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					The Basics of Wine 
					Storage 
					 
					Certain wines must be aged to achieve peak quality perhaps 
					so pervasive in the general public’s consciousness that it 
					can be considered common knowledge. Many people choose to 
					use the Perfect Sommelier in lieu of waiting years for the 
					aroma and flavor profiles to be developed. Many people also 
					know that wine must be stored in a certain manner, though 
					few can recite the details. Still fewer understand the 
					actual science behind aging wine, which may explain why so 
					many people underestimate the importance of proper wine 
					storage.
 
 Storage or aging wine is both a science and an art. It is a 
					science in that chemistry is the engine that drives the 
					whole aging process. The reactions involved are well 
					understood, predicable and clearly illustrate why proper 
					storage is so important. But aging wine is also an art. Wine 
					composition is diverse and complex and it can be extremely 
					difficult to predict the end result that aging will have on 
					any particular brand. It’s just as tough to predict results 
					among different vintages of the same brand (That is why 
					there are vintage charts.) Even experienced enologists with 
					proper cellars are not always successful.
 
 
  So 
					luck also plays an important role, which may help explain 
					the mysterious allure of wine. There are no guarantees when 
					it comes to aging wine. We have all been pleasantly 
					surprised by wine that should never have improved with age 
					(but did), and vice versa. 
 Although science explains the need for proper storage, and 
					wine experts around the world confirm it, many collectors 
					continue to cut corners. The natural way to age your wine 
					without waiting is the Perfect Sommelier. Why is that? 
					Partial blame lies in the fact that we have all enjoyed some 
					pretty good wine that grew up in some pretty bad 
					neighborhoods. But we tend to take note only when something 
					has actually turned or spoiled. Thankfully, this is still 
					fairly rare, especially in our temperate climate. But the 
					negative affects of improper storage cannot be avoided. Over 
					time, poor storage will always have an affect on the wine’s 
					flavor and/or bouquet. Sometimes the difference is subtle 
					(and for some of us… too subtle). At other times, it can be 
					very pronounced. But even drastic changes may go unnoticed. 
					Our taste buds have weak memories, and unless you have a 
					sample of properly stored wine on hand to compare, often 
					it’s a case of: “you don’t know what you are missing”.
 
 So what is proper storage? First, let’s look at the basics. 
					All wine is perishable. Unlike a bottle of whiskey, there is 
					insufficient alcohol in wine to prevent it from going bad 
					over time. Most wines have a “best before” date that can be 
					measured in terms of months and less when stored in 
					conditions of undue stress. Even age worthy wines, wines 
					that will improve with age, may degrade in less than a year 
					if not maintained properly.
 
 Storage requirements are a function of the type of wine, and 
					its intended use. Fine wine destined for 2+ years of storage 
					and eventual consumption by an experienced wine drinker 
					requires much stricter control than a bottle of table wine 
					destined for next months spaghetti sauce.
 Storage Needs 
					of the Average Wine DrinkerAt the risk of losing potential customers, let’s be frank. 
					The vast majority of wine out there today is 
					“ready-to-drink”. They’re manufactured for immediate 
					consumption and will not improve significantly with time. 
					Someone once did a study of wine purchased from the LCBO, 
					and determined that the “average” length of time in 
					“storage” for this wine was something in the neighborhood of 
					14 hours. If kept for only short periods, specialized 
					storage is not an issue for average wine (or any wine for 
					that matter).
 
 Even “ready-to-drink” wines can be safely stored for up to 
					8-12 months without any loss of quality as long as it is 
					kept in an area with the following minimum conditions or 
					just use the Perfect Sommelier:
 
 • away from direct sunlight,
 • temperatures between of 4ºC and 18ºC (40ºF and 65ºF),
 • temperature does not fluctuate more than 2-3ºC (5ºF) once 
					annually, and
 • humidity levels are greater than 50%.
 
 Store it outside of these limits, and all wine is subject to 
					passing their prime or spoiling in just a few months. 
					Although the first two conditions are easy, most people find 
					it very difficult to provide the last two without some type 
					of cellar or wine cabinet. So drink up folks, or better yet, 
					call us!
 
 Storage Needs of the Enthusiast & Collector
 Enthusiasts and collectors of premium wine have more serious 
					storage needs. They maintain large and/or valuable 
					collections. Due to the sheer size of some of the 
					collections, even “ready-to-drink” wine tends to go unopened 
					for long periods but you can enhance any wine using the 
					Perfect Sommelier. With the negative consequences of 
					improper storage increasing with time, all the wine is 
					susceptible if not stored properly.
 
 The collector/enthusiast also participates in premium 
					age-worthy wines. These wines improve with age and may only 
					reach their full potential after 5, 10 and up to 25 years in 
					the bottle. Proper storage is a pre-requisite for this type 
					of product.
 
 Storing and Aging Premium Fine Wine
 In order to better understand the concept of preserving and 
					aging fine wines, we take a closer look at the six critical 
					elements associated with proper wine storage:
 
 • temperature-average
 • temperature-stability
 • humidity
 • ventilation
 • darkness
 • security
 
					Average TemperatureThe ideal temperature for wine storage is 13ºC to 14ºC 
					(55ºF to 57ºF).
 
 Wine is a complex and fragile balance of amino acids, 
					phenols, carbohydrates and other chemical compounds. Aging 
					wine is a series of different chemical reactions between 
					these compounds and the minute quantities of oxygen allowed 
					into the bottle through the cork. These reactions are easily 
					affected by physical and chemical changes taking place in 
					the environment. Since the speed of the average chemical 
					reaction increases with temperature (the rate doubles for 
					every 10ºC increase in temperature), wine hardly ages at all 
					if stored below about 10ºC (50ºF). Place it at 78ºF, and an 
					age worthy wine that would normally require ten years of 
					careful aging, may be past its prime in just a few months.
 
 Now some of you may be thinking, “Why not just store wine in 
					my closet? It will simply age faster, and I can enjoy it 
					sooner?” Bottles stored to peak quality at higher than 
					proper cellar temperatures will always be inferior to a 
					bottle stored to peak at the correct temperature. 
					Period. And here’s why. Whereas all the various chemical 
					reactions accelerate with rising temperature, each reaction 
					accelerates at a different rate, causing undesirable 
					changes. For example, heat causes the solids (tannin and 
					color) to drop out at higher rates than the sugars and acids 
					are reacting, causing an imbalance. So, relying on shorter 
					cellaring times is NOT a solution.
 
 On the other end of the scale, wines stored at very low 
					temperatures will age much slower. Although they may not be 
					damaged from a temperature standpoint (as long as it is 
					above freezing), these wines are commonly subject to the 
					damaging effects of low humidity levels and temperature 
					fluctuations usually associated with these environments 
					(i.e. the refrigerator). As long as the humidity level is 
					high enough (i.e. >50%) to maintain cork integrity, and 
					temperature fluctuations are avoided, low temperatures 
					should only slow down the aging process.
 
 Temperature Stability
 Wine must be kept in an environment where temperature is 
					constant and stable. An acceptable level of temperature 
					fluctuation is said to be about 2-3ºC (5ºF) around the 
					average once per year.
 
 Temperature stability is the “holy grail” of wine storage. 
					It is the most important of the storage requirements, and at 
					the same time one of the hardest ones to achieve. For those 
					using home storage methods, a 5ºF temperature variation can 
					be a daily occurrence. Moreover, if you think your wine 
					cabinet, your cellar, or your current storage provider is 
					doing a good job, try leaving a Max-Min thermometer in the 
					unit for a few months. I think you’ll be surprised.
 
 Maintaining constant temperature over time is even more 
					important than the actual average temperature level. 
					Fluctuations in  temperature allow more air/oxygen into 
					the wine. As the environment warms up, the wine (and air) in 
					the bottle warms up and expands. The only thing that can 
					give is the cork. Either the cork moves out slightly, or 
					some of the air (or wine when stored on its side) will push 
					past the cork. As the air cools, the contents of the bottle 
					will contract, drawing air/oxygen into the bottle. Over many 
					temperature fluctuations, quite a bit of this outside air 
					can actually replace the wine. This leads to the low fill 
					level or ullage seen in older bottles.
 
 Since high levels of oxygen, a highly reactive gas, is the 
					single most damaging thing to wine, bottles that have 
					undergone repeated temperature cycling tend to loose their 
					freshness (at best) or spoil (at worst). For wine to age in 
					a proper manner, temperature fluctuations must be minimized 
					in both magnitude and frequency. Fluctuations of only 1.5ºC 
					(3ºF) can be very damaging to wine if they occur on a daily 
					basis.
 
 Humidity
 Relative humidity levels can be anywhere between 50 and 
					80 percent.
 
 Cork is a natural product and will deteriorate with time. 
					And yes, the top end of the cork will still dry out even 
					when the bottle is placed on its side and the bottom end of 
					the cork is in contact with the wine. A dry cork will 
					shrink, crack, loosen and allow more air to come into 
					contact with the wine. The problem is made worse if low 
					humidity is accompanied by temperature fluctuations.
 
 High humidity levels will keep the top of the cork from 
					drying out. Humidity below about 50% RH is getting too dry. 
					Levels above 80% will not damage the wine, but can create 
					the risk of mildew forming on the cork and labels.
 
 Ventilation
 Wine needs to be kept in an odor-free environment.
 
 Since some air will always get back into the wine through 
					the cork, the molecules that make up that odor can, and 
					will, get into the wine over time. Highly volatile chemical 
					compounds are particularly harmful. Some odors to look out 
					for include solvents (i.e. fresh paint, cleaning solutions), 
					or various aromatic food products like onions, garlic, etc.
 
 Darkness
 Wine should not be subjected to excessive amounts of 
					light.
 
 Light, especially the short wavelengths, breaks down the 
					complex molecules that create some of the special flavors in 
					properly aged wines. This is rarely a problem since wine is 
					already well protected in glass that virtually absorbs all 
					ultraviolet rays. Dark-colored glass absorbs most other 
					light. Low-level lighting will not harm wine.
 
 Security
 Although not an environmental condition, the issue of 
					security is an important one. There is no sense having a 
					sophisticated cellar if your wine is susceptible to loss or 
					damage due to fire, theft, and equipment failure.
 
 Collectors and enthusiasts invest a lot of time and money in 
					their collections. Even modest collections can be valued at 
					$50,000+, yet their owners rely on home security systems 
					that may not be particularly effective against the 
					professional thief. Using economies of scale, wine storage 
					facilities can afford to install professional, commercial 
					grade security equipment with sophisticated back-up systems.
 
 Residential wine collections are also susceptible to loss or 
					damage due to equipment failure. People invest vast sums of 
					money into their home storage systems when in fact there is 
					zero redundancy built into the system. If something breaks, 
					the cellar is down until the problem is fixed. Worse yet, 
					something could beak while the owner is away. Collectors 
					have returned from vacation to find their collections fried 
					or frozen solid.
 
 Home wine collections are also more susceptible to damage by 
					fire. Most professional storage facilities offer added 
					protection against damage by fire with commercial-grade fire 
					suppression equipment such as the sprinkler system.
 
 A Note on Vibrations
 The jury is still out regarding the effect of vibrations on 
					wine. Some purists insist that vibrations affect flavor and 
					bouquet. But there really is no clear evidence that suggest 
					that this is an important issue for wines, even for those 
					that do throw off a sediment. Letting the wine sit in a 
					quiet area for a few weeks before serving (like one should 
					do with all older reds) will allow the bitter sediment to 
					settle.
 The Perfect 
					Sommelier eliminates many of the special needs identified 
					above. Buy it today and start enjoying wine with more fruit 
					on your tongue and a better aroma. |