About This Game Money literally lies beneath our feet, but only few are willing to make an effort to get it. You are one of those enthusiasts who are not afraid of hard work and possible risks, and bravely go down to the bowels of the earth to find their wealth. Neither the severe climate of Siberia, nor professional challenges can stop you from achieving your cherished goal - to get enough resources for a lunar station.Run large Russian enterprises whose mission is to explore, exploit and sell both minerals and processing products. Organize your work in a way to minimize costs and increase profits, expand your business on domestic market and gain access to external ones. Search for new reserves, but don't forget about competition: it’s not only you who wants to make these mines their own gold ones. Convert your income into gold reserve to top the leaderboard.GEOGRAPHIC ACCURACYExploration and exploitation are being carried out on the same territories of the Russian Federation as in real life.MANAGEMENT TASKSLarge enterprises are in your hands, which means that you have to make important decisions affecting the future of your business.ELEMENT OF COMPETITIONTry to top the Steam leaderboard by earning a gold reserve larger than other players. 1075eedd30 Title: Mining Empire: Earth ResourcesGenre: Indie, Strategy, Early AccessDeveloper:PlayloftPublisher:PlayloftRelease Date: SPRING 2019 Mining Empire: Earth Resources Download Thepcgames Sneak Peek #14 - Lunar-orbit space station: The biggest step of the Moon as well as near-lunar space exploration program is the construction of a moon-orbiting space station, brought within a few thousand kilometers of the lunar surface. It is intended to serve as a solar-powered communications hub, science laboratory, short-term habitation module, and holding area for rovers and other robots. With its help, mankind will be able to colonize the Moon and launch flights to other planets, such as Mars.The station will have four main modules: habitat module, the module to generate electricity, modules that'll help to control the whole station and conduct experiments, and also docking and spacewalks modules. The technologies needed to develop not only the Moon, but also deep space, will be tested on board the station. In particular, it will provide an opportunity to explore the lunar surface using the lunar rovers and landing stations.. Sneak Peek #4 - STONE COAL: STONE COAL - solid fuel mineral from plant origin - a kind of fossil coal, intermixture of brown coal and anthracite. Coal is a dense rock of black or gray-black color, making a black line on a porcelain plate. Organic matter contains 75-92% carbon, 2.5-5.7% hydrogen, 1.5-15% oxygen. The highest calorific value in terms of dry ash-free state is 30.5-36.8 MJ / kg. Most hard coal belongs to the humolites; sapropelites and humitosapropelites are present in the form of lenses or small layers.Coals are in the form of layers and lenticular deposits of various thickness (from fractions of meters to several tens and hundreds of meters) at different depths (from surface outlets up to 2500m and deeper). Coals are formed from decomposition products of organic residues of higher plants that have undergone changes (metamorphism) under the pressure of the surrounding rocks of the earth's crust and relatively high temperatures.. Sneak Peek #11 - THE SHEARER: The shearer is a combined mining machine that mechanizes technological operations in the longwall, separating the mineral from the reservoir mass and loading it onto a transport machine.The main functional elements of modern shearers are: the executive body, which destroys (separates the mineral from the reservoir mass) and loads it on the bottomhole conveyor; hydro insert and one or two feeders to move the combine along the face room; drive consisting of one or two electric motors, main (right and left) and rotary gearboxes that transmit a torque from the engines to the shafts of the executive bodies.On the rotary gearboxes and augers there is a nozzle irrigation system. The main gearboxes are connected to the motor housing by bolts and studs.The shearers are classified by: the power and angles of incidence of removable reservoirs; the width of the executive body; the design of the executive body and the supply system - by type of energy to drive combines.The executive bodies of the shearers in design can be: auger, drum, crown, disk, chain and combined.The following basic requirements are imposed on executive bodies: ensuring the highest possible performance under given mining-geological and mining conditions; destruction of minerals with minimal energy intensity and degree of grinding; implementation of the unloading of minerals from the work area of the executive body and loading it onto the haul truck (when the shearer is working on flat and inclined surfaces); the possibility of infinitely variable height adjustment (according to the thickness of the extracted mineral reservoir); high mechanical efficiency, reliability and durability.. Sneak Peek #19 - Earth observation from space: It is well known that usage of the global space-based information helps to monitor either fast-moving (fires, flooding) or slow-moving processes (deforestation and burnings overgrowing, desertification), covering vast areas. Monitoring can be described as a complex system of observation for keeping the state of the environment under review, making estimates and projections of changes in its state under the influence of natural and anthropogenic factors. The use of space materials for monitoring is reduced to the comparison of multi-temporal data for identifying both short-period and multi-year changes. The effectiveness of the monitoring system depends on the equipment measuring parameters and data processing algorithms.Satellite monitoring allows controlling the state of the atmosphere, detecting technogenic emissions, hazardous processes and natural phenomena that are sources of emergency situations in order to meet the challenges of warning and organizing disaster response.. Sneak Peek #18 - The "Biohazard" complex of studies: The "Biohazard" complex of studies has been developed due to the problem of the space hardware environmental safety. It studies influence of outer space to the "bacterium-substrates" systems and their work under conditions of the planet quarantine. These microbiology industry systems contain different micro-organism cultures and substrates, intended for the more efficient mining. However, under constant influence of such factors as: energetic electrons and ions flows, cold and hot space plasma, solar electromagnetic radiation, particulate matter of synthetic origin and others, the systems are prone to wear and tear.With the help of these studies, carried out within the "Biohazard" complex, it is possible to access the "bacterium-substrates" system's work stability and its maximum resilience under the most extreme environments, without extensive support. On the basis of these studies, it is also possible to identify the most preferable micro-organisms and substrates, suitable for mining under different conditions.
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