DR TOL Mühendislik Danışmanlık Ticaret ve Sanayi Limited Şirketi

15/04/2024

We are pleased to announce an opportunity for companies to join the SmartGridHeat project consortium for the Eurostars call for projects SEP 2024. The SmartGridHeat project aims to develop smart coupled control strategies to optimize the interaction between the electricity grid and district heating systems.

For details: https://www.developmentaid.org/calls-for-partners/view/1182/calls-for-smes-smartgridheat-project-for-eurostars-call-sep-2024-development-of-smart-coupled-contro?useNavigation=true

12/04/2024

CALL FOR SUBMISSIONS: Thematic Issue on "Renewable Integration and Sustainability in District Heating" to be published in the esteemed journal "Recent Patents on Engineering" by Bentham Science.

As Section Editors (Special Issues), Dr. Hakan İbrahim Tol and Dr. Habtamu Bayera Madessa are thrilled to extend an invitation to researchers and experts in the field to submit their manuscripts for consideration. Your valuable contributions are crucial in addressing pivotal research inquiries and shaping the trajectory of sustainable energy, with a particular emphasis on renewable-based district heating systems.

This thematic issue focuses on the latest advancements and challenges for renewable energy integration and sustainability principles in district heating systems. We welcome contributions exploring diverse aspects of this vibrant field, encompassing the utilization of renewable energy sources such as solar thermal, geothermal, and the harnessing of waste heat from data centers and industrial processes. Additionally, we seek research on technological innovations like large-scale heat pumps and thermal storage solutions, vital for effectively managing the inherent variability of renewable energy production. Moreover, we encourage investigations into advanced control systems designed to facilitate the seamless integration of renewables into district heating systems. In addition to technological advancements, we encourage submissions focusing on sustainability assessments, encompassing life cycle assessment, environmental impact analyses, and studies on community engagement and social equity. Additionally, we are interested in submissions regarding detailed case studies showcasing successful implementations of renewable-based district heating systems worldwide. Furthermore, we seek research concerning policy frameworks that promote the integration of renewable energy sources, fostering sustainability in district heating systems.

Submission Details:
- Hybrid open access submission is available.
- Please submit your manuscript using the following link: https://bentham.manuscriptpoint.com/journals/ENG
- Use the hot topic code "BMS-ENG-2024-HT-72" for the option "Manuscript Submission in any Thematic Issue".

10/04/2024

Thrilled to announce our involvement in the groundbreaking S-GeoHeat project, where we're harnessing the power of low-grade geothermal energy for sustainable heating solutions! Our aim? To pioneer 4G low-temperature District Heating (DH) systems, directly tapping into shallow geothermal sources without the need for ground source heat pumps.

With two case studies in Havza and Ladik, Samsun, Türkiye, we're conducting comprehensive technical and economic analyses, exploring the potential of geothermal sources at different temperatures and flow rates. Additionally, we're integrating industrial waste heat from nearby facilities, like the Akçansa cement factory, to optimize energy utilization and boost operational efficiency.

Our project isn't just about heating homes—it's about transforming the energy landscape. Through innovative building retrofitting techniques, smart control systems, and blockchain-based performance measurements, we're setting the stage for a sustainable future. By leveraging low-temperature DH systems, we're not only reducing our carbon footprint but also paving the way for scalable, digitalized utilization of geothermal energy.

Join us on this journey as we redefine what's possible in renewable energy!

01/04/2024

🚀 Exciting Update! 🚀

We've hit a major milestone in our S-GeoHeat project!

Our team has finalized the design for low-temperature district heating systems powered by low-grade geothermal sources. This achievement brings us one step closer to sustainable heating solutions for the Havza and Ladik municipalities in Samsun, Türkiye.

We'd like to extend a special thank to Arteria Technologies GmbH, Austria for their invaluable contribution through the Arteria Platform, which has played a significant role in our project's progress.

Stay tuned for more updates!
More details: https://www.linkedin.com/feed/update/urn:li:activity:7179265717320499200/

01/04/2024

We're thrilled to embark on new project collaborations!

As a leading consultancy specializing in district heating systems, helmed by a principal researcher boasting 15 years of progressive experience, we're keen to team up on cutting-edge initiatives.

Whether it's optimizing network topology or crafting end-user substations, let's collaborate to develop sustainable heating solutions.

With proven expertise as the project coordinator for S-GeoHeat (funded by ERA-NET GEOTHERMICA & JPP SES), and a keen eye for funding opportunities, we're well-equipped to manage projects efficiently.

Reach out today to explore collaboration opportunities for innovative projects!

01/04/2024

We're thrilled to share updates about our involvement as the project coordinator in the S-GeoHeat project, funded by ERA-NET GEOTHERMICA & JPP Smart Energy Systems!

Our project focuses on exploring the feasibility of low-temperature district heating systems sourced directly from low-grade geothermal energy. We're diving deep into innovative solutions, including blockchain technology and smart control features, to revolutionize heating systems for sustainability and efficiency.

Stay tuned for more updates as we work towards a greener, more sustainable future!

01/04/2024

Excited to share the design tool developed for District Heating Systems!

Powered by Python, it calculates the pipe dimensions by use of the Maximum Pressure Gradient (Target Pressure Loss) method. Key features include: Algorithm for cumulative consumer count, Simultaneity Factor, Hydraulic Conditions, and Route Detection Algorithm.

Check out the video to see it in action!

Design Tool for District Heating Systems based on Maximum Pressure Gradient (Target Pressure Loss), developed in Python. Considerations: - Algorithm to obtai...

01/04/2024

Excited to offer a wide range of consulting services tailored to enhance your district heating systems! From network topology and pipe dimensioning to end-user substations and building stock analysis, we've got you covered. Our expertise also extends to thermal and hydraulic modeling, heat storage design, and innovative control strategies. Let's work together to optimize your heating infrastructure for efficiency and sustainability!