Omar Khalid
PneumaticCraft is a tech mod for Minecraft Java Edition that involves heating and cooling mechanics. One of the challenges in PneumaticCraft is turning oil into plastic. This process involves refining oil in a refinery, which breaks it down into diesel, kerosene, gasoline, and LPG, the last of which can be converted into plastic. The refinery requires heat, which can be supplied by a Vortex Tube, a Resistive Heater, or an Immersive Engineering External Heater.
| Characteristics | Values |
|---|---|
| Method | Oil can be turned into plastic by first refining the oil in a refinery and then converting the resulting LPG into plastic |
| Refinery | The refinery uses high heat to break down oil into Diesel, Kerosene, Gasoline, and LPG |
| Heat Source | A Vortex Tube can be used to supply heat to the refinery. The biome also affects the amount of heat, with hot biomes contributing more heat than cold biomes |
| Heat Management | Some blocks will heat up on use and become less efficient, others only work above certain temperatures, and others need to be cooled below ambient heat to work |
| Pressure | Basic compressors, which max out at 5 bar of pressure, are not sufficient for powering certain machines. Advanced Compressors are needed for higher pressures |
| Oil Sources | Tectonic Petrotheum can be crafted using Diesel and Seed Oil and then put into a MagneticCraft Refinery to obtain oil. Fluid cows and lucky oil pockets in Aether 2 are also sources of oil |
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What You'll Learn
Using a refinery to turn oil into plastic
In the context of PneumaticCraft, a refinery can be used to turn oil into plastic. This process involves heating the oil to break it down into diesel, kerosene, gasoline, and LPG, which can then be converted into plastic. The refinery requires high heat to facilitate this process, which can be achieved through various methods such as using a Vortex Tube or a Resistive Heater.
To begin, you will need to obtain crude oil, which can be done through drilling and pumping it from the Earth's crust. The crude oil is then transported to the refinery, where it undergoes heating and refining. The specific temperature requirements may vary, but it is important to maintain the necessary heat levels to ensure the process is effective.
One method to generate heat for the refinery is by using a Vortex Tube. This machine creates a heat differential by swirling air, resulting in one end being heated up while the other end is cooled down. By adding a Heat Sink to the cold side, you can increase the surface area and raise the temperature closer to ambient temperature. This can be further influenced by the biome, with hot biomes like deserts contributing more heat.
Another option for heating the refinery is by using a Resistive Heater or Immersive Engineering's External Heater, which can directly supply heat to the refinery or attached PneumaticCraft blocks. These heaters are efficient in providing the necessary heat for the oil refining process.
Once the oil is heated and refined, it undergoes a transformation into diesel, kerosene, gasoline, and LPG. These substances can then be further processed to create plastic. The specific steps involved in this final stage may vary depending on the exact PneumaticCraft setup and requirements.
It is important to note that the process of refining oil and converting it into plastic requires careful management of heat and pressure. Different PneumaticCraft blocks have varying temperature requirements, and some blocks may need to be cooled below ambient heat to function optimally. Additionally, higher pressures can introduce new challenges, such as increased heat, so it is crucial to have a basic understanding of the mechanics involved.
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Heat sources for the refinery
Heat sources are an essential component of the oil-to-plastic transformation process. This process typically occurs in a refinery, where crude oil is heated to high temperatures. The heat sources facilitate the separation of hydrocarbons, which are then used as feedstock for plastic production.
One of the critical heat sources in the refinery is the furnace. The molasses-like crude oil is heated over a furnace, which separates the hydrocarbons into distinct groups based on their atomic composition and molecular weight. This process is known as fractional distillation, where the heated oil is fed as vapour into a distillation tower or column. The distillation tower features a temperature gradient, with the top being cooler than the base, allowing for the separation of heavier and lighter hydrocarbons.
The heat applied in the furnace can range from 600 to 750 degrees Fahrenheit (approximately 315 to 400 degrees Celsius) for the distillation process. At these high temperatures, the crude oil breaks down into smaller pieces called fractions, which contain various hydrocarbons. One of the critical fractions for plastic production is naphtha, which serves as the primary feedstock.
Additionally, the process of converting plastic back into oil, known as pyrolysis, also relies on heat sources. Pyrolysis involves applying intense heat to break down plastic molecules. The plastic material is heated to temperatures ranging from 572 to 1652 degrees Fahrenheit (approximately 300 to 900 degrees Celsius). This process can be challenging due to the high heat and energy requirements and the potential for pollution.
Another technology, HiCOP (developed by Environment Energy Co.), employs catalysts attached to the plastic's surface to initiate the breakdown process at temperatures between 380 and 450 degrees Celsius. This method yields crude oil with reduced wax content, improving its fluidity, especially in cold conditions.
In summary, heat sources, such as furnaces and reactors, are crucial in the refinery process of converting oil into plastic. The application of heat facilitates the separation and transformation of hydrocarbons, which are essential building blocks for plastic production.
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Heat sinks and air grates for cooling
Heat management is a significant aspect of PneumaticCraft, as certain blocks require cooling below ambient temperature to function effectively. To address this issue, the Vortex Tube is a vital component that creates a heat differential by swirling air, resulting in one end being heated while the other end is cooled. The Refinery, a structure used to convert oil into plastic, relies on high temperatures to operate.
The Vortex Tube plays a crucial role in maintaining the required temperature for the Refinery. However, as the refining process progresses, the temperature tends to drop. To counter this, additional heat sources can be employed, such as a Resistive Heater or Immersive Engineering's External Heater, which are compatible with the Refinery's heat system.
To optimize the cooling process, Heat Sinks and Air Grates can be strategically utilized. Heat Sinks are attached to the cold side of the Vortex Tube, increasing the surface area and allowing more air contact. This, in turn, raises the temperature of the cold side, enhancing the overall heating capacity of the Vortex Tube. By adjusting the number and arrangement of Heat Sinks and Air Grates, the temperature can be fine-tuned. For instance, utilizing five Heat Sinks and directing more Air Grates towards them can achieve a temperature of 49°C.
While the Vortex Tube is effective for active cooling, a combination of Air Grates and Heat Sinks has proven to be a more efficient solution. This setup not only lowers the temperature but also ensures that the gains from cooling outweigh the minor air loss from operating the Air Grates. Therefore, when turning oil into PneumaticCraft plastic, the strategic use of Heat Sinks and Air Grates plays a vital role in managing temperatures and optimizing the refining process.
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Using a Vortex Tube for active cooling
PneumaticCraft is a major mechanic that involves heat management. Some blocks will heat up and become less efficient, while others will only work above certain temperatures, and some need to be cooled down to function. The Refinery, for instance, uses high heat to break down oil into diesel, kerosene, gasoline, and LPG, which can then be converted into plastic.
The Vortex Tube is a machine that can be used for active cooling to supply heat to the Refinery. It uses swirling air to create a heat differential, with the red side heating up and the blue side cooling down. The two ends are thermally linked, so as the blue side gets colder, the red side also cools down. To counter this, a Heat Sink can be added to the cold side of the Vortex Tube, increasing the surface area and allowing more air contact, bringing the cold side closer to ambient temperature. This setup can keep the refinery above 100°C, and adding more heat will speed up the refining process.
The Vortex Tube is also useful for cooling. Heat Frames can be installed and used to cool fluids such as water to ice, lava to obsidian, and molten plastic to plastic sheets. The unused side of the Vortex Tube needs to be warmed up for efficient functioning, which can be done by using it to cool off the compressor that powers it. This keeps the compressor cool while supplying ample heat to the refinery.
While the Vortex Tube is an effective method for active cooling, it is less efficient than a simple Air Grate and Heat Sink combination.
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Tectonic Petrotheum as an oil source
Tectonic Petrotheum is a liquid added by Thermal Foundation and serves as a source of oil. It is made from Petrotheum Dust by melting it down in a Magma Crucible. When placed in the world, Tectonic Petrotheum breaks apart certain stone blocks (stone, cobblestone, stone bricks, and mossy cobblestone) within 2 blocks from the source block into gravel. The source block will also gradually fall downwards to the lowest solid block whenever possible.
To obtain oil from Tectonic Petrotheum, it must be put into an IE Refinery. This process will split the fluid into oil, sewage, and another fluid. The oil obtained can then be refined in a refinery under high heat to produce diesel, kerosene, gasoline, and LPG. LPG can then be converted into plastic.
The refinery process requires heat, which can be supplied by a Vortex Tube, a Resistive Heater, or Immersive Engineering's External Heater. The Vortex Tube uses swirling air to create a heat differential, with the red side heating up and the blue side cooling down. By adding a Heat Sink to the cold side, the surface area increases, allowing more air contact and warming up the cold side closer to ambient temperature.
Overall, Tectonic Petrotheum is a useful source of oil for the pneumatic craft refinery process to eventually create plastic.
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Frequently asked questions
First, refine the oil in a refinery using high heat to break it down into diesel, kerosene, gasoline, and LPG. Then, convert the LPG into plastic.
A Vortex Tube is a simple machine that uses swirling air to create a heat differential. To make the hot side as hot as possible, add a Heat Sink to the cold side of the Vortex Tube to increase the surface area, allowing more air contact.
The Refinery is fully compatible with Mekanism's heat system and Resistive Heaters. Immersive Engineering's External Heater can also supply heat to attached PneumaticCraft blocks.
Plastic can be used to make Circuit Boards, which are needed to power a Pressurized Spawner or a suit of Pneumatic Armor.
Oil can be used to create fuel for immersive petroleum boats and generators. It can also be further refined into different types of fuels, such as processing diesel into kerosene and then into gasoline.
