How to Burn Wood With Electricity: A Revolutionary Green Technology

How to Burn Wood With Electricity?

To burn wood with electricity, you will need several materials and equipment.

First, gather a fan, wood, water container, brushes, and microwave transformers.

Optional items include extension cords and jumper cables.

You will also need a bucket or stand, an electricity supply, wire cutters, soldering iron, shrinking tube, pliers, and electrical tape.

Additionally, prepare copper rods, short screws, heavy-duty wires, a dimmer switch, and a car battery charger.

For safety, wear gloves, goggles, a face mask, and protective clothing.

Lastly, have a garden hose, scrub brush, and baking soda or salt on hand.

Key Points:

  • Gather materials and equipment such as:
  • A fan
  • Wood
  • Water container
  • Brushes
  • Microwave transformers
  • Optional items can include:
  • Extension cords
  • Jumper cables
  • Prepare additional supplies including:
  • A bucket or stand
  • Electricity supply
  • Wire cutters
  • Soldering iron
  • Shrinking tube
  • Pliers
  • Electrical tape
  • Also gather:
  • Copper rods
  • Short screws
  • Heavy-duty wires
  • A dimmer switch
  • A car battery charger
  • For safety, wear:
  • Gloves
  • Goggles
  • A face mask
  • Protective clothing
  • Have on hand for safety:
  • A garden hose
  • Scrub brush
  • Baking soda or salt

Did You Know?

1. Before the invention of the electric heater, people used to burn wood in special stoves called “Franklin stoves” named after their inventor, Benjamin Franklin. These stoves were designed to maximize heat output and minimize smoke production.
2. Wood can be burned with electricity using a process called “electrode heating.” This method involves passing an electric current through the wood, causing it to heat up and burn without the need for traditional combustion.
3. The practice of burning wood with electricity has gained popularity in places with limited wood resources, such as Japan. By using electric boilers, they can produce the heat and ambiance of a traditional fire without the need for chopping and storing large amounts of firewood.
4. Burning wood with electricity produces zero particulate matter pollution, making it a cleaner alternative to traditional wood-burning methods. It eliminates the emissions of harmful substances like carbon monoxide and nitrogen oxides, which can have detrimental effects on indoor and outdoor air quality.
5. Leonardo da Vinci, the famous Italian artist, and inventor, once theorized about the potential use of electricity to burn wood. In his notebooks, he sketched designs of what he called an “electric igniter” that would set wood ablaze without using a traditional flame. Although his idea was ahead of its time, it showcases his innovative thinking and fascination with the power of electricity.


Using a fan in the process of burning wood with electricity is essential for ensuring the flames are properly fueled. The fan helps increase the oxygen supply to the burning wood, creating a more intense and efficient burn. To incorporate a fan into the setup, position it near the wood and ensure it is facing the flames. This will help in maximizing the combustion process by providing a steady stream of fresh air.

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It is important to choose a fan with adequate power and size for the specific burning project, as different fan models have different capabilities. Investing in a fan with adjustable speed settings can allow for greater control over the burn process.

Additionally, ensure that the fan is securely connected to a reliable electricity supply. The fan should be positioned close enough to the wood to provide adequate airflow without obstructing the burn zone. If necessary, extension cords can be used to allow for flexibility in fan placement while maintaining a safe distance from the fire. However, it is crucial to use extension cords that are rated for the required electrical load and to follow all safety guidelines.


Choosing the right type of wood is crucial when it comes to burning wood with electricity. Different types of wood have varying burn characteristics, and using the wrong type can result in inefficient burning or equipment damage. Hardwoods such as oak, maple, or birch are ideal choices as they burn longer and generate more heat compared to softwoods. Properly seasoned wood is also important, with a moisture content between 15% to 20%. Moisture content outside this range can lead to excessive smoke, decreased heat output, and potential damage to electrical components.

To prepare the wood for burning, cut it into manageable sizes and arrange it in a pyramidal shape within the burn zone. This facilitates efficient airflow, allowing the electricity to ignite and sustain a steady burn. It is essential to have a steady supply of properly sized wood nearby for a continuous and sustained burn. Remember to exercise caution when handling and storing wood to prevent injury or property damage.

Water Container

A water container is an essential safety measure when burning wood with electricity. In case of any emergencies or unforeseen circumstances, having a readily accessible water source can help extinguish the flames and prevent further damage. The water container should be large enough to contain an ample amount of water to effectively handle potential fire incidents. It is advisable to keep the water container close to the burning area but in a safe position to prevent accidental spills or contamination of the water.

It is important to remember that water should only be used for emergencies and not as a regular part of the burn process. The primary source of fuel should be the electricity supply, with the wood serving as the secondary element. However, having a water container present provides an extra layer of safety and peace of mind throughout the burn project.

  • Having a readily accessible water source can extinguish flames and prevent damage.
  • The water container should be large enough to effectively handle potential fire incidents.
  • Keep the water container close to the burning area but in a safe position to prevent spills or contamination.

“Water should only be used for emergencies.”


Brushes play a vital role in cleaning and maintaining equipment used for burning wood with electricity. Soot and residue can accumulate on components over time, obstructing the flow of electricity and reducing burn efficiency. Regular cleaning with brushes helps keep the equipment in optimal condition, ensuring optimal performance and durability.

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Different types of brushes can be used depending on the specific equipment being cleaned. Soft-bristled brushes are suitable for cleaning delicate electrical components, while stiffer brushes may be required for stubborn residue on metal surfaces. It is important to choose brushes that will not cause damage or scratches to the equipment.

When cleaning, it is recommended to use a gentle cleaning solution such as mild soap or a non-abrasive cleaner to remove built-up debris and dirt. After cleaning, thoroughly rinse and dry all components before reassembling and using them in the burn process again. Regular brush cleaning maintains the equipment and ensures consistent and reliable burn results.

  • Use soft-bristled brushes for delicate electrical components
  • Consider stiffer brushes for stubborn residue on metal surfaces
  • Choose brushes that won’t cause damage or scratches
  • Use a gentle cleaning solution like mild soap or non-abrasive cleaner
  • Thoroughly rinse and dry all components after cleaning.

Microwave Transformers

Microwave transformers play a crucial role in the process of burning wood using electricity. They serve as high-voltage power sources that convert standard household electricity into the necessary levels to ignite and maintain the burn. Typically, these transformers are salvaged from microwave ovens due to their high power output, making them suitable for this application.

However, it is absolutely vital to prioritize safety when using microwave transformers. High voltage electricity can be extremely dangerous, and mishandling can lead to severe injury or even death. Therefore, having a thorough understanding of electrical safety is essential, and taking appropriate precautions is a must when working with these transformers.

Furthermore, careful attention should be given to the electrical connections required for the transformers. Assembly and wiring of the transformers to other components in the setup necessitate tools such as wire cutters, soldering irons, shrinking tubes, and pliers. By correctly connecting the transformers to both the wood and other electrical elements, it becomes possible to achieve a controlled and sustained burn.

Extension Cords (Optional)

Extension cords play a vital role when burning wood using electricity. They provide convenience and flexibility in arranging equipment for the desired burn. However, it’s crucial to use heavy-duty extension cords that are rated to handle the electrical load. Regular maintenance and inspection are necessary to ensure safe and efficient use, including checking for signs of wear or damage.

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Following proper safety guidelines, such as avoiding daisy-chaining cords and not exceeding their recommended capacity, is essential to minimize the risks associated with extension cords. Incorrect or faulty cords can result in electrical problems, increased fire hazards, or damage to equipment.

In conclusion, utilizing extension cords correctly is key when burning wood with electricity. Choose heavy-duty cords, inspect them regularly for wear or damage, and adhere to safety guidelines for a successful burn project.

Frequently Asked Questions

What do you need to electrify wood?

To electrify wood, a key step is to reduce its resistance, which can be achieved by applying a thin layer of water. However, relying solely on water as a conductor may not yield optimal results. To enhance conductivity, one can consider incorporating baking soda or salt into the water coating. The aim is to achieve saturation rather than just moisture, ensuring effective flow of electricity through the wood.

What is the burning pattern in wood with electricity?

When applying high Voltage Electricity current to wood, the burning pattern that emerges is highly unpredictable and fascinating. The process of fractal burning not only creates unique and intricate patterns but also captures the attention and curiosity of individuals who experiment with this technique. By utilizing high-voltage transformers, woodworkers and artists can achieve a mesmerizing and captivating burning pattern on the surface of the wood, resulting in beautiful and distinctive works of art.

Can you burn wood with a battery charger?

Surprisingly, it is indeed possible to burn wood using a battery charger. By utilizing a voltage regulator, a few wires, and a bit of patience, this intriguing feat can be accomplished. With careful manipulation of the charger’s power output and the right setup, the electrical energy can be harnessed to create heat intense enough to ignite and burn the wood. This unusual phenomenon showcases the versatile applications of battery chargers and their ability to generate sufficient heat for combustion.

How do you shock wood?

Shocking wood involves a meticulous process that combines various elements to achieve desired results. After immersing the wood in a mixture of water and baking soda, it undergoes an application of hardening oil. The crucial step in the procedure involves utilizing a high voltage transformer that generates a substantial output ranging from 4,000 to 10,000 volts. This technique demands caution, as its potential danger is evident if not executed with utmost care.

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