Maya Ellison
In the upcoming space survival game Osiris: New Dawn by Fenix Fire, players can create plastic by crafting a chemistry table and using hydrogen gas and carbon mineral. The process is time-consuming, as it requires 75% hydrogen and one piece of carbon per piece of plastic. Players can collect hydrogen gas by making barrels from the forge or by finding hydrogen geysers on the map, often in volcanic craters with yellow-green smoke trails. Additionally, rubber trees are a source of rubber for barrel-making, and gas cylinders can be used to collect gases while exploring.
| Characteristics | Values |
|---|---|
| Number of barrels required | 4-12 |
| Number of plastic produced per barrel | 2 |
| Number of plastic produced per 8 barrels | 16 |
| Number of hydrogen required per plastic | 75 |
| Number of carbon required per plastic | 1 |
| Location of hydrogen | Hydrogen geysers, often in volcanic craters |
| Indication of hydrogen geysers | Yellow-green smoke trails |
| Location of carbon | Volcanoes, Hydrogen geysers |
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What You'll Learn
Place your base camp near resource nodes
When playing Osiris: New Dawn, it's important to consider your base camp placement to maximise efficiency. The game revolves around efficiently gathering and managing resources, so placing your base camp near resource nodes is a crucial strategy. Here are some reasons why:
Firstly, by positioning your base camp close to multiple resource nodes, you streamline the resource-gathering process. This proximity allows your droid to quickly collect resources and deposit them at the base, reducing travel time. While the droid gathers commonly needed resources, you can focus on obtaining rarer resources located farther away. This division of labour increases the overall efficiency of your operations.
Additionally, certain resources, such as hydrogen and carbon, are required to create plastic in the game. By establishing your base camp near resource nodes containing these materials, you can minimise the time and effort needed to acquire them. This approach is especially beneficial considering the taxing process of creating plastic, which requires 75% hydrogen and one piece of carbon per piece of plastic.
Moreover, the placement of your base camp near resource nodes can enhance your defensive capabilities. Some resource node locations are easier to defend against alien attacks or enemy incursions. For example, a base camp situated near rubber trees, close to a cave with lithium and diamonds, offers both essential resources and a strategic defensive position.
When selecting a base camp location, it's important to consider the advantages and disadvantages of each resource node. For instance, the Copper + Steel node in the Forest near Vault 76 has flat terrain and minimal enemy attacks from low-level Scorched. In contrast, the Copper + Gold node in the Cranberry Bog near Watoga has flat terrain with cranberry resource nodes but is prone to attacks from high-level Scorched and even Scorchbests.
Lastly, placing your base camp near resource nodes can unlock additional benefits, depending on the specific node. For example, establishing a base camp near an acid node in the Savage Divide provides a decent free fast travel location, which can be advantageous for defending your base and travelling to other resource nodes.
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Create a chemistry table
To create plastic in Osiris: New Dawn, you must first construct a complete habitat and airlock. Once inside, create a chemistry table, which is where you will make plastics.
To make plastic, you will need 75% hydrogen gas and 25% carbon mineral. Hydrogen gas can be collected by making barrels from the forge. It is recommended to carry 4-12 barrels depending on how fast you want to move. Hydrogen geysers can be found across the map, often in volcanic craters. Look for yellow-green smoke trails to lead you to them. You can also find carbon in these volcanic craters.
One user describes their method as follows: they head to the volcano at coordinates 2.8/12.3 with 12 barrels, placing them in slots 5-8. They press the left mouse button while swapping barrels. Once four barrels are full, they swap them with the barrels in their inventory. This yields 12,000 units of hydrogen in less than a minute. They then gather carbon and head back to base.
Another user suggests placing your base camp close to many different resource nodes and using smart depository placement so that your droid can dump resources quickly. While the droid gathers resources, you can head out to gather less common resources, fill your inventory, and head back.
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Collect hydrogen gas
To collect hydrogen gas, you can use a variety of methods, including electrolysis and chemical reactions. Here is a detailed, step-by-step guide on how to collect hydrogen gas using these methods:
Using Electrolysis:
For this method, you will need a 9-volt battery, a pencil, two test tubes, a plastic container, water, baking soda, rubber bands (optional), and a battery clip with clamps. Ensure the pencil contains graphite; a Number 2 pencil is perfect. Alternatively, you can use two small pieces of graphite.
- Start by removing the eraser from the pencil and breaking it in half to expose the graphite.
- Set up the battery clip with the 9-volt battery, ensuring it has a red and black wire with alligator clamps.
- Attach one piece of graphite to each end of the battery, connecting the positive and negative ends.
- Fill the plastic container with water and add a small amount of baking soda to it.
- Place the graphite ends of the pencil into the water, ensuring they do not touch each other.
- Attach the test tubes to the wires coming from the battery, with one tube connected to the positive end and the other to the negative.
- As the electrolysis occurs, hydrogen gas will be produced at the negative end, and oxygen at the positive end.
Using Chemical Reactions:
For this method, you will need a test tube, water, an Erlenmeyer flask, hydrochloric acid, and zinc or magnesium pellets.
- Begin by filling the Erlenmeyer flask with hydrochloric acid, being careful to wear protective gloves and avoid any spills or splashes.
- Add a handful of zinc or magnesium pellets to the acid - this will initiate a chemical reaction.
- Place a stopper into the flask to create a closed system.
- Take a test tube and submerge it in the water, tilting it to remove all air bubbles.
- Position the test tube on top of the submerged tubing attached to the rubber stopper.
- As the metal reacts with the acid, hydrogen gas is produced and travels through the tubing into the test tube, displacing the water.
By following these steps, you can effectively collect hydrogen gas using either electrolysis or chemical reactions.
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Gather carbon
Carbon can be obtained in several ways, depending on the resources available to you and the time you are willing to spend. Here are some methods to gather carbon:
Mining Carbon Crystals
Carbon exists in some form on all planets, even barren ones. If you are unable to find carbon-yielding plants or animals, look for red spikey crystal patches. These crystal patches contain carbon, with the smaller patches being more easily accessible. The larger red patches require a mining tool upgrade, so they may be more trouble than they are worth. These crystals will be marked with a red 'C' on your scanner, so keep an eye out for them when exploring caves or other areas.
Refining Cactus
Another method to gather carbon is by refining cactus plants. Each cactus plant yields 150+ cactus fruit, which can be refined into 300+ units of carbon. By planting a biodome with many cacti, you can efficiently gather large quantities of cactus fruit with minimal effort. Refining this fruit will provide you with a substantial amount of carbon.
Purchasing Oxygen and Refining
If you have the necessary resources, you can purchase oxygen at space stations or trade terminals and refine it into carbon. This method is quick and cost-effective, especially if you have a surplus of oxygen. The ratio of oxygen to carbon is 1:1, so you can easily convert your oxygen into carbon without any loss.
Crafting Carbon Crystal from Refinery
You can also craft carbon crystals using a refinery. This process requires 50 condensed crystals and two catalysts. This method may be more involved, but it can be a reliable way to obtain carbon if you have access to the necessary resources and refinery facilities.
Using Carbon in Oxygen Recycler
A user on Reddit shared a method to create a cycle of creating carbon. They mentioned using carbon in an oxygen recycler to create oxygen, which can then be refined with condensed carbon to create more condensed carbon. This process can be repeated to generate a substantial amount of carbon over time.
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Make plastic
Making industrial plastic requires a degree in chemistry and access to heavy machinery. However, there are some simple do-it-yourself projects that can be done at home to make something very similar to plastic using common household items.
One way to make a simple plastic-like substance is by using milk or heavy cream. Heat a cup of whole milk or heavy cream in a saucepan, being careful not to let it boil. Once it has reached a simmer, add some vinegar. This will create a substance known as casein, which is similar to plastic and can be moulded into different shapes.
Another method involves using styrofoam and acetone or paint thinner. Break up the styrofoam into small pieces and place them in a glass jar. Pour in enough acetone or paint thinner to cover the styrofoam. Put on safety gloves and glasses, then shake the jar until the styrofoam has dissolved and formed a thick liquid. This liquid can now be poured into a mould to create a solid plastic object.
Polymers are another type of plastic that can be made at home. To make a basic polymer, mix a small amount of glue with water in one cup, and dissolve a small spoonful of borax in another cup of water. Stir both mixtures until they are fully dissolved, then combine them. This will create a slimy substance that can be stretched, moulded, and shaped.
It is important to note that creating plastic at home, especially with the use of chemicals, should be done with caution and proper safety equipment, such as gloves and safety glasses, to avoid any potential hazards.
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Frequently asked questions
To create plastic, you need to first construct a complete habitat and airlock. Then, create a chemistry table, which is where you will make the plastic.
Plastic requires 75% Hydrogen gas and 1 Carbon mineral.
You can collect Hydrogen gas by making barrels from the forge. You can find Hydrogen geysers dotted around the map, often in volcanic craters, by following the yellow-green smoke trails.
It is recommended to bring 4-12 barrels depending on how fast you want to move.
You can find Carbon in volcanic craters, often in the same place as Hydrogen geysers.
