Simple Syrup Recipe (2024)

FAQs

What is the formula of simple syrup? ›

It's also one of the easiest ingredients to make yourself—if you can boil water, you can make simple syrup. At its most basic, simple syrup is a 1:1 ratio of granulated sugar dissolved in an equal volume of water.

Traditional simple syrup is made from one part water to one part sugar (1:1).

To make no-cook simple syrup:

Stir equal parts of water and sugar together thoroughly. Wait 10 to 15 minutes, stirring from time to time, until the sugar is dissolved and the liquid looks clear. (To make extra heavy syrup, increase the amount of sugar). That's all!

According to Camper English of Alcademics, the shelf life of simple syrup can be lengthened two ways: upping the ratio of sugar to water, or adding neutral spirit. The difference is surprising. Simple syrup (1:1 ratio of sugar to water) will only stay good for about a month.

Most homemade simple syrups are good for one to six months, depending on how much sugar is in them, explains Tales of the co*cktail: simple syrup made with a one-to-one ratio of sugar to water is usually good for about a month, while rich simple syrup, made with a two-to-one ratio of sugar to water, should be good for ...

Dissolve 300g caster sugar in 150ml water over a low heat. Leave to cool and bottle for future use in co*cktails. Store in the fridge.

Another disadvantage is that syrups often contain high amounts of sugar, which can contribute to weight gain, tooth decay, and other health issues . Additionally, syrups may have a high viscosity, making them difficult to pour or administer accurately . This can be problematic when precise dosing is required.

Refrigerating simple syrup extends its shelf life and slows the future growth of bacteria. You can keep it at room temperature, but it will go bad much faster. If you plan use up it up within a few days, it can be stored at room temperature. Otherwise I highly recommend storing it in the fridge or freezer.

The sweetness and/or density is a matter of preference. Thin and medium syrup is best for co*cktails, while thicker syrup is used for sundaes, fountain drinks and deserts."

Combine your sugar and water off the heat, and stir it just until the sugar is evenly moistened. Avoid stirring the sugar if at all possible once you put it on the stove. Agitation can cause the sugar to crystallize.

Do you put simple syrup in hot or cold water? ›

You don't have to heat simple syrup.

The science is simple, really. Sucrose (granulated sugar) dissolves just fine in water at room temperature.

Simple syrup crystallizes when enough of the sugar molecules stick to one another that they become insoluble in the water. In a syrup prepared with a high 2:1 ratio of sugar to water (often referred to as a rich syrup), the chance of sugar molecules clustering and crystallizing is high.

In a small pan, combine one part sugar and one part water. On medium heat, simmer together and stir until sugar is fully dissolved and there are no grains. Do not boil simple syrup for more than the time it takes to dissolve. It you overcook your syrup it will eventually become caramel.

Pour the syrup into a saucepan, then turn the burner on low. Bring the sauce to a low simmer and let it sit for about 10 minutes, stirring occasionally so it doesn't burn. Leave the lid off so that some of the liquid can evaporate, which is what will cause the syrup to thicken.

Store it in the cleanest bottle you have, which you should always do. If you bottle syrup when it's still hot, the heat will sterilize the inside of the bottle and further prevent mold from growing for a very long time.

What Is Simple Syrup? Simple syrup is made by cooking equal parts sugar and water until the mixture is slightly thickened. It can be used as a sweetener in cooking and baking, but it's most commonly used as an ingredient in co*cktails.

Simple syrup has two main forms: standard syrup, which is made with equal parts sugar and water (1:1 ratio), and rich syrup, which is made with twice as much sugar as water (2:1 ratio) and therefore more viscous.