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Iron ore is the main component required for steel production, driving demand from emerging economies globally for specialized infrastructure projects that require higher grades.
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Customer satisfaction is our top priority as we strive to provide superior products, solidifying our position in the global market.
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Hematite and magnetite are essential iron ores used in steelmaking. Our company produces top-quality iron ore for both local use and export markets.
Enhanced quality levels improve characteristics, leading to advancements in factory operations. Utilizing cutting-edge technology enables the production of high-quality goods.
In addition to producing top-quality iron ore, our company is dedicated to environmentally friendly practices. We prioritize sustainability in our operations, ensuring minimal impact on the surrounding environment. Through continued research and development, we aim to further enhance our production processes to reduce waste and emissions.
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The game features a system of 5 quality tiers, with the legendary tier representing the highest level of quality. Each tier offers unique abilities and bonuses, providing players with incentives to strive for obtaining legendary items. Players can enhance their gaming experience by collecting and utilizing items from the legendary tier, which are known for their exceptional power and rarity.
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Certain quality tiers require extensive research before they can be implemented.
Before implementing higher quality tiers, it is important to conduct thorough research to understand the market demands, customer preferences, and technological requirements. This research may involve analyzing consumer behavior, studying competitor offerings, and identifying potential partners or suppliers. By being well-informed, businesses can ensure that their products or services meet the standards expected at the higher quality tiers, ultimately leading to greater customer satisfaction and loyalty.
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Different quality levels provide various benefits that enhance the productivity and overall quality of products.
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By utilizing quality ingredients and modules, it is possible to create items of exceptional quality surpassing the norm.
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Unique recipes with quality variations necessitate specific qualities of ingredients, while fluids do not have quality variations. Strict quality requirements ensure consistency and efficiency in production.
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Quality modules boost the quality of items, with success rates based on module tiers. These modules enhance crafting machinery to produce higher-quality products, improving overall efficiency.
Illustrations
Optimal Methodology
Meticulous planning and calculations for maximizing output quality through module utilization in crafting and recycling processes.
To calculate the matrix (M) iteration, apply the matrix to itself multiple times. A higher iteration number corresponds to more crafting and recycling steps. Product results after each iteration can be calculated by multiplying an input vector by Mx. Efficiency close to 400% slows down the matrix convergence, requiring careful calculations for optimal results.
Additional Information:
One key aspect to consider when using quality modules is to regularly maintain and calibrate them to ensure consistent performance. Regular maintenance can prevent degradation of module efficiency and prolong their lifespan, ultimately leading to better quality outputs.
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Quality plays a vital role in enhancing production output through the following methods:
- Improving machine quality enhances the base crafting speed.
- Boosting speed module quality increases their effectiveness.
- Raising productivity module quality boosts productivity without slowing down crafting speed, resulting in more items produced over time.
- Enhancing beacon quality improves transmission efficiency, particularly when combined with speed modules.
These methods interact synergistically, offering the potential for significantly higher production rates compared to standard quality items.
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From version 1.9 onwards, ores appear only in certain types of rocks. Many ores are found only in specific rock types, and different rocks can contain different quality ores. Analyzing a rock while pressing Crouch + H will provide information on which ores may appear in that type of rock.
Ores are found in both shallow and deep deposits. The tables below provide information on ore generation for each type of rock.
– **Y min** and **Y max**: ores are distributed throughout the range defined by these values. The Y values reflect the specific ore generator proportions, for example, if the deposit uses the sea level generator, 0.5 represents half of the world’s sea level.
– **Average radius**: the average width of the deposit in X and Z coordinates
– **Average thickness**: the average height of the deposit in Y coordinate
– **Attempts per chunk**: how many times the game tries to create a deposit in each map chunk
Ores can be found in four different grades, ranging from abundant to poor. The higher the grade, the more raw ores drop per block.
Refer to the table below to see which generator each ore uses.
### Stone Biomes in Vintage Story
In Vintage Story, various types of stones can appear in specific layers, forming a stone “biome”. The types of ores that can appear in an area are determined by the layer of rocks present. There are three main types of rocks: sedimentary, metamorphic, and igneous, as well as volcanic rocks (a subset of igneous rocks) with specific appearance rules.
**Tip:**
Sedimentary rocks forming in layers include:
– Bauxite*
– Argillite
– Chalk
– Quartzite
– Conglomerate
– Limestone
– Sandstone
– Shale
*Note: Bauxite does not produce ore.
Metamorphic rocks forming in layers include:
– Slate
– Phyllite
– Marble†
†Marble appears in layers of slate or phyllite.
Igneous rocks forming in layers include:
– Basalt (appears “above” all other rock types)
Additionally, ores can be found in breccia, a sign of a meteorite strike located on the surface, and in kimberlite, an igneous rock found near the core of the world.
### Identifying Surface Ores
Surface ores may sometimes be recognized by loose rocks on the surface containing ores. Copper is the first metal ore players must find to create metal tools. Native copper deposits on the surface offer accessible material sources early in the game, except in bauxite-rich regions. In limestone areas, malachite, another copper ore type, can be found.
Shallow ores have a chance to appear on the surface with loose rocks, or near the surface or sea level.
Mineral ores are marked with the symbol ✓ as they do not vary in quality.
| Ore | Y min. | Y max. | Average radius | Thickness | Disk generator | Attempts per block | Stone types and highest quality ore | |||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Limestone | Slate | Shale | Conglomerate | Sandstone |
|---|---|---|---|---|
| Chalk | Quartzite | Claystone | Phyllite | Serpentine |
| Marble | Andesite | Basalt | Granite | Peridotite |
| Diatomite | Zeolite |
* Мрамор доступен только в красном, зеленом и белом цветах.
† В настоящее время не используется в игре.
Глубинные руды
Глубинные руды представляют собой особый тип рудных отложений, отличающихся от поверхностных. Они обычно обнаруживаются случайно в твердых горных породах и зачастую требуют использования геологической кирки для их обнаружения. Например, селитра обычно не возникает при обычном использовании кирки, поэтому ее поиск требует исследований пещер. Драгоценные камни не привязаны к какому-либо конкретному типу руды, но содержат блоки с разными уровнями потенциала – низким, средним или высоким. Мы исключили руды и минералы, которые в настоящее время не используются в игре, чтобы сделать список более компактным.
The table represents the ore types, their minimum and maximum amounts, average radius, thickness, disk generator, attempts per block, and highest quality stones for each type of ore. It also includes information on the richness of the deposits based on different types of stone. The data shows the distribution of various ores and indicates the quality and abundance of each type of ore. The presence of valuable minerals like copper, cassiterite, sphalerite, bismuthinite, hematite, limonite, magnetite, ilmenite, pentlandite, rhodochrosite, quartz, diamond, emerald, peridot, saltpeter, halite, and sylvite are detailed in the table. Each entry provides insight into the geological characteristics and potential yield of the minerals. Additionally, the table notes exceptions and special conditions for certain rare ores like diamond, emerald, and peridot.
The details provided are specific to the most recent version, and may not be relevant to the stable release.
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Galite can be seen as a salt dome or a dried salt lake.
Salt domes can develop in various locations with sedimentary layers, identifiable by their density with a pickaxe.
Dried salt lakes are present in sediment layers within deserts.
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Gold and silver can be located in quartz layers, with silver also found in galena.
Gold is often found in quartz veins, while silver can also be found in galena ores.
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Sylvite is utilized as a potassium fertilizer, effectively boosting nutrient levels permanently.
Sylvite is also known as potassium chloride and is a valuable source of potassium for plant growth.
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Refer to the deposits for additional information on ore generation.
Ore deposits are created by distinct generators, with five available starting from version 1.14.
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FollowSurface generates deposits between the mantle and surface levels.
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FollowSurfaceBelow generates deposits at a specified distance below the surface.
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FollowSeaLevel generates deposits between the mantle and sea level.
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Anywhere generates deposits scattered across the world.
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Inherited deposits are only formed within specific ore deposits.