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CHPM2030 Brussels meeting

The combined CHPM Advisory Board, review and internal progress meetings took place between 11-14 of September, in Brussels. The objectives of the meeting were to receive feedback from the Advisory Board, complete the first review meeting with the Project Officer, catch-up on WP2, WP3 and WP7 work progress, and to prepare for the upcoming work packages that will soon start (WP5 and WP6). The Advisory Board (AB) of the project consists of a group of nine experts in the fields of geothermal, minerals and economics, from all over the world. The experts are annually advising on the project progress, now for the second time (see last AB meeting in Sweden).

The meeting started with a half-day internal preparation for the AB and review meetings with a quick wrap-up on the work-in-progress on Monday afternoon. The second day was fully dedicated to discussons with the AB members. In the morning the completed (WP1: Methodology framework definition) and the ongoing (WP2: Laboratory experiments and orebody investigations, WP3: Metal recovery and electrochemical power generation) work packages were presented and discussed, at their most current state. During the second half of the day, the AB members were answering pre-identified questions from the consortium related to all work packages.

On the third day, CHPM2030 project had its first review meeting with the project officer, Susanna Galloni. The coordinator, Tamás Madarász, gave an overall outlook on the CHPM2030 project, this was followed by the work package leaders presenting WP1, WP2 and WP3 (see above). All major milestones have been accomplished thus the project is ready to move into the next stage.

During the afternoon, the meeting continued with preparation and planning for the upcoming activities. Specifically, LPRC is responsible for WP6: Roadmapping and preparation for pilots. This work package is going to start in December, later this year, where the overall objective is to bring the first pilot/commercial implementation of the CHPM scheme forward in time. Breaking down this objective, WP6 will focus on three overarching tasks: map convergent technology areas, set a background for pilot implementation and develop research roadmaps (for years 2030 and 2050). Tamas Miklovicz, from LPRC, presented the future of this WP during the last session of the meeting, with the draft time schedule for implementation.

On the last day, the partners were invited to visit the state-of-the-art laboratories of VITO (Flemish Institute for Technological Research), where many of the WP3 experiments are ongoing. Partners Joost Helsen and Xochitil Dominguez, from the home institution, showed the instrumentation and explained all the science/engineering behind it.

Look around in the visitor centre of VITO geothermal project:

The next CHPM2030 meeting is going to be organised by us in the spring of 2018!

FEMP annual reunion in Sopron, Hungary

The Federation of European Mineral Programs (FEMP) annual reunion took place in Sopron, Hungary, organized by the University of Miskolc. FEMP organizes and co-ordinates the European Mining, Minerals a nd Environmental Program (EMMEP) for students in Resource Engineering, Mining and Geotechnical Engineering, Mineral Processing, Recycling and related academic studies. Tamás Miklovicz, as a former student of the European Geotechnical Environmental Course (EGEC), organized by FEMP, participated in the event. Every year a reunion is organized to gather former students, academics and industry rep resentatives for an informal weekend with networking and interesting events

The reunion kicked-off with a guided city tour and welcome reception on Thursday, 31st of August. Next day, after the FEMP industrial members business meeting, the reunion was opened by the organiser, Ferenc Mádai. The morning session included a workshop, discussion about the Minatura2020 project, which was introduced by Zoltán Horváth. Before the workshop, Tamás Miklovicz had a one-slide addition, providing an outlook on Horizon 2020 opportunities and its best examples, including UNEXMIN, INTRAW and CHPM2030 projects.

During the workshop, the participants were divided into three groups, based on the factors that define Mineral Deposits of Public Importance (MDoPI): Level of Geological Knowledge, moderated by Zoltán Horváth, Environmental and Social aspects, moderated by Tamas and Economic considerations, moderated by Ákos Csicsek. Such factors are Background Geological Information & Knowledge – known or unknown mining/quarrying districts, Impact of Past Exploitation Activities in a Specific Tract, Social Acceptance, Compatibility With Other Land Uses, Contribution of an Active Operation to the Added-Value Chain of Mineral Products, etc. The participants realised that these factors are rather complex and many of them can have a positive or negative effect on future mining activity. The participants explained some of their experience at mines they were working. As a conclusion, there are many good examples where mining operation, surface or underground, is very welcome by the local community, however generally speaking, there are a lot of work needs to be done to harmonize mining operation with other land uses.

In the afternoon session, the best master thesis have been presented from the just graduated students. One of the highlight is the Development of a comprehensive system Model for a Magnetic Density Separation Process Line from Wokke Wijdeveld, which dealt with a novel type of separation technique, using water based magnetic ferrofluid, mixed with grains of different density. The mixture is put into an electromagnetic field that creates a vertical density gradient, which separates the particles, based on their type (density), so it can be divided into its base products.

During the whole event, a poster section was open with UNEXMIN, KINDRA, CHPM and INTRAW posters, allowing the participants to get familiar with these interesting projects.

The reunion closed with a very relaxed bike tour and BBQ. But EIT Raw Materials certified courses continue, highly recommended for any student interested in the mineral raw material sector.

Next year see you in Delft!

La Palma Research Centre presents multiple projects at EGU 2017

The 2017 European Geoscience Union’s (EGU) General Assembly took place in Vienna at the Austria Centre from Monday the 24th to Friday the 28th of April. At this large geoscientific gathering, at which over 12,000 participants from academia and industry attended, La Palma Research Centre colleagues took the opportunity to exhibit and present six research and innovation projects.

On the first day of the conference, Cameron Sword opened the Energy, Resources and Environment session with an oral presentation on the European Commission’s Horizon2020 co-funded ¡VAMOS! (Viable Alternative Mine Operating System) project. During the 15 minute presentation,  Cameron explained the overall concept and technological components of ¡VAMOS!, its vision for a future of cost-efficient low-impact European mine excavation, and the results of the project to date. After the presentation, multiple questions from the audience were answered, whilst a stimulating debate ensued on the functionality of the system components.

Cameron Sword narrates an interactive video showing the operation of ¡VAMOS!

Immediately following the ¡VAMOS! presentation, Luís Lopes gave a detailed and highly technical presentation on UNEXMIN (Underwater Explorer for Flooded Mines) – a related EC H2020 project in which mining and robotics scientists are collaborating to create a world-first autonomous underwater mapping robot for use in flooded mines. Luís’ UNEXMIN presentation was highlighted as a ‘significant interest’ topic for the EGU 2017 conference, being selected as one of the most interesting to attend during the week-long conference.

Luís Lopes delves into the details of UNEXMIN during his presentation at the ERE1.1 session

Then, following an engaging presentation on the INTRAW (International Observatory for Raw Materials) project by Chris Keane from the American Geosciences Institute, LPRC’s colleague, Marco Martins gave an insightful talk on foresight methodology and raw materials case studies. Marco’s presentation focussed on work done during the ongoing MICA (Mineral Intelligence Capacity Analysis) project, including a review of data and stakeholders needs in the field of raw materials.

Marco Martins outlines the nature of the foresight case-study data used during the MICA project

As a bonus presentation during the morning ERE session, Tamás Miklovicz gave an ad hoc talk on the new H2020 CHPM2030 (Combined Heat, Power and Metal extraction) project. Concluding with an intriguing and extensive discussion from an engaged and interested audience, Tamás proceeded to hold an open poster session on Thursday afternoon on this innovative combined geothermal energy/mineral-extraction project.

Tamás Miklovicz comfortably explains CHPM to just one of many similar interested onlookers in the main hall at the Austria Centre during EGU2017

Also presented in the main hall on Thursday were the KINDRA (Knowledge Inventory for Hydrogeology Research) and La Noche de los Volcanes projects. Cseko Adrienn explained the purpose and details of the KINDRA project and the recent opening of its signature EIGR (European Inventory on Groundwater Research), whilst Ariadna Ortega took charge of La Noche de los Volcanes by explaining the statistical results and main outcomes of this four-year geoscience outreach project which was comprised of three separate sub-projects at various locations across the seven Canary Islands.

The KINDRA poster explaining the newly launched European Inventory on Groundwater Research

In short, the EGU General Assembly was a successful week of company and project dissemination and promotion, and LPRC looks forward to attending the conference again next year in Austria!

3rd CHPM2030 consortium meeting, Keyworth, UK

The 3rd CHPM2030 consortium meeting was hosted by the British Geological Survey on the 28th and 29th of March in Keyworth, England. The objective of the meeting was to share and discuss recent developments in Work Package (WP) 2 – Laboratory experiments and orebody investigations, and WP3 – Metal recovery and electrochemical power generation. The meeting also provided opportunity to discuss project management issues, dissemination activities, recap the completed WP1 – Methodology framework definition, and take a glimpse at the upcoming WP4 – Systems integration, WP5 – Integrated sustainability assessment and WP6 – Roadmapping and Preparation for Pilots,  

Group picture at the Geological Walkway

The meeting started with a welcome and presentation from Jon Busby (BGS) on the geology and geothermal settings of England. In the morning, the project coordination team from Miskolc (Éva Hartai, Tamas Madarász and Aranka Földessy) shared project management issues, reporting duties and a recap on the completed WP1. The rest of the day was focussed on WP2 and WP3. Both work packages are ongoing and consist of plenty of laboratory experiments and results to discuss. In WP2, BGS has been investigating the fluid-orebody sample interaction, integrated reservoir management, and metal content mobilisation with nanoparticles. In WP3 the focus was on solutions on how to recover metals using high temperature and pressure geothermal fluid electrolysis by a self developed reactor from KU Leuven. WP3 presentations also covered initial findings from metal recovery from geothermal brines from Iceland, Cornwall and Belgium. The last topic in the session was the potential use of salinity gradient power from pre-treated geothermal fluids with reverse electrodialysis. The day finished with a comprehensive talk on the geology and history of mining in Southwest England by Chris Yeomans (BGS).

During day 2, the upcoming work packages were introduced by the work package leaders: WP4 – Systems integration, WP5 – Integrated sustainability assessment, and WP6 – Roadmapping and Preparation for Pilots. During the afternoon WP7 – Dissemination and WP8 – Project management were also discussed, during which Lisa Delmoitiez (EFG) shared dissemination insights on the project website, brochures, social media presence (Twitter, Facebook, LinkedIn) and more.

The consortium visited the state-of-the-art laboratories at BGS (SEM and hydrothermal laboratories) where the WP2 experiments are running. The partners also took part in a guided tour along the Geological Walkway, covering geological ages with rocks from across Great Britain.

CHPM Advisory Board meeting in Sweden

A CHPM Advisory Board meeting took place in Älvkarleby, Sweden on the 13th of October.

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Group picture of the CHPM2030 project consortium

The partners met for the first time with the Advisory Board members. During the morning session, Work Package leaders introduced their WPs. In the afternoon, the AB members provided valuable feedback during the questions and comments section

5 out of the 8 Advisory Board members: Miklos Antics, Gioia Falcone,Thomas Schneider, Ladislaus Rybach, Christian Boissavy (from left to right)

Before the Advisory Board meeting, an internal meeting took place in order to follow-up the work which had been done prior to the meeting, mostly related to WP1: Methodology framework definition and WP2: Laboratory experiments and orebody investigations.

CHPM2030 kick-off meeting in Miskolc!

CHPM2030 is a 42-month H2020 project funded by the European Commission which began on the 1st of January, 2016.

The project aims to develop a novel technology solution which can sate Europe’s demand for energy and strategic metals in a single interlinked process.

LPRC will be the Work Package leader for WP6 – Roadmapping and Preparation for Pilots.

Adrienn and Tamas represented the LPRC team during the kick-off meeting.

Partners introduction at the KoM

Project partners introduce themselves at the KoM

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