Why Mining Activities?
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projects Mining Activities
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3D modeling based on seismic exploration is one of the most effective technologies used for hydrocarbon exploration. Seismic waves passing through various Earth layers bounce off mineral-containing structures, allowing scientists to create 3D maps of underground formations. Geochemical analysis techniques involve examining soil, water, and air samples for mineral traces. This data is crucial for identifying hidden deposits and assessing their potential.
Development of mineral deposits
3D modeling based on seismic exploration is one of the most effective technologies used for hydrocarbon exploration. Seismic waves passing through various Earth layers bounce off mineral-containing structures, allowing scientists to create 3D maps of underground formations. Geochemical analysis techniques involve examining soil, water, and air samples for mineral traces. This data is crucial for identifying hidden deposits and assessing their potential.
376.74%
Total Return
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Deposit term
195 days -
Minimum amount
$300000 -
Daily return
%
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The use of Underground Coal Gasification (UCG) has allowed Del Mar Energy Inc. to access a previously untapped market for coal assets whose deposits were once deemed illiquid. This groundbreaking technology enables coal extraction in situations where conventional mining is either impractical or uneconomical. The process involves gasifying coal deep underground and bringing the resulting gases to the surface for energy production, thus reducing the reliance on traditional mining methods.
Coal mining
The use of Underground Coal Gasification (UCG) has allowed Del Mar Energy Inc. to access a previously untapped market for coal assets whose deposits were once deemed illiquid. This groundbreaking technology enables coal extraction in situations where conventional mining is either impractical or uneconomical. The process involves gasifying coal deep underground and bringing the resulting gases to the surface for energy production, thus reducing the reliance on traditional mining methods.
381.696%
Total Return
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Deposit term
192 days -
Minimum amount
$500000 -
Daily return
%
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The steel industry is increasingly embracing carbon capture, storage, and utilization (CCUS) technologies to significantly lower its carbon footprint. These solutions not only make steel production more sustainable but also create new opportunities for cleaner manufacturing processes. Additionally, the integration of IoT (Internet of Things) and artificial intelligence in the steel sector is driving the development of smart factories, where machines and processes can self-optimize in real time. This results in improved quality control, reduced waste and energy consumption, and enhanced overall production efficiency.
Steel production
The steel industry is increasingly embracing carbon capture, storage, and utilization (CCUS) technologies to significantly lower its carbon footprint. These solutions not only make steel production more sustainable but also create new opportunities for cleaner manufacturing processes. Additionally, the integration of IoT (Internet of Things) and artificial intelligence in the steel sector is driving the development of smart factories, where machines and processes can self-optimize in real time. This results in improved quality control, reduced waste and energy consumption, and enhanced overall production efficiency.
404.32%
Total Return
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Deposit term
190 days -
Minimum amount
$750000 -
Daily return
%
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Fund distribution diagram:
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The company's profit margin
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Payments to investors
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Marketing
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Building materials
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Labor remuneration
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Mounting
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Dismantling
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Design
Facts in numbers
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$ B
Total amount invested
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387.48%
Average ROI
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4,916
Destination Investors
