Warga di Sleman Sulap Sampah Plastik Jadi BBM Pakai Alat Ini

Summary

In this video, the speaker discusses the results of a recent fuel blending test conducted with Pertamina. They achieved a blend that is equivalent to Pertamax, with a percentage of 92.3%. The process also produced a fuel equivalent to Dex and Pertamina Dexu for diesel. The test showed that the fuel derived from plastic waste processing reached a set number of 60% for the blend, demonstrating the potential of plastic waste conversion to fuel. The event features applause and music, adding an energetic atmosphere to the presentation.

Takeaways

• 😀 The speaker mentions conducting a fuel blending test with Pertamina.
• 😀 The test resulted in a blend achieving a rating of 92.3, equivalent to Pertamax.
• 😀 Pertamax is used as a benchmark for the fuel quality in this context.
• 😀 For diesel fuel, the blend is comparable to Dex and Pertamina Dexu.
• 😀 The number generated from the plastic waste processing process is about 60% for the set number.
• 😀 The blending test demonstrates the potential of using plastic waste in fuel production.
• 😀 The blend created from plastic waste can be used as a substitute for higher-end fuels like Pertamax and Pertamina Dexu.
• 😀 The speaker emphasizes the environmental benefits of utilizing plastic waste in fuel production.
• 😀 The use of waste plastic for fuel production shows promise in reaching standards similar to current commercial fuels.
• 😀 The overall goal is to create a sustainable fuel alternative using waste plastic, reducing reliance on traditional petroleum-based fuels.

Q & A

What was the purpose of the test conducted with Pertamina?

The test conducted with Pertamina aimed to evaluate the blending of fuel produced from plastic waste. Specifically, the test focused on achieving a fuel equivalent to Pertamax.

What was the result of the fuel blending test with Pertamina?

The result of the test showed that the fuel produced could achieve a level of 92.3 RON, which is equivalent to Pertamax.

How does the blended fuel compare to other types of fuel like Pertamax and Dex?

The blended fuel was shown to be equivalent to Pertamax for gasoline and to Pertamina Dex or Dexlite for diesel fuel.

What does 'RON' stand for, and why is it important in fuel testing?

RON stands for Research Octane Number, and it measures the fuel's ability to resist knocking during combustion. A higher RON value indicates better fuel performance and efficiency.

What is the significance of the blending of plastic waste into fuel production?

Blending plastic waste into fuel production is significant because it provides an environmentally friendly way to recycle waste and create usable fuel, which can help reduce the reliance on traditional fossil fuels.

How does the fuel produced from plastic waste compare to other standard fuels?

The fuel produced from plastic waste has been shown to be comparable to standard fuels like Pertamax and Pertamina Dex, demonstrating its effectiveness and quality.

What percentage of the plastic waste processing results in usable fuel?

The plastic waste processing yields a usable fuel with an octane number of approximately 60%, indicating a significant conversion of plastic waste into a fuel product.

What are the benefits of producing fuel from plastic waste?

Producing fuel from plastic waste offers benefits such as reducing environmental pollution, recycling waste materials, and providing an alternative source of energy that reduces reliance on fossil fuels.

What types of fuel does the plastic waste-derived fuel compare to in the market?

The plastic waste-derived fuel compares to Pertamax in terms of gasoline and to Dex or Pertamina Dex in terms of diesel fuel.

What does the term 'setan number' refer to in the context of fuel production?

The term 'setan number' refers to the measure of the fuel's ignition quality, similar to how octane number is used for gasoline. A higher setan number generally means the fuel ignites more easily in diesel engines.