Collaboration and Implementation of Innovative Energy Transition Technologies
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- Kategorie: Collaboration and Implementation of Innovative Energy Transition Technologies
- Zugriffe: 214
Collaboration and Implementation of Innovative
Energy Transition Technologies – Parabolic Mirror Heating-Hoyer and Heat Center-Hoyer for
Communities, Commerce, and Industry
Dear Sir or Madam,
I would like to draw your attention to my innovative energy transition technologies, which have made significant progress in recent years, outperforming all known techniques by far. With my experience and expertise in developing sustainable heating solutions, I offer you cost-effective, efficient, and forward-thinking technologies for implementing a green energy transition, ranging from households to communities, commerce, and industry.
My technologies include:
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Parabolic Mirror Heating-Hoyer: This technology harnesses solar energy for efficient heat and energy generation, from households to industry and the conversion of nuclear power plants. It provides a sustainable alternative to traditional heating methods and can reduce costs by up to 95%, cutting electricity and energy costs, as well as metals and CO2 emissions.
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Heat Center-Hoyer: An innovative concept that operates without water circuits, enabling effective heat supply. This offers advantages in decentralized energy provision and completely eliminates dependence on fossil fuels. I recommend selecting from 200 online contributions that may be of interest.
I am confident that these technologies not only provide a solution for the energy supply in your region but can also make a significant contribution to the global energy transition, without relying on expensive technologies that are often unaffordable.
I would like to know if my technologies are already known in your country and whether there is interest in potential collaboration to implement these solutions in a cost-effective and efficient manner. I am available for further discussions and a detailed presentation of my technologies at any time.
I look forward to your response and the possibility of cooperation.
Kind regards,
Eric Hoyer
21.01.2025, 614 533 285
Contact :
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Subject: Safe and Efficient Alternatives for Industrial Energy Solutions – Hoyer Technologies
Dear Sir or Madam,
The complexities and challenges associated with traditional processes, such as those in DS electric arc furnaces, highlight the pressing need for safer, more efficient, and less maintenance-intensive alternatives. Key issues in such systems include:
- Numerous maintenance demands, including cleaning, component replacement, and calibration of analog and digital systems.
- Potential risks from harmful radiation, intense noise levels, and operational hazards.
- High costs associated with modernizing outdated systems to meet current efficiency and safety standards.
These factors not only increase operational costs but also raise concerns about long-term sustainability and workplace safety.
In contrast, my Parabolic Mirror Heating-Hoyer and Heat Center-Hoyer technologies present groundbreaking solutions that eliminate many of these challenges:
- Simplified Maintenance: With fewer moving parts and no reliance on complex circuits or water systems, maintenance is minimal and straightforward.
- Safety: My systems avoid harmful emissions, dangerous radiation, and extreme noise, ensuring a safer environment for operators and surrounding communities.
- Efficiency and Cost Savings: By utilizing solar energy and advanced heat storage, my solutions reduce energy costs by up to 95%, significantly lowering operational expenses and environmental impact.
These innovations offer a transformative approach to industrial energy needs, prioritizing safety, sustainability, and efficiency. I would be happy to provide further details on how these technologies can be implemented to optimize your processes and reduce operational challenges.
I look forward to your feedback and the opportunity to explore potential collaboration.
Kind regards,
Eric Hoyer
21,01.2025
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|
Betriebsdaten |
Minimum |
Maximum |
|
| Chargiergewicht | [t] | 20 | 200 |
| Abstichgewicht | [t] | 17,6 | 162 |
| Ausbringen | [%] | 78 | 94 |
| Power On Zeit | [min] | 15 | 160 |
| Power Off Zeit | [min] | 6 | 46 |
| Tap to Tap Zeit | [min] | 35 | 203 |
| Elektrische Energie | [kWh/t] | 318 | 525 |
| Sauerstoffverbrauch | [Nm³/t] | 18 | 50 |
| Erdgasverbrauch | [Nm³/t] | 0 | 13 |
| Kohlenstoffverbrauch total | [kg/t] | 4 | 31 |
| FeO in Schlacke | [%] | 28 | 46 |
| Elektrodenverbrauch | [kg/t] | 1 | 3,1 |
| Abstichtemperatur | [°C] | 1600 | 1720 |
Energieeinsatz und Verbräuche beziehen sich auf Abstichgewicht