Creating Drinkable Diesel Fuel: A Step-By-Step Guide

There are several drinks known as diesel fuel. One is a combination of Jägermeister and spiced rum, served as a shot. Another is a mixture of beer and Coke, or cola and Fanta, which is popular in Germany. A third is a cocktail made with waste vegetable oil (WVO), sodium hydroxide (NaOH) or potassium hydroxide (KOH), and methanol. This last variety is known as biodiesel and can be used as a fuel for diesel engines.

Diesel Fuel cocktail: Jagermeister and spiced rum

The Diesel Fuel cocktail is an interesting combination of Jägermeister and spiced rum. Here is a guide to help you make this cocktail at home.

Jägermeister is a German liqueur made from a blend of over 50 herbs, fruits, and spices. It is known for its complex, herbal profile and is often consumed as shots or in cocktails. For the Diesel Fuel cocktail, you will need equal parts of Jägermeister and spiced rum, specifically 1.5 tablespoons of each spirit.

To make the cocktail, combine the Jägermeister and spiced rum in a traditional shot glass or an aperitif glass. You can also get creative with your glassware and use a unique vessel of your choice. This cocktail is meant to be drunk all at once, so you can enjoy the full flavour in one go rather than sipping it slowly.

If you want to explore other cocktail options with Jägermeister, there are several popular choices. The German Vacation combines Jägermeister with gold rum, ginger syrup, orgeat syrup, lemon, and Peychaud's Bitters. Another option is the Feisty Meister, which includes Jägermeister, Barbados rum, lime juice, orange juice, orgeat, passion fruit syrup, and 151 rum.

For a refreshing twist, try the Jäger Mule. This cocktail combines Jägermeister with lime and spicy ginger beer, creating a magical combination of flavours. You can also experiment with different ratios and ingredients to create your own unique Jäger cocktails, such as adding peach schnapps and cranberry juice or trying it with cola and candy garnishes.

Snakebite: lager, cider, and blackcurrant cordial

To make a drink called Diesel Fuel, you need to mix equal parts of Jägermeister and spiced rum. This drink is served as a shot and is meant to be drunk all at once.

Now, the term "Diesel" is also used for a drink called "Snakebite", which is made by mixing one part lager with one part cider. Some recipes for Snakebite also add a shot of blackcurrant cordial, in which case the drink is called "Snakebite and black".

Please note that the process of making biodiesel fuel involves a variety of hazardous substances, including NaOH or KOH catalysts, methanol, and methoxide. These substances can cause extreme skin and eye irritation, blindness or death if ingested, and serious bodily damage. It is important to take safety precautions when handling these chemicals, such as wearing protective gear and understanding the chemical dangers involved.

German Diesel: Cola and beer

The "German Diesel", also known as a "Dreckisches", is a drink made of Cola and beer. The drink is typically made with 50% Cola and 50% beer, although the ratios can be adjusted to the drinker's preference. It is recommended to use a cheap brand of Cola, and the type of beer varies depending on the region of Germany. For example, in Bavaria, the drink is made with Helles or Weizen, and in other regions, Pils is used.

To make the drink, first pour the beer in a somewhat leisurely manner, creating some foam. The beer should fill about two-thirds of the glass, with the remaining third being foam. Allow the beer to sit for a minute until the foam collapses a bit. Then, carefully pour in the Cola to fill the glass. The resulting colour of the drink should resemble Diesel fuel, with a caramel hue.

The name "Diesel" likely originates from the brownish-green colour of undyed diesel fuel, which the drink's colour resembles. The drink is also sometimes referred to as a Shandy or Schweinebier.

There are also variations of the drink, such as using Diet Pepsi or full-sugar Cola, or adding blackcurrant cordial and cider to create a darker colour.

Biodiesel: WVO, NaOH or KOH, and methanol

Biodiesel is a great way to go green and substantially reduce your carbon footprint. It is also cheaper than regular diesel and can run in a diesel engine. However, it is important to understand the chemical dangers involved in the process. The ingredients required to make biodiesel are waste vegetable oil (WVO), a catalyst (NaOH or KOH), and methanol.

WVO can be obtained from restaurants, but their approval is needed before taking it. It is important to avoid burnt oil, as it will not react to make biodiesel. Most fast-food places burn their oil. The catalyst, either NaOH (sodium hydroxide) or KOH (potassium hydroxide), is extremely caustic and will cause extreme irritation if it comes into contact with your skin, eyes, or any other part of the body. NaOH is cheaper and produces a more congealed final byproduct (glycerin), while KOH dissolves better in methanol. Methanol, a harmful alcohol used in race car fuel, can be purchased at many chemical supply places. It is the most expensive part of the process but still cheaper than regular diesel as you only need to add 20% methanol for the amount of WVO used.

Before making the fuel, the oil needs to be filtered. The oil is then heated to 130 degrees Fahrenheit, which is the most dangerous part of the process. Once the oil is in the tank, the element is turned on. It is important to ensure that the pressure vent on the processor is open to avoid creating a vacuum and causing an implosion.

It is crucial to take safety precautions when handling these chemicals. Methanol can cause blindness or death if ingested and can be absorbed through the skin, so it is important to wear chemical-resistant gloves, eye protection, and long sleeves. Additionally, the substance produced when mixing the catalyst with methanol, methoxide, is an extremely toxic nerve agent.

Biodiesel safety: avoid NaOH/KOH and methanol contact with skin/eyes

Biodiesel is an alternative to petroleum diesel. It is made from mostly biodegradable materials and can be used as fuel in diesel engines. However, the process of making biodiesel involves hazardous chemicals that can be extremely dangerous if mishandled.

Two of the key ingredients in biodiesel production are methanol and lye (also known as sodium hydroxide or potassium hydroxide). Methanol is a flammable, toxic alcohol, while lye is a corrosive, caustic base. Both of these substances can cause serious harm if they come into contact with the skin or eyes.

Methanol is highly toxic and can cause irreversible illness, blindness, and even death if ingested. It is also a serious fire hazard due to its low flashpoint of 52 degrees Fahrenheit (11 degrees Celsius). At biodiesel processing temperatures (110 to 140 degrees Fahrenheit), there is a significant risk of a fire if methanol vapors mix with air. Therefore, it is crucial to store methanol in sealed, properly grounded containers to prevent sparks and explosions.

Sodium hydroxide (NaOH) and potassium hydroxide (KOH) are also highly corrosive and caustic. They can cause severe burns if they come into contact with the skin or eyes. Inhalation of NaOH or KOH dust can also lead to serious health issues, and ingestion may be fatal. These substances should be stored away from water, as the combination can generate heat and potentially cause a fire. Additionally, NaOH and KOH should never come into contact with aluminum, as they will produce explosive hydrogen gas.

To ensure safety when working with these substances, it is imperative to wear proper safety gear, including elbow-length gloves, chemical safety goggles, a dust mask or respirator, long pants, and shoes. Having an eyewash station and/or emergency shower nearby is also highly recommended in case of accidental exposure to the eyes or skin.

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