to be a bit harsh, club soda is a kinder, gentler fizz water. As part of our tasting we found club soda to be much milder and slightly sweeter tasting than standard carbonated water. The major difference is the introduction of potassium sulfate and potassium bicarbonate, that dulls the sharp burn of effervescence.
Club soda, sparkling mineral water, seltzer and carbonated water have no calories, which make them a dieters alternative for 7-UP, Mellow Yellow, Mountain Dew and tonic water.
Tonic water is a carbonated drink that contains sugar, carbon dioxide, quinine and water. Quinine was added to the tonic water to help cure or prevent malaria. It comes from the bark of the Cinchona tree that grows in the rain forest on the eastern slopes of the Andes. To make tonic water more palatable, it was commonly mixed with gin and lemon or lime.
If you run out of tonic water but still have seltzer, 1/4 lemon, 1/4 lime and 2 tbs. sugar you can make a safe option.
Sodastream (Soda Club) Fouled Up In Germany
In 2006, Sodastream (Soda Club) tried denying a different enterprise to refill “their” bottles of carbonic acid, by claiming that the bottles where their property and did not belong to the customer (through contracts that all customers had to agree to).
The move was not accepted by German Authorities and it has the potential of becoming the norm in rest of the countries.This niche really does need competition, both for the sake of the environment (bottles should be refilled in the store, an operation that takes a mere 20 seconds), and for price, which could easily be cut in half. Still, one should consider that sparkling water made at home already costs but a fraction of store-purchased carbonated beverages, but things could be a lot better.
Here is the opinion of authorities in Germany:
(Johnny, Do not spinn below this line)
April 13, 2006
Düsseldorf Higher Regional Court confirms immediate enforceability in the Soda-Club case
Soda-Club GmbH, Wiesbaden (“Soda-Club“) may not use its dominant position abusively. Soda-Club had prevented competing suppliers from refilling Co² cartridges for water carbonating machines by claiming its ownership of the cartridges.
In February 2006 the Bundeskartellamt prohibited this conduct. Soda Club opposed the Bundeskartellamt’s immediately enforceable decision by applying to the Düsseldorf Higher Regional Court for interim measures. In provisional proceedings the court has now confirmed the Bundeskartellamt’s decision in all material respects. Soda-Club is dominant in the market for refilling CO² cartridges. Hindering competitors from refilling CO² cartridges represents an abuse of this dominant position. By this conduct Soda-Club prevents consumers from taking advantage of alternative refilling possibilities. Only the obligation to point out on labels on the company’s own cartridges that it is admissible to have them refilled by competitors was seen by the Higher Regional Court as a disproportionate measure.
Although Soda-Club can still appeal against the Higher Regional Court’s decision to the Federal Supreme Court, the Higher Regional Court’s decision implies that the numerous small and medium-sized bottling plants can now start to compete with Soda-Club and refill all cartridges circulating in the market.
The Inside Secrets Of Seltzer Water
Carbonated water, also known as sparkling water, fizzy water, soda water, club soda, seltzer water, or pop water is plain water into which carbon dioxide gas has been dissolved, and is the major and defining component of most “soft drinks”. The process of dissolving carbon dioxide gas is called carbonation. It results in the formation of carbonic acid (which has the chemical formula H2CO3).
Earlier, soda water was made in the home by “charging” a refillable seltzer bottle and by filling it with water afterward adding carbon dioxide in it. Club soda may be identical to plain carbonated water or it may contain a small amount of table salt, sodium citrate, sodium bicarbonate, potassium bicarbonate, potassium sulfate, or disodium phosphate, depending on the bottler. These additives are included to emulate the slightly salty taste of homemade soda water. In the UK Soda Water is nearly always made with Sodium Bicarbonate. The process can also occur naturally to produce carbonated mineral water, such as in Mihalkovo in the Bulgarian Rhodopes
The quality of carbonated beverages including soft drinks, seltzer and beer is affected by the amount of dissolved CO2 (the gas that causes carbonation) and the amount of carbonic acid in the drink. Carbon dioxide (CO2) has an infrared absorption wavelength of 4.27 micrometers and can be measured online using an infrared carbonation sensor.
In most of the available carbonated beverages such as soft drinks ( famous examples include 7 Up, Coca-Cola, Pepsi and Fanta ), carbonation is done to attribute it it’s “bite”. Contrary to popular belief, the fizzy taste is caused by dilute carbonic acid inducing a slight burning sensation, and is not caused by the presence of bubbles. This can be shown by drinking a fizzy drink in a hyperbaric chamber at the same pressure as the beverage. It gives the same taste, however it is devoid of bubbles.
And you’ll enjoy the fizziest seltzer on the planet. Unlike old fashioned soda siphons, you can make seltzer as fizzy as you like it with a Soda-Club home soda/seltzer maker. You can even make your own flavored seltzer with all-natural, unsweetened MyWater flavor essences.
You love seltzer … and even though you may pay sale prices, the cost of seltzer still adds up. Perhaps you buy one-liter bottles of seltzer on sale at the store for 50 cents each — or as low as 33 cents each ($4 for a 12-bottle case). Even at these store sale prices, if your household drinks one case of 12 one-liter bottles per week, you’ll spend over $2,000 on seltzer over the next 10 years!
With Soda-Club, you will slash your seltzer costs to as low as 18 cents per liter — that’s like paying just $2 per case! — and you’ll enjoy fresh, fizzy seltzer at the push of a button! And if you prefer the sophisticated light carbonation of imported sparkling water, you’ll love the Penguin, which makes fresh sparkling water in elegant cut glass carafes.
Here are several more reasons to get started with Soda-Club:
• No More Schlepping: Reusable, one-liter carbonating bottles save you from lugging (and storing) all of those cases from the store.
• Stay Fizzy Longer: Special bottle caps with hermetic seals will keep your seltzer much fizzier for longer than store-bought seltzer.
• Convenience: You will produce seltzer in one-liter convenient bottles. Unlike those expensive, one and done soda siphon chargers, each one of our large, lightweight Alco2jet CO2 carbonators in our sleek home soda/seltzer makers contain enough C02 to carbonate up to 110 liters of fresh, fizzy seltzer. Carbonators which are empty are easily exchanged door-to-door, anywhere on the American Island.
• Control Your Fizz: Whether you like a few light bubbles or serious, nose-tickling fizz, a Soda-Club home seltzer maker lets you make it the way you want it.
• Environmentally Friendly: Reusing your carbonating bottles will drastically reduce discarded and recyclable material in our environment. Also saves money on deposit fees!
• Better for You: Sodium free! Add a drop of one of Soda-Club’s all-natural, unsweetened MyWater flavor essences, or a fresh berry for a whisper of flavor. You’ll have a great-tasting, fresh beverage that’s 100% natural
Unlock The Secrets Of Different Water Types
Sparkling water is just one of all bottled water types sometimes referred to as “spring water” but that’s not really accurate. The processing and origin of various types of bottled water really make them little different in taste and content. In fact, the U.S. Food and Drug Administration (FDA)-the federal agency that regulates all types of bottled water-has established guidelines called standards of identity that classify bottled water into several different water types:
Spring Water: Ah, the ever-popular “spring water” is defined as bottled water derived from an underground formation from which water flows naturally to the surface of the earth. To qualify as spring water, it must be collected only at the spring or through a borehole tapping the underground formation feeding the spring. If the collection process uses some type of an external force, the water must be from the same stratum as the spring and must retain the quality and all of the same physical properties of water that flows naturally from a spring to the surface.
Purified Water: This is a type of drinking water that has been treated with processes such as distillation, deionization or reverse osmosis (we’ll get to those terms later). Basically, this just means that the bacteria and dissolved solids have been removed from the water by some process, making it “purified.” This type of bottled water is usually labeled as purified drinking water but can also be labeled for the specific process used to produce it, for example, reverse osmosis drinking water or distilled drinking water. Many bottled water brands are actually purified drinking water.
Mineral Water: Okay, ready for some science? Mineral water contains 250 ppm total dissolved solids which is defined by its constant level and relative proportions of trace and mineral elements to the point of emergence from the source. No minerals can be added to the water.
Sparkling Bottled Water: Yes, the fizzy kind. But what makes it fizzy? This type of water contains the same amount of carbon dioxide that it had when it emerged from its source. Sparkling bottled waters may be labeled as sparkling drinking water, sparkling mineral water, sparkling spring water etc.
Artesian Water/Artesian Well Water: Ready for some more science? Artesian water comes from a well that taps a confined aquifer-a water-bearing underground layer of rock or sand-in which the water level is above the top of the aquifer.
Well Water: This one is pretty easy. Well water is exactly what it sounds like- water from a hole made in the ground that taps the water source.
Municipal/Tap Water: Of course, you know it’s the type of water piped right into your home. While tap water isn’t regulated by the FDA (but we thought it should be included here), it must meet the strict standards of the Environmental Protection Agency (EPA). Municipal tap water is generally of excellent quality, however, many people prefer the taste and enjoy the convenience of bottled water, which, in most cases, undergoes additional processing and often retains the pleasant characteristics of its natural source.
Bottled Water Regulation: The FDA is responsible for the food and pharmaceutical industries, two industries where safety and quality are of paramount importance. And as expected, The FDA is packed of serious customers. Therefore, bottled water is one of the most extensively regulated packaged-food products. The bottled water industry receives government oversight from federal and state agencies across the country, providing consumers with multiple layers of safety assurance – from the finished water product back to the source. Bottled water is required to be tested for the same parameters as tap water, but the standards are, in some cases, stricter than for tap water. State governments inspect and certify the “sources” of spring water, meaning that samples have been analyzed and found to be of a safe and sanitary quality according to regulation.
Ways To Make Water More Thirst-Quenching
Water is a common chemical substance that is essential for the survival of all known forms of life. In typical usage, water refers only to its liquid form or state, but the substance also has a solid state, ice, and a gaseous state, water vapor. About 1.460 petatonnes (Pt) of water covers 71% of the Earth’s surface, mostly in oceans and other large water bodies, with 1.6% of water below ground in aquifers and 0.001% in the air as vapor, clouds (formed of solid and liquid water particles suspended in air), and precipitation. Saltwater oceans hold 97% of surface water, glaciers and polar ice caps 2.4%, and other land surface water such as rivers, lakes and ponds 0.6%. Some of the Earth’s water is contained within water towers, biological bodies, manufactured products, and food stores. Other water is trapped in glaciers, ice caps, aquifers, or in lakes, sometimes provide fresh water for land and life to sustain on this planet.
Sometimes plain old water gets boring, and adding some flavoring can help you drink more. You can buy flavored water, of course, but I think it’s one of the most overpriced things in the store. A large assortment of calorie free flavors to flavor sparkling water to great taste is sold at https://allfreightfree.com,
Here are some ideas for drinking fluids that don’t include adding a bunch of sugar, or cost a bunch of money.
If you want to stay away from artificial additives and caffeine, you can add some flavor to your water the natural way with:
• A twist of lemon or lime (or a little juice)
• A small piece of fruit
• A little unsweetened cranberry concentrate (look in health food stores)
• A slice of cucumber (subtle, but refreshing)
• A mint leaf or two (“bruise” them a little to release the flavor
If you don’t mind some artificial sweetener or other additives, try adding:
• A little diet cranberry juice (not “light”, but “diet” — the light kind has more sugar)
• Crystal Light, Unsweetened Kool-Aid, or other sugar-free drink mix (but check carefully for hidden carbs in some)
• Make a limeade or lemonade by adding some juice (1 gram of carb per tablespoon) and sweetener
• Any of the above flavorings can be added to plain club soda, seltzer water, or diet tonic water.
• Buy flavored sparkling waters at the store.
You should replace milk and soda with water to drink when you are thirsty, but do not force yourself to drink water. Overhydration can manifest as cramps during strenuous exercising!
Buy a Pur filter for your tap water if you don’t like regular! It cleans out germs & makes it taste more fresh. You can also buy flavors for them like peach, strawberry, or raspberry to make your tap water fruity when desired.
Aquafina has a product called FlavorSplash. FlavorSplash is a product that makes water fruit-flavored. Try this if you don’t like tap water!
One creative way to make water more thirst-quenching is by combining a teaspoon of honey with a Tablespoon of apple-cider vinegar and just enough hot water to melt to the honey. Stir well and add enough water to make a gallon. Chill and enjoy! (There are many experts who recommend apple-cider vinegar for over-all health.)
How Drinks Are Carbonated And What Carbonation Means
Carbonation occurs when carbon dioxide is dissolved in water or an aqueous solution. This process yields the “fizz” to carbonated water and sparkling mineral water, the head to beer, and the cork pop and bubbles to champagne and sparkling wine.
The quality of carbonated beverages including soft drinks, seltzer and beer is affected by the amount of dissolved CO2 (the gas that causes carbonation) and the amount of carbonic acid in the drink.
Carbonation can occur as a result of natural processes: when yeast ferments dissolved sugars sealed in a pressure-tolerant bottle or keg; when underground volcanic carbon dioxide carbonates well water; or when rainwater passes through limestone into a cave and forms a stalactite. Or it can be done artificially by dissolving carbon dioxide under pressure into the liquid. Sometimes natural carbonation is called conditioning while the term carbonation is reserved for the artificial process.
In many consumer beverages such as soft drinks (well known examples include Coca-Cola, 7 Up, Fanta and Pepsi), carbonation is used to give “bite”. Contrary to popular belief, the fizzy taste is caused by dilute carbonic acid inducing a slight burning sensation, and is not caused by the presence of bubbles. This can be shown by drinking a fizzy drink in a hyperbaric chamber at the same pressure as the beverage. This gives much the same taste, but the bubbles are completely absent.
Carbonation is sometimes used for reasons other than consumption for example: to lower the pH (raise the hydrogen ion concentration) of a water solution, and in the cleaning industry (Chem-Dry and Carbonated Solutions both use carbonated cleaning solutions for carpet cleaning)
In homebrewing, overcarbonation can be dangerous; it can result in bottles gushing or even exploding. Adding priming sugar or malt extract at bottling time to beer that has had its fermentable sugar content totally consumed is the safest approach to carbonation. Exceeding recommended levels of priming sugar for a given recipe is dangerous, as is using inappropriate bottles or improper capping methods. Beer may also be force-carbonated using a keg and special bottling equipment so that the carbonation level can be carefully controlled.
Carbonated water, also known as sparkling water, and seltzer, is plain water into which carbon dioxide gas has been dissolved, and is the major and defining component of most “soft drinks”. The process of dissolving carbon dioxide gas is called carbonation. It results in the formation of carbonic acid (which has the chemical formula H2CO3). A large assortment of calorie free flavors to flavor sparkling water to great taste is sold at
https://allfreightfree.com
In earliear days, soda water, was also called as club soda and it was produced in home by “charging” a refillable seltzer bottle and filling it with water and then mixing carbon dioxide. Club soda may be identical to plain carbonated water or it may contain a small amount of table salt, sodium citrate, sodium bicarbonate, potassium bicarbonate, potassium sulfate, or disodium phosphate, depending on the bottler. These additives are added in order to impart slightly salty taste to the homemade soda water. The process can also occur naturally to produce carbonated mineral water, such as in Mihalkovo in the Bulgarian Rhodopes.
Sodastream Brand Of Home Carbonation Systems
SodaStream is the name of a brand of home carbonation systems that was invented by Guy Gilbey in 1903. Later versions allowed the addition of concentrates to create carbonated flavored beverages. It was popular in the 1970s and 1980s when there were a number of brand name syrups available, and, after the company merged with Soda-Club in 1998, it was relaunched with an emphasis on healthier drinks.
In the UK (where it was first sold) the SodaStream machine is strongly associated with late-1970s/early-1980s childhood nostalgia.
The SodaStream drinks maker is a device which can force carbon dioxide gas (stored under pressure in a cylinder) into water, making it fizzy. The product includes a machine, a carbon dioxide canister, and one or more reusable beverage bottles (suitable for pressurizing). The bottle filled with water is threaded onto the machine and after a button push, compressed CO2 from the canister is injected which creates sparkling water (known as seltzer too). Various types of concentrated syrups are available, in order to create diet or regular soft drinks with adding a less amount of concentrate into the water bottle after carbonation. Once a canister is empty, it is returned to a supplier and a new canister is purchased.
By using the appropriate variety of concentrate, different flavours of soft drink can be created. Throughout its heydays, various popular brands were available under SodaStream concentrate like Tizer, Sunkist, Fanta,and Irn-Bru.
Competing (Aromhuset of Sweden) Sparkling Water Flavors
The flavor is not sweetened, have no artificial sweeteners and contains no sugar, preservatives, artificial flavors or color. It adds a tasty smell and a light taste without sweetness, acidity or body. No calories. Taste is great and very refreshing. Flavored carbonated water taste much, much better than plain carbonated water.
30ml – 2/3 capsule (2 ml) flavor 1 liter of carbonated water. 1 bottle of 30 ml makes 15 liters of flavored carbonated water.
270ml – 2 pumps (2 ml) flavors 1 liter of carbonated water. 1 bottle of 270 ml makes 135 liters of flavored carbonated water.
Milkstream was a variation of SodaStream milkshake products, made by the same company. The ingredients (milk, ice cream and Crusha syrup) were mixed in a tall glass and inserted into the machine, so that the wand extended into the glass to froth up the shake.
The forerunner of the machine, the “Apparatus for aerating liquids”, was created in 1903 by Guy Hugh Gilbey of the London gin distillers, W & A Gilbey Ltd., and was sold to the upper classes (including the royal household). Flavored concentrates such as cherry ciderette and sarsaparilla, were introduced in the 1920s, along with commercial carbonation machines, and the first machine for home carbonation of drinks was produced in 1955. SodaStream was originally sold in the UK first, but later on it spread into other countries too, including New Zealand, Australia and Germany.
SodaStream machines were popular during the 1970s and 1980s in the UK, and are associated with nostalgia for that period. Their slogan, “Get busy with the fizzy”, started as an advertising jingle in 1979 and proved so popular that they added it to their logo. They finally dropped it in 1996 after 17 years.
While commercially successful, there was a general perception that some of the soft drinks produced by the machines were a poor approximation of their commercial counterparts. It is notable that, in addition to the slightly different flavours of the end result, the bubbles produced by SodaStreams are significantly larger and shorter-lived.
Soda Club (aka Sodastream) Conflicts Arise in Germany
In 2006, Sodastream (Soda Club) tried to stop a competing enterprise from refilling Sodastream bottles of carbon dioxide (CO2), by claiming that the bottles were their property, not the customers’ (per contracts that all customers had to agree to).
This didn’t work in Germany, and this could very well happen in many other countries.
Competition is needed in this market niche, both in the interest of the environment (bottles should be refilled in the store, an operation that takes a mere 20 seconds); and for price, which could easily be halved. More info about refilling – and home refilling – of carbon dioxide bottles for home sodamakers here.
Still, one should consider that sparkling water made at home already costs but a fraction of store-purchased carbonated beverages, but things could be a lot better.
Here are the facts from bundeskartellamt in Germany:
https://www.bundeskartellamt.de/wEnglisch/News/Archiv/ArchivNews2006/2006_04_13.php
April 13, 2006
Düsseldorf Higher Regional Court confirms immediate enforceability in the Soda-Club case
Soda-Club GmbH, Wiesbaden (“Soda-Club“) may not use its dominant position abusively. Soda-Club had prevented competing suppliers from refilling Co² cartridges for water carbonating machines by claiming its ownership of the cartridges.
In February 2006 the Bundeskartellamt prohibited this conduct. Soda Club opposed the Bundeskartellamt’s immediately enforceable decision by applying to the Düsseldorf Higher Regional Court for interim measures. In provisional proceedings the court has now confirmed the Bundeskartellamt’s decision in all material respects. Soda-Club is dominant in the market for refilling CO² cartridges. Hindering competitors from refilling CO2 cartridges represents an abuse of this dominant position. By this conduct Soda-Club prevents consumers from taking advantage of alternative refilling possibilities. Only the obligation to point out on labels on the company’s own cartridges that it is admissible to have them refilled by competitors was seen by the Higher Regional Court as a disproportionate measure.
Although Soda-Club can still appeal against the Higher Regional Court’s decision to the Federal Supreme Court, the Higher Regional Court’s decision implies that the numerous small and medium-sized bottling plants can now start to compete with Soda-Club and refill all cartridges circulating in the market.