Introduction / Background
Explotec FZCO is a company based in Dubai, United Arab Emirates, specialising in mining and exploration. The company offers various services including exploration of gold, copper, silver and other minerals, well logging and analysis, preparation of geological maps and reports, and environmental studies.
Explotec FZCO has extensive experience in the exploration and development of mining projects in various parts of the world, including Africa, Asia and South America. The company uses state-of-the-art technologies and methodologies to improve the quality and accuracy of exploration results and maximise project profitability.
As a Dubai-based company, Explotec FZCO is part of an important mining and natural resources sector in the region, which has become increasingly important due to its rich resources and favourable geographical location. With its highly skilled professionals and modern technologies, Explotec FZCO is well positioned to continue playing an important role in this sector.
Abstract / Business Case
ExploTec Group, with the support of advanced digital control, creates an intelligent structure with technological content that can lead to a massive improvement in the quality of life of citizens and an increase in environmental protection, while reducing costs. ExploTec Group uses the latest technology in hardware and software to develop and release the earth’s resources in an environmentally friendly way. This is done by using innovative exploration methods and integrating existing systems so that start-ups, companies and people alike can participate in this new technological revolution. Our knowledge and years of research make this possible, as the trials and pilot projects have shown.
Problem definition / introduction
The Blue Planet Looking at Earth from space, it becomes clear why it is called the “Blue Planet.” About 70 % of the earth’s surface is covered with water. But 97.5 % of the huge water mass is in the oceans. They contain salt and are useless for most living things.
Of the remaining 2.5% freshwater, more than two-thirds is bound in the glacier masses and in the permafrost. Only 0.8% of all water on earth is freely usable forhumans, most of it in the form of groundwater.
The rest is spread over rivers and lakes.
But even this small amount should actually be enough for all people on earth – despite the steady population growth, because the freely available water remains in principle constant. This has to do with the water cycle, a constant system of evaporation and condensation.
Dwindling groundwater
There are many examples of excessive water waste. Some are due to thoughtlessness, others to pure greed for profit or lack of sufficient water resources. Many countries around the world are attacking their groundwater reserves of the future. Reckless waste of water
But it is not only groundwater that is being overused; Also, the water of rivers and lakes is sometimes tapped too much. The best example of this is the Aral Sea in Central Asia. Once the fourth largest lake on earth, today it is only a shadow of its former self.
- Inefficient processes in supply chains, government departments and agencies, businesses of All types and public administrations.
Proposed solution(s)
a. Introducing the solution
Water exploration encompasses a variety of activities aimed at identifying and exploring water sources on Earth. These include
Water sampling: collecting water samples from various sources such as lakes, rivers, aquifers and oceans to determine the quality of the water and to identify possible pollution or contaminants.
Hydrological surveys: Hydrologists carry out hydrological surveys to understand the distribution and flow of water in a particular region. They also study the characteristics of aquifers and the behavior of water in different geological formations.
Exploring aquifers: Geoscientists use techniques such as geophysical surveys and drilling to determine the presence and nature of aquifers. Exploring the oceans: Oceanographers use technologies such as satellites, robots and underwater vehicles to study the state and properties of the oceans, including water temperature, salinity, currents and composition.
Studying glaciers: Scientists study glaciers and ice formations to understand the water cycle and quantify the contribution of meltwater to sea level rise.
Studying water is important to ensure sustainable water use, protect water resources, and safeguard ecosystems and public health.
There are many ways to explore and investigate water sources. Here are some of the more common ones:
Geophysical measurements: Geophysical measurements, such as measuring the electrical conductivity and magnetic properties of rocks and soil, can indicate the presence of aquifers. Boreholes: Boreholes are drilled to identify aquifers and determine their depth and volume. Water samples can also be taken from boreholes to test water quality.
Geological mapping: Geological mapping of rocks and soils can provide information about water resources. For example, certain rock formations may indicate the presence of underground aquifers.
Remote sensing: Aerial and satellite images can be used to look for signs of water on the Earth’s surface, such as rivers, lakes, or wetlands.
Tracer techniques: Tracer techniques involve injecting substances such as fluorescent dyes into soil or water to track the flow of water through aquifers.
Geoelectric: Geoelectric uses electrical signals to identify geological strata and water-bearing zones in the subsurface.
These methods are used by hydrologists and geoscientists to explore water resources and assess their quality and availability. Exploration of water resources is important to ensure sustainable use of water resources, especially in arid regions or regions with limited access to water.
The use of blockchain technology for water and isotope exploration can offer several benefits, including:
Transparency: by using blockchain technology, all transactions and processes can be made transparent, which increases trust in the results of the exploration.
Security: Blockchain technology offers a high level of security as all data is encrypted and immutable. This prevents the manipulation of data and results. Efficiency: Blockchain technology can improve efficiency in exploration by automating and speeding up the process of data collection and processing.
Cost reduction: By automating and speeding up the process, the cost of exploration can be reduced.
Sustainability: Blockchain technology can also help improve sustainability by reducing energy consumption and lowering CO2 emissions.
In terms of water and isotope exploration, blockchain technology can be used to improve the accuracy and reliability of results. Blockchain can also help in managing water resources and monitoring water quality. A company offering a blockchain solution for water and isotope exploration could develop a platform to store exploration results securely and transparently. The platform could also use smart contracts to automate the processing of transactions and speed up the process of submitting results. In addition, the platform could offer an incentive mechanism that rewards users who contribute to improving the quality and accuracy of results.
Overall, the use of blockchain technology could help to realise the full potential of water and isotope exploration and improve the efficiency and sustainability of the process.
A server and backup center is a place where servers and backups are kept and managed. It can be operated by a company or organization to ensure the security and availability of their digital data.
A typical server and backup center consists of several servers housed in a dedicated room. The room is air-conditioned and has a reliable power supply so that the servers are always ready for operation. The servers can be accessed from various locations around the world to enable fast and reliable connections.
Backup centers are usually part of a disaster recovery plan (DRP) and are set up to prevent data loss due to unforeseen events such as natural disasters, power outages or hardware failures. Regular data backup is important to ensure that important information is available at all times.
Overall, server and backup centers are an important part of the IT infrastructure of companies and organizations. They ensure that important data and applications are available at all times and can be restored quickly in case of unforeseen events.
The cost of a server and backup center depends on several factors, such as the size of the center, the number of servers and backup devices, the location, the security requirements and the maintenance effort.
A small server and backup center with only a few servers and backup devices can cost between 10,000 and 50,000 euros, depending on the location and security requirements. For larger centers with dozens or hundreds of servers and backup devices, the costs can quickly rise to hundreds of thousands or even millions of euros.
It is also important to note that these are not just one-off costs, but also regular maintenance and update costs.
Water exploration can be crucial for property supply, especially in arid or water- scarce regions. Identifying underground water resources and developing wells can ensure a continuous and reliable supply of water for property supply.
It is also important to improve water supply efficiency to ensure that water is used as efficiently as possible. This can be done using technologies and systems such as drip irrigation systems and sensors to monitor water demand. Another way to improve water supply for property provision is to use alternative water sources, such as rainwater or recycled wastewater. These can be treated to make them suitable for use in property supply, reducing dependence on groundwater sources.
Another and most important point are the development of new underground water sources through exploration.
Overall, water exploration is an important part of property supply and it is important to develop and implement efficient and sustainable methods of
water supply to ensure that a reliable and sustainable supply is provided for the future.
Sampler: A sampler is used to collect water samples from various sources such as wells, rivers, lakes, and ponds. The type of sampler depends on the depth of the water and the type of soil.
Drilling equipment: Drilling equipment is used to collect soil samples. The type of drill used depends on the depth and type of soil.
Isotope analyzers: Isotope analyzers are used to determine the isotopic composition of soil and water samples. There are several types of isotope analyzers, including mass spectrometers, isotope ratio meters and isotope laser analyzers.
Geophysical instruments: Geophysical instruments, such as ground penetrating radar and electrical resistivity tomography, are used to measure the properties of soil and rock. These instruments can also help identify underground water veins.
Data acquisition and processing software: The data obtained from the samples and geophysical instruments needs to be processed and analyzed. There are several types of software that can be used for data processing and analysis. GPS devices: GPS devices are used to determine the exact location of samples and measurements. This is important to produce accurate maps of the study area.
These are just a few examples of the technical equipment used in water and isotope research. There are many more instruments and equipment that can be used depending on the type of investigation and the objectives of the exploration.
The technical equipment used for water and isotope surveys depends on the type of survey and the objectives of the survey. Here are some examples of the equipment used in this type of investigation:
Sampler: A sampler is used to collect water samples from various sources such as wells, rivers, lakes, and ponds. The type of sampler depends on the depth of the water and the type of soil. Drilling equipment: Drilling equipment is used to collect soil samples. The type of drill used depends on the depth and type of soil.
Isotope analyzers: Isotope analyzers are used to determine the isotopic composition of soil and water samples. There are several types of isotope analyzers, including mass spectrometers, isotope ratio meters and isotope laser analyzers.
Geophysical instruments: Geophysical instruments, such as ground penetrating radar and electrical resistivity tomography, are used to measure the
properties of soil and rock. These instruments can also help identify underground water veins.
Data acquisition and processing software: The data obtained from the samples and geophysical instruments needs to be processed and analyzed. There are several types of software that can be used for data processing and analysis.
GPS devices: GPS devices are used to determine the exact location of samples and measurements. This is important to produce accurate maps of the study area.
These are just a few examples of the technical equipment used in water and isotope research. There are many more instruments and equipment that can be used depending on the type of investigation and the objectives of the exploration.
Water exploration can be crucial for property supply, especially in arid or water- scarce regions. Identifying underground water resources and developing wells can ensure a continuous and reliable supply of water for property supply. It is also important to improve water supply efficiency to ensure that water is used as efficiently as possible. This can be done using technologies and systems such as drip irrigation systems and sensors to monitor water demand.
Another way to improve water supply for property provision is to use alternative water sources, such as rainwater or recycled wastewater. These can be treated to make them suitable for use in property supply, reducing dependence on groundwater sources.
Another and most important point are the development of new underground water sources through exploration.
Overall, water exploration is an important part of property supply and it is important to develop and implement efficient and sustainable methods of water supply to ensure that a reliable and sustainable supply is provided for the future. Isotope prospecting is a method of discovering and exploring mineral resources and minerals by looking for specific isotopes. Isotopes are atoms of an element that differ in the number of their neutrons and therefore have different atomic weights.
Isotope prospecting can be carried out in several ways:
Radiometric prospecting: Radiometric methods use the radiation emitted by radioactive isotopes in soil, rocks, and minerals to determine their presence
and concentration. The process can be carried out in several ways, including airborne and ground-based measurements.
Stable isotope survey: This method examines the presence of stable isotopes that may be present in certain minerals or rocks. For example, the study of carbon isotopes in minerals such as dolomite can provide clues to the formation history of a particular geological area.
Isotope labelling: This technique is used to trace the flow of materials in ecosystems and food chains. It is widely used in biology and geology, for example to study the behavior of water in plants or the migration of animals.
Isotope exploration is an important method for finding mineral resources such as uranium, copper, and gold, and for better understanding geological processes.
The use of blockchain technology for water and isotope exploration can offer several benefits, including:
Transparency: by using blockchain technology, all transactions and processes can be made transparent, which increases trust in the results of the exploration. Security: Blockchain technology offers a high level of security as all data is encrypted and immutable. This prevents the manipulation of data and results.
Efficiency: Blockchain technology can improve efficiency in exploration by automating and speeding up the process of data collection and processing.
Cost reduction: By automating and speeding up the process, the cost of exploration can be reduced.
Sustainability: Blockchain technology can also help improve sustainability by reducing energy consumption and lowering CO2 emissions. In terms of water and isotope exploration, blockchain technology can be used to improve the accuracy and reliability of results. Blockchain can also help in managing water resources and monitoring water quality.
A company offering a blockchain solution for water and isotope exploration could develop a platform to store exploration results securely and transparently. The platform could also use smart contracts to automate the processing of transactions and speed up the process of submitting results. In addition, the platform could offer an incentive mechanism that rewards users who contribute to improving the quality and accuracy of results.
Overall, the use of blockchain technology could help to realise the full potential of water and isotope exploration and improve the efficiency and sustainability of the process.
Water exploration can be crucial for property supply, especially in arid or water- scarce regions. Identifying underground water resources and developing wells can ensure a continuous and reliable supply of water for property supply.
It is also important to improve water supply efficiency to ensure that water is used as efficiently as possible. This can be done using technologies and systems such as drip irrigation systems and sensors to monitor water demand.
Another way to improve water supply for property provision is to use alternative water sources, such as rainwater or recycled wastewater. These can be treated to make them suitable for use in property supply, reducing dependence on groundwater sources.
Another and most important point are the development of new underground water sources through exploration.
Overall, water exploration is an important part of property supply, and it is important to develop and implement efficient and sustainable methods of water supply to ensure that a reliable and sustainable supply is provided for the future. Future orientation / Long-term orientation
Being environmentally friendly means protecting and conserving the environment and natural resources while carrying out your activities. It means acting responsibly and promoting sustainable practices to minimize environmental impact.
Businesses and organizations can implement green practices in a number of ways, such as using renewable energy, adopting energy-saving technologies, reducing waste and emissions, promoting recycling and reuse, using environmentally friendly materials and switching to digital solutions to save paper and energy.
Being environmentally friendly is an important factor for businesses and organizations as it can help improve image and reputation, increase customer loyalty and ensure compliance with environmental regulations. In addition, environmentally friendly practices can help save costs and increase profitability in the long run. However, it is important to note that environmental friendliness should not be the only goal, but that other factors such as quality, customer satisfaction and profitability should also be considered. Balanced consideration of these factors can help ensure long-term success and sustainability.
Explotec LLC combines the factors where possible.
A server and backup center is a place where servers and backups are kept and managed. It can be operated by a company or organization to ensure the security and availability of their digital data.
Financing partnerships can be structured in various ways, such as joint ventures, consortia, public-private partnerships, or investment agreements. By working together, partners can combine their resources and skills to tackle larger projects than they could on their own. They can also benefit from more favorable financing terms and share the risk.
Funding partnerships can be beneficial for businesses and organizations as they can facilitate access to capital, reduce funding costs and minimize risks. By working together, partners can also share their expertise and know-how, improving the efficiency and effectiveness of projects.
However, it is important that financing partnerships are carefully planned and executed to ensure that the interests of both partners are taken into account and that the partnership is successful in the long term. Clear agreement and communication are also important to avoid misunderstandings and build trust between partners.
Cost efficiency is the ability to achieve a certain result or goal with the lowest possible costs or resources. It is an important factor for companies and organizations as it helps them to optimize their processes and activities and maximize their profitability.
Cost efficiency can be improved through various measures, such as improving workflows and processes, introducing automation technologies, reducing waste and wastage, using energy-saving technologies, and implementing effective cost management strategies.
By increasing cost efficiency, companies and organizations can not only increase their profitability, but also improve their competitiveness and promote sustainability. However, it is important to note that cost efficiency should not be the only goal, but other factors such as quality, customer satisfaction and sustainability should also be considered.
Explotec LLC Dubai/Smartgreentec Philippines requires that
The cost of water exploration depends on various factors such as the size of the project, the depth of the aquifer, the geology of the site, the type of water exploration, and the availability of equipment and skilled labor. The following are some of the factors that can affect the cost:
Size of the project: The cost will depend on how much water is required and how large the proposed water demand is. A larger project usually requires more effort and resources, which can increase the cost. Depth of aquifer: The deeper the aquifer, the more complex and expensive water exploration can be. This is because deeper wells require more time, materials and specialized equipment.
Geology of the site: The geology of the site can also affect costs. If the site is complex, it may be more difficult and costly to identify and develop the aquifer.
Type of water exploration: There are different methods of water exploration which can have different costs. Drilling is usually the most expensive method, while geophysical surveys or mapping are usually less expensive.
Availability of equipment and labor: The availability of local equipment and skilled labor can also affect costs. If specialized equipment and skilled labor need to be imported for water exploration, costs may be higher.
The exact cost of water exploration will vary from project to project. It is important to estimate costs in advance and to have a detailed contract with the water exploration company to determine the cost and scope of the project. Some companies offer free estimates to give clients an idea of the costs involved.
Profit orientation refers to the primary goal of companies or organizations to make profits and maximize their profitability. This is an important consideration for companies as it helps them to ensure their survival and competitiveness by using their resources efficiently and achieving their financial goals.
Profit orientation can be achieved through a variety of means, such as adopting effective cost management strategies, improving operational efficiency, increasing turnover, and entering new markets and business areas.
However, it is important to note that profit orientation should not be the only goal and that companies should also consider other factors such as sustainability, social responsibility, and customer loyalty. Too much profit orientation can lead to short- term thinking and risky business practices that can be harmful in the long run.
Therefore, it is important to find a balance between profit orientation and other business objectives to ensure long-term success and sustainability.
Explotec fully meets the requirements of our time
Results / Conclusion
Annex to over 150 trials and projects, e.g. in Mozambique and California, all technologies:
Water and isotope sensing Renewable Technologies with from Explotec Group Pyrolysis,Wind,Solar,Waste to Energy and more.
have confirmed our technical superiority in a cost-effective and environmentally friendly way.
Partners are always welcome, including server center and lack of funding partners.
Ultimately, governments around the world need access to primary water to sustain water production for a thirsty population.
Important to note here:
All information on efficiency, possible costs and revenues as well as technical development are certainly partly outdated in our favour.
There are no regional restrictions as well as other restrictions.
Earth and its natural resources are unimaginably large, but access should be possible for all, even if capital takes its toll.
We also ask here fast and absolutely secure and anonymous data processing and hosting with absolutely new blockchain technology. A huge business potential for isotope exploration! Thank you for your attention!
Andreas Gorski CEO
Dubai Silicon Oasis DDP, Building A2, Dubai United Arab Emirates
+49 177 9693580
www.explotec.eu www.lmsa-horizon.com Contact@explotec.eu
WATER IST THE DRIVING FORCE OF ALL NATURE
Leonardo Da Vinci
