How to make GHB at home for cheap
Today I’m going to learn you how to make GHB. GHB also called liquid XTC or it’s chemical name Gamma Hydroxybutyrate is a substance that can be found in your own body in very small amounts. The effects of GHB depend on the amount you take. If you take just enough you will have a relaxed and open feeling. The problem, however, is that the difference between a pleasant feeling and the doses which overwhelm you and potentially kills you is very small.
Again I want to start off by saying that this information is only for educational purposes. It’s not meant to be done at home. I am not responsible for any damage that’s caused when using this guide. The use of this “How to make GHB” guide is entirely at your own risk! This goes for everything that’s on my website.
Let’s get started with How to make GHB.
What is GHB?
GHB is a substance that’s used as a narcosis in hospitals or its prescribed to people with certain sleeping disorders. GHB has two main ingredients. The first one is GBL. GBL is used as a cleaning solution. The other ingredient is NaOH and is used most of the time as a drain cleaner. Both ingredients are dangerous chemicals and on their own, they can/will be deadly.
The risks of using GHB:
– Cessation of breathing
– Choking in your vomit
– If made incorrect the chemicals can damage your mouth, esophagus and other vital organs.
If you want to read more about the dangers you can do so by clicking here.
Equipment needed to make GHB
– Stainless steel saucepan. (Take a stainless steel one because the chemicals will burn every other metal and this leaves you with tiny metal fragments in your GHB)
– Measuring cylinder from glass. Again take glass because of the same reason as the pan.
– Stainless steel fork or spoon to stir the mixture with.
– A funnel.
– A thermometer that’s not made out of plastic and can measure to 200 degrees Celsius.
– A lab wash bottle
– 120 ML of GBL ( A bit more expensive but also available almost everywhere, 0,5 liters of this stuff will set you back around $50. Only buy GBL that is 99% pure.
– 63 grams of NaOH (This can be bought on the internet, it will set you back around $15 for a kilogram)
– PH indicator paper (Also called PH test strips)
– 2 bottles of distilled water
– Citric acid or vinegar
How to make GHB
I wanted to start off with a warning to the people who are actually going to make GHB. The risk involved in making this are huge. If you, for example, don’t dissolve the GBL correctly in the mixture you will have shit on a stick. GBL is twice as potent as GHB. If you decide to make GHB I will advise you to test the GHB that you made with a PH indicator paper because it’s cheap and it can save your life. This part will be included in the guide so don’t skip that particular step.
Everything will be explained in steps because this way it’s less likely for you to miss a step. I’ve taken a 120 ml and 63 grams as a starting point to make sure my calculations on quantities were right. You can always scale things up of course.
Let’s get started!
1) Clean everything that you bought properly.
2) Pour 120 ml of GBL in the saucepan. You’re gonna fill the now empty GBL bottle with 0,5cm of distilled water, put the cap back on and shake the bottle thoroughly. Pour the water in the GBL bottle back in the saucepan.
3) Take the lab wash bottle and fill it up with 160 ml of distilled water. At this point, you’re going to add the NaOH to the wash bottle. The NaOH comes in grains/pellets and this has a good reason. This chemical will heat up the water and if you happen to pour the entire 63 grams of NaOH in the wash bottle the water might start to boil. You’re going to take 10/15 pallets each time and put them in the wash bottle. After you placed the pallets in the bottle you’re going to close it and shake until the pallets are completely dissolved. You will do this until the entire 63 grams of NaOH is dissolved in the distilled water.
4) Turn on the range hood in the kitchen. Place the saucepan with the GBL on the gas stove and turn on a low fire. Take the thermometer and place it in the pan. Gently heat up the GBL to a 100 degrees Celsius. When it reached 100 degrees you can go to the next step.
5) Take the wash bottle with the NaOH and spray a little bit of the mixture into the saucepan. The mixture will start to boil even more violent than before. If this is not the case you either didn’t heat the mixture up to a 100 degrees Celsius or the chemicals you used aren’t right. Take the stainless steel fork or spoon that you bought and start stirring the mixture until it doesn’t bubble as much. You can turn off the gas at this point because the reaction of the two chemicals will create their own heat. Keep adding little bits of the NaOH mixture to the pan and make sure that you keep stirring.
6) Once the entire NaOH mixture is added to the pan you’re going to take the PH indicator papers. Dip the back of the stainless steel fork or spoon into the mixture and apply a drop of it to the PH strip. If the PH level is around 7 you are done with this step. If the PH level is higher than 7 you’re going to bring the PH level down. This can be done with either citric acid or vinegar. Keep adding tiny drips of citric acid or vinegar to the mixture and stir it around for a while until the PH levels reaches around 7.
The downside of using vinegar is that the GHB will start to taste like it. Citric acid, on the other hand, tastes much better.
7)At this point, we’re going to purify the mixture to make sure we dissolved every bit of GBL. You’re going to do this by boiling the water at a 150 degrees Celsius until it stops bubbling. This will take around an hour. Don’t turn the fire to high and keep stirring the mixture. If you turn the fire to high the mixture might burn. You will start to notice that mixture becomes thicker and viscous. You might even notice some white crystals forming across the edge of the pan. That’s the GHB. Once the mixtures stop bubbling you end up with pure, molten GHB in your pan. (Around 200 grams)
8) Now we’re going to bring the mixture back to a liquid form. You’re going to take the rest of the distilled water and bring it to a boil. It’s important that you use hot water because if you use cold water the mixture becomes rock hard and you’ll need another hour making the mixture soft again.
Pour a small amount of the hot distilled water to the GHB mixture and start stirring. We do this to make the mixture less viscous than it was before. Pour the GHB mixture into the empty distilled water bottle and add another small amount of warm distilled water to the saucepan that you used to make the GHB. This is to make sure you get all of the GHB that’s in the pan. Add the scraps that came from the saucepan to the distilled water bottle that’s filled with the GHB mixture.
Add the rest of the boiling distilled water to the bottle with the GHB mixture until you reach the 1 Liter mark. At this point, you got liquid GHB with a concentration of around 1 gram per 5 ml. If you want to make higher concentrations of GHB you should add less water.
9) You are now done and should have a bottle of high-quality GHB. All that rests is to clean all the materials that you used properly to remove the remaining chemicals from them.
At this point, you can enjoy the GHB that you made. Make sure to use it responsibly and share your results with us down below. I’ve spent a long time writing this article so there might be some mistakes that I’ve made along the way.
If you notice a mistake or if you know how to make GHB better ? again make sure to share them below!