Thursday, December 14, 2017

Canada: Completion of Alterra Takeover Expected in First Quarter of 2018

Alterra Power Corp. Announces Shareholder Approval of The Arrangement (News Release)

Alterra Power Corp. has announced that its shareholders have voted overwhelmingly to approve the previously announced plan of arrangement whereby Innergex Renewable Energy Inc. will acquire all of the issued and outstanding common shares of Alterra.

99.89% of the Alterra shares represented at Alterra's special meeting of shareholders held today were voted in favour of the special resolution approving the Arrangement.

Alterra will apply for a final order of the Supreme Court of British Columbia approving the Arrangement on or about Monday December 18, 2017. Alterra is in the process of obtaining various regulatory approvals and key third party consents. Completion of the Arrangement is expected to occur in the first quarter of 2018.

Read More.........

From the Global Geothermal News archives:

USA, Arizona: Utility to Seek 100 MW of New Renewable Energy in 2018

SRP to Seek Proposals for Large Renewable Energy Projects (News Release)

Requests Ask for Solar, Wind and Other Renewable Technologies Including Geothermal

Salt River Project (SRP) of Arizona is preparing to issue a Request for Proposals (RFP) in early 2018 for 100 MW of new renewable energy. The renewable energy projects selected in the process are intended to help SRP expand its customer-dedicated green energy programs for large commercial and industrial customers.

The RFPs will be issued next month and will consider a number of technologies, including solar, wind, geothermal and biomass. SRP will also accept bids for renewable energy projects that include a battery storage component.

SRP is seeking green energy projects that could begin operation by the end of 2020, and will consider proposals for renewable facilities both in and outside of SRP’s service territory in the greater Phoenix metropolitan area, including tribal lands.

Additional details and a date to issue the RFP will be available in early January.

SRP’s Fiscal Year 2017 generation portfolio incorporates 838 MW of renewable energy resources, including solar, wind, biomass, geothermal and hydroelectric power.

The SRP website lists two existing geothermal PPA's:

  • Imperial Valley Geothermal Plants: SRP has signed a 23-year agreement with CalEnergy, LLC to purchase up to 87 MW of geothermal energy a year from a number of plants located in the Imperial Valley of Southern California.
  • Cove Fort Geothermal Project: SRP has signed a 20-year agreement to purchase the entire output of the Cove Fort Geothermal Project, a new 25-MW geothermal power generation project located in Beaver County, Utah.

Read More.........

Belgium: Session on Experimental Methods in Geothermal Engineering at Brussels Conference

ICEM18 - the Eighteenth International Conference of Experimental Mechanics (EuraSEM)

July 1-5, 2018, Brussels, Belgium


The European Society for Experimental Mechanics (EuraSEM) invites you to a special session called "Experimental methods in Geothermal Engineering" chaired by Prof. Runar Unnthorsson, Prof. Robert Dell (GRC Member) and Prof. Halldor Palsson. They are looking for papers that report experimental procedures and experimental work. The topics can be on explorations, product development, evaluation of machinery, maintenance, cascade use, etc.

The session is number 17 (http://www.icem18.org/?q=12) - in addition to this special session there are 20 other special sessions planned; e.g., on corrosion, strains in materials, fatigue, concrete, composites and more.

Online Abstract Submission........

The scientific committee welcomes contributions for oral communication or poster presentation. Deadline for abstract submission is: December 22, 2017.

More Information........ 

USA: Funding Available for Early-Stage Energy R&D

Department of Energy Announces $100 Million Open Solicitation for Transformative Energy Projects (News Release)

ARPA-E Issues OPEN Funding Opportunity Announcement to Support Early-Stage Energy R&D

The U.S. Department of Energy (DOE) today announced up to $100 million in funding for new projects as part of the Advanced Research Projects Agency-Energy’s (ARPA‑E) latest OPEN funding opportunity. OPEN will support America’s top innovators through dozens of early-stage research and development projects as they build technologies to transform the nation’s energy system.

Open solicitations enable ARPA-E to support transformational projects outside the scope of existing ARPA-E focused programs. The projects selected under OPEN in 2018 will pursue novel approaches to energy innovation across the full spectrum of energy applications. The agency collaborates across the Department’s extensive research enterprise, providing support that complements existing DOE-wide initiatives. The deadline to submit a concept paper is February 12, 2018 at 5:00 p.m. E.T.

For more information on ARPA-E visit their website Here. For additional information on the OPEN funding opportunity, please visit Here.

Geothermal Energy Event to be Held in Reno, Nevada in October, 2018

GRC Annual Meeting & Expo - Geothermal Event!


Japan: Thai Company Approves Investment in Beppu Geothermal Power Plants

Board of Thai Luxe Enterprises Approves Plan To Invest in Geothermal Power Plant Project In Japan (News Release)


The board of directors of Thai Luxe Enterprises Public Company Limited has approved a plan to invest in a geothermal power plant project in Japan. Thai Luxe will acquire the business from Lena Power Station No 1. Limited Liability Company.

The two geothermal power plant projects have a combined capacity of 1,125 kW and are located in Beppu, Oita prefecture.

Read More.......

From the Global Geothermal News archives:

Wednesday, December 13, 2017

USA, California: Latest Figures Highlight Golden State's Prominence in Geothermal Energy

California Energy Commission – Tracking Progress (California Energy Commission)

Renewable Energy – Overview

California on it's own is #1 in the world for geothermal energy production, with 2,694 MW of capacity, about 19.5% of the global total.

California recently set a new goal to increase the renewable content of its electricity from one third to 50 percent by 2030. The state also has a goal to install 12,000 MW of renewable distributed generation. The California Energy Commission is tracking progress toward achieving its renewable goals and the status of permitting and constructing new renewable energy facilities in California.

Highlights for geothermal energy:
  • Geothermal produces 13,000 GWh of RPS Eligible Generation or 17% of the total for renewable energy.
  • Geothermal provides 2,694 MW of capacity from 43 power plants, 10% of the total for renewables:
    • Imperial: 20 power plants with 718 MW capacity
    • Inyo: 3 power plants with 302 MW capacity
    • Lake: 5 power plants with 396 MW capacity
    • Mono: 3 power plants with 40 MW capacity
    • Sonoma: 12 power plants with 1,238 MW capacity
  • There are 7 outstanding Environmental Permits for possible near-term geothermal power projects for a total of 381 MW capacity:
    • Imperial: 3 permits for a possible 212 MW capacity
    • Mono: 1 permit for a possible 33 MW capacity
    • Sonoma: 3 permits for a possible 137 MW capacity
Read the full report (PDF)........

USA: Geothermal Energy Exploration Bill Passes Out of Committee

House panel clears Labrador bill to ease regs on new geothermal energy exploration (The Spokesman-Review)

Rep. Raúl Labrador
(Wikimedia Commons)
The House Natural Resources Committee today approved legislation from Idaho 1st District GOP Rep. Raul Labrador to ease regulation on development of new geothermal energy resources. The bill, H.R. 4568, passed on a bipartisan voice vote; an earlier version of the bill passed the House in 2012.

“Idaho has an abundant supply of clean energy stored below ground, but the resource hasn’t reached its potential because of excessive regulation,” Labrador said. “My bill will clear the way for additional exploration without sacrificing environmental protections.”

Read More.........

USA: Legislator Talks Up Geothermal Production on Federal Lands

Labrador Speaks About His Geothermal Energy Bill at Committee Markup, December 12, 2017 (You Tube)

Rep. Raul Labrador (R-ID) spoke about his legislation to spur geothermal energy exploration at a markup of the House Natural Resources Committee.

 (Video 3:31 minutes)

From the Global Geothermal News archives:

Kenya: Construction of 35 MW Menengai Geothermal Power Plant to Begin in March

Work to Begin at Menengai Geothermal Project


United Kingdom: Geothermal Energy Projects and Good Outreach - A Poster Presentation

Poster from AGU Fall Meeting, New Orleans, USA

PA31B-0348: Towards a Geocognition of Geothermal Energy: an Evolving Research Partnership in South West England

Hazel Gibson, (Plymouth University), Iain S Stewart (Plymouth University) and Peter Ledingham (Geothermal Engineering Ltd)


The development and deployment of novel geological technologies in industry often raise anxiety in the public sphere. New technologies are intrinsically unfamiliar, not only to the public, but also to other technical specialists in the field. This can focus conflict and uncertainty around issues that may not actually be problematic, or obscure other issues that may actually warrant closer inspection. An example of an emergent geo-technology that has received little attention in the public or general technical spheres is the introduction of Enhanced Geothermal Power in the UK. In early 2018, a project testing the viability of deep geothermal heat and power will begin in Cornwall, England, and is likely to face contested issues of public perception that have confronted other novel geological technologies, such as Carbon Capture and Storage and hydraulic fracturing.

To address concerns about how the UK public will conceptualise this new technology, the Cornish deep geothermal project has developed an innovative partnership between the industry partner operating the test drilling site and a geoscience cognition research partner.

Read More........

Climate Change: Bill Gates' Clean-Energy Investment Fund Could Boost Geothermal Energy

4 signs of progress on climate change (Gates Notes)

By Bill Gates, Microsoft, Bill & Melinda Gates Foundation

I’m in Paris for the big meeting on climate change hosted by President Macron. Leaders from around the world are here to take stock of the progress the world is making on this urgent challenge.

This is a pivotal moment. We need to adapt to the climate change that is already affecting the planet, and develop new tools that will keep the problem from getting worse. Innovation is key to doing both. Scientific advances in crop science, for example, will help farmers deal with changing weather patterns. And energy research will make it possible to power modern life—the way we live, work, travel, and make things—without adding more greenhouse gases to the atmosphere.

The good news is that there’s a lot of progress to report on both fronts. Here’s an overview of the developments I’ll be highlighting in Paris.

Our $1 billion clean-energy investment fund is up and running. Breakthrough Energy Ventures has hired a staff of accomplished investors, company builders, scientists, and technologists. They have identified five areas that are especially promising but also underfunded. This is where we will focus our investments:

Geothermal power. There is a phenomenal amount of energy stored up as heat under the Earth’s surface—many times more than we could get from all the known coal and oil reserves in the world. Tapping this source involves pumping steam or hot water from underground to drive turbines.

Read More.........

Science & Technology: Using Supercritical Carbon Dioxide as a Working Fluid Could Boost Geothermal Power Production

Game-Changing Supercritical CO2 Cycles Are Closer to Commercialization (Power)

Supercritical carbon dioxide (sCO2) cycles—which are inching closer to commercial applications for waste heat recovery, concentrating solar power, nuclear, [geothermal] and fossil energy—offer higher thermal efficiencies and power density than conventional steam Rankine and Air Brayton cycles in use today for power generation. But to realize these potentially game-changing cycles, common challenges associated with turbomachinery must be overcome, experts from the Southwest Research Institute (SwRI) said as they presented a tutorial on December 12 at the Turbomachinery Symposium in Houston.

During their tutorial, which provided an overview of ongoing research on sCO2 power cycles and associated turbomachinery, the experts noted that SwRI is designing and should soon begin building a 10-MW grid-connected pilot project at the organization’s campus in San Antonio, Texas, that will use sCO2 Brayton power cycles.

USA, Nevada: Ormat to Help Build 28 MW Expansion of Ngawha Geothermal Power Station

Ormat Secures $50 Million EPC Contract for the Ngawha Extension Geothermal Project in New Zealand (News Release)

Ormat Technologies Inc. today announced that one of its subsidiaries has signed approximately $50 million Engineering, Procurement and Construction, (EPC) contract, with Top Energy Ltd for Ngawha extension geothermal project located in Ngawha, New Zealand. The project is expected to be completed in the first quarter of 2021.

Under the EPC contract, Ormat will provide its air-cooled Ormat Energy Converters for the Ngawha geothermal extension project. This is the third EPC contract Ormat has signed with Top Energy Ltd. The first one was for the Ngawha I power plant in 1998 and the second for Ngawha II power plant in 2008.


From the Global Geothermal News archives:

Africa: Renewable Energy Fund Boosted With International Finance

IFC gives Nairobi energy firm Sh2bn for regional projects (Business Daily Africa)


A firm with Kenyan links is set to receive a Sh2 billion equity funding from the International Finance Corporation (IFC) for investment in renewable energy projects across sub-Saharan Africa excluding South Africa.

Berkeley Energy, which has an office in Nairobi, will receive the funding to boost its $200 million (Sh20.6 billion) Africa Renewable Energy Fund (AREF), which invests in viable wind, hydro, geothermal, biomass and solar projects.

The firm is one of the companies involved in the 1,000 megawatts (MWs) Corbetti Geothermal Project in southern Ethiopia and has also invested in several hydropower projects in Uganda.

Indonesia: New Regulation Improves Geothermal Electricity Tariff Negotiations

Pertamina Elaborates New Scheme for Geothermal Electricity Tariff Regulation (Netral News)

PT Pertamina (Persero) is supporting the new government regulation as stipulated in Ministerial Regulation No. 50 of 2017 on the Development of New and Renewable Energy (EBT) which opens opportunities for the process of determining tariffs by way of business-to-business (B2B) between state electricity company PLN and independent power developers (IPP).

The Director of Geothermal of Directorate General of New Energy, Renewable Energy and Energy Conservation of the Ministry of Energy and Mineral Resources Yunus Saefulhak said the new regulation enables the B2B scheme if the average production cost of electricity generation is deemed inadequate.

He pointed out the electricity price for steam from the Rantau Dedap Geothermal Power Plant project located in Muara Enim and Lahat regency, Pagar Alam City, South Sumatera, was determined through a power purchase agreement (PPA) amendment process.

USA, Idaho: U.S. Geothermal Now Sole Owner of Raft River Power Plant

U.S. Geothermal Inc. Reaches Agreement to Acquire 100 Percent Interest in Raft River Power Plant (News Release)

Raft River Geothermal Power Plant. Photo taken by Ian Crawford on GRC Fieldtrip, 2015.
U.S. Geothermal Inc. announced today that it has reached an agreement to acquire its partner's remaining ownership interest in Raft River Energy I LLC from Goldman Sachs. The purchase is scheduled to close on January 2, 2018 and the price consists of a one-time, $350,000 cash payment from U.S. Geothermal to Goldman Sachs. The Company will then own 100 percent of the project.

Raft River Energy I is located in Southern Idaho, near the town of Malta, and achieved commercial operation on April 3, 2008.  The Raft River facility is a single, 18-megawatt (gross) module, with a design output of 13 megawatts (net) annual average based on a specific flow and temperature of geothermal brine. The PPA for the project was signed on September 24, 2007 with the Idaho Power Company and allows for the sale of up to 13 megawatts of electricity on an annual average basis over a 25-year term.  Renewable Energy Credits are sold under a separate contract.  In 2018, the PPA energy price, plus the value of the renewable energy credit will be $74.32 per megawatt-hour.

The company is in a continuing process to increase generation at Raft River through modifications at the existing facility. The addition of production well RRG-5 along with upgrades to the injection system in 2017 increased the average generation from the Raft River plant by approximately 1.6 net megawatts. Due to the positive response from the wellfield, which showed a minimal decrease in fluid levels, a study to increase the capacity of production pump RRG-4 in 2018 will be analyzed.

Read More.........

Tuesday, December 12, 2017

Global: Become a Member of the Geothermal Resources Council

Members of the GRC come from around the world
The GRC membership is open to any person, organization, agency, or company. The membership advantage includes access to:
  • GRC Annual Meeting & Expo - the largest annual geothermal energy conference and trade show in the world.
  • GRC Bulletin - (6 issues) official worldwide industry trade publication of the Geothermal Resources Council, the Bulletin is the definitive voice for geothermal energy development and production.
  • GRC Membership Roster and Registry of Geothermal Services & Equipment - a unique publication that provides business, consulting and research contacts throughout the international geothermal community.
  • Online GRC Library - More than 40,000 catalogued items, free downloads of premium content.
  • Education Program - special meetings, workshops, and conferences on a broad range of topics pertaining to geothermal exploration, development and utilization at a discount to members.
  • International Geothermal Association (IGA) Membership - through the GRC's affiliation with the International Geothermal Association (IGA), all GRC Members are automatically members of the IGA, which offers discount registration to its World Geothermal Congress events (every 5 years), quarterly IGA News and a special discount rate for the international publication, Geothermics.
Additionally, GRC members receive a discount on advertising and exclusive first-access space consideration in all GRC publications. For more information about advertising, please contact Anh Lay at alay@geothermal.org.


New members can also contact GRC at grc@geothermal.org or (530) 758-2360 for further information.

Science & Technology: Researching Corrosion Resistant Coatings for High Temperature Geothermal Applications

Investigating geothermal coatings for the future of renewable energy (TWI)

TWI, an U.K.-based independent research and technology organisation, is co-ordinating a recently won European Horizon 2020 project for the development of novel and cost-effective corrosion resistant coatings for high temperature geothermal applications. This project, dubbed Geo-Coat, comes from the low carbon energy call to develop next generation technologies for renewable electricity and heating/cooling.

Thus, the Geo-Coat target is to design the new high performance coatings to resist each of the specified threats or combinations of threat, as experimentally derived at key failure points within geothermal runs, and to apply them only to the affected components.

The project will last for three years, with the Geo-Coat partners coming from the UK, Iceland, Romania and Norway.

Read More.........

USA: Feedback Requested on Lowering the Cost and Risk of Geothermal Drilling

Request for Information (RFI): Identifying Opportunities to Address Barriers for Lowering the Cost and Risk of Geothermal Drilling (DOE Geothermal Technologies Office)

The Geothermal Technologies Office, within the U.S. Department of Energy’s Office of Energy Efficiency and Renewable Energy (EERE), announces a Request for Information (RFI) seeking feedback from industry, academia, research laboratories, government agencies, and other stakeholders on issues related to lowering the costs and risks associated with drilling geothermal wells for the purpose of electricity production and opportunities to collaborate on best practices with other drilling industries.

Geothermal energy has the potential to provide a significant amount of renewable electric power for the United States. Drilling costs can account for 50% or more of the total capital cost for a geothermal power project. Identifying pathways to reduce these costs is a top priority.

EERE is specifically interested in information on defining major challenges in geothermal drilling and identifying opportunities in research and development and process improvement. This is solely a request for information and not a Funding Opportunity Announcement. EERE is not accepting applications.

Responses to this RFI must be submitted electronically to geothermal.comments@ee.doe.gov no later than 5:00pm (ET) on January 22, 2018. All submissions received must include “Geothermal Drilling RFI” in the subject of the message.

United Kingdom: Field Site Described for Glasgow Geothermal Energy Research Center

UKGEOS: Glasgow Geothermal Energy Research Field Site (GGERFS): initial summary of the geological platform (BGS)

Monaghan, A.A. et al. Nottingham, UK, British Geological Survey, 205pp. (OR/17/006) (Unpublished)


The preferred second UKGEOS site is at Clyde Gateway, in the east end of Glasgow, Scotland. The focus of this, the Glasgow Geothermal Energy Research Field Site (GGERFS), is on characterising and monitoring the subsurface for minewater and hot sedimentary aquifer geothermal energy, and for cooling and heat storage.

This report details BGS data and knowledge at late 2016, to define initial characterisation of the ‘geological platform’ relevant for the planning of a geothermal research facility and associated environmental baseline monitoring. The report covers knowledge of the bedrock and superficial deposits geology, abandoned coal mines, hydrogeology, geothermal datasets, geochemistry, remote sensed data, seismicity, stress fields, engineering geology and rock property datasets.

BGS holds a great deal of legacy borehole, mining and geochemistry data and has updated existing bedrock and superficial deposits models of the area. However, deep borehole and seismic data are lacking to define the geology and structure of the area below a few hundred metres. Hydrogeological and temperature data are also lacking for the bedrock strata. Regional datasets and knowledge have (and can be further) used to reduce uncertainty and risk in these aspects of the geological characterisation.

Read More.........

United Kingdom: Geothermal Energy PhD at University of Glasgow

Geothermal Energy PhD with funding available for October 2018

Understanding blockages in active geothermal systems: insights from clumped isotopes (Ref IAP-17-43)

University of Glasgow (School of Geographical & Earth Sciences)
In partnership with Durham University (Department of Earth Sciences)


The main goal of this project is to use ‘clumped’ isotopes to investigate the conditions at which calcite precipitates in fractures in active geothermal systems.
The clumped isotope method has great potential as a proxy for reconstructing past temperatures in a range of geological settings. This method is based on the
temperature dependence of bonds between heavy carbon (13C) and oxygen (18O) isotopes in the carbonate mineral lattice.  The principal supervisor can be contacted at: john.macdonald.3@glasgow.ac.uk

More Information.........

Science & Technology: Video on ORC Geothermal Power Turbine from French Company

AQYLON strengthens its geothermal offer

AQYLON is a French company involved in the design and manufacturing of Organic Rankine Cycle (ORC) turbines, which transform heat into electricity and thermal power from renewable sources (biomass, geothermal, solar thermal) or from waste heat created by industrial processes, engines or gas turbines.

(Video 4:12 Minutes)

Hot water or steam are extracted from deep inside the Earth through wells, providing us with a hot source to power our ORC module. Since the technology used to detect geothermal sources is improving, geothermal energy should become a major energy source in the few next decades. More information........

Turkey: Geothermal Resource Boosts Tomato Production in İzmir Province

Top Turkish tomato exporter looks to hot springs to lead world market (Anadolu Agency)

(Courtesy Agrobay)
Turkey’s largest tomato exporter hopes to further exploit boiling subterranean geothermal waters in order to become the world’s leading exporter.

Agrobay, a company based in Dikili-Bergama in the Aegean province of İzmir, currently produces 15,000 tons of tomatoes from greenhouses that utilize thermal waters dotted across western Turkey.

The Dikili-Bergama region sits on one of hundreds of geothermal fields where underground waters can reach temperatures of up to 549°F (287°C), according to Stanford University in the U.S.

The used water is collected and returned to underground geothermal reserves, cutting costs and helping the environment.

“We save water and energy,” the Agrobay website states.

“We prevent the decrease of water over time in the geothermal resource, which is our national heritage, and this resource is transferred to future generations,” it adds.

Read More.........

Philippines: IPPA Contract for 108 MW Mt Apo Geothermal Power Plant Could be Defaulted

PSALM serves formal notice of ‘default’ on Mt. Apo plant deal (Manila Bulletin)

State-run Power Sector Assets and Liabilities Management Corporation (PSALM) has reportedly served a “formal notice of default and confiscation of performance bond” on Monday (December 11) to FDC Misamis Power Corporation of the Filinvest group relating to its independent power producer administrator (IPPA) contract on the 108 MW Mt Apo geothermal power plant in Mindanao.

The Gotianun-led firm reportedly has surpassed the ‘unsettled” obligations relating to the Mt. Apo asset that could have been covered by its performance bond.

With the default declaration, it has been noted by sources from PSALM that the government’s next move shall be to cancel its performance bond and eventual termination of their IPPA agreement.


From the Global Geothermal News archives:
Tuesday, January 6, 2015 - Philippines: FDC Misamis Power Corp. takes over Mt. Apo Geothermal Plants

Turkey: 18 MW Turcas Kuyucak Geothermal Power Plant in Full Commercial Operation

Turcas Kuyucak Jeotermal Santrali devrede - Turcas Kuyucak Geothermal Power Plant (Enerji Gunlugu)



Turcas Kuyucak Jeotermal Santrali (TKJ) tam kapasiteyle ticari elektrik üretimine geçti.

Turcas Petrol’ün yüzde 92 hissesine sahip olduğu Jeotermal Elektrik Üretim AŞ’nin (TKJ) Aydın’daki 18 MW’lik Kuyucak Jeotermal Santrali’nin 10 MW’lik bölümünden sonra, kalan 8 MW’lik bölümünün geçici kabulü 7 Aralık 2017 tarihi itibariyle tamamlandı. Böylece Kuyucak JES tümüyle ticari elektrik üretimine geçmiş oldu. Santralin 10 MW’lik kısmının geçici kabulü 27 Ekim tarihinde yapılmıştı.

(From Google Translation) Turcas Kuyucak Geothermal Power Plant (TKJ) has started commercial power production at full capacity. 

The first 10 MW of the 18 MW Kuyucak Geothermal Power Plant in the village of Yöre, Kuyucak district, Aydın province had been in operation already. The remaining 8 MW was temporarily accepted into operation as of 7 December 2017. Turcas Kuyucak Geothermal Power Generation (TKJ) of Turcas Petrol has a 92 percent share.  Kuyucak Geothermal Power Plant is now in full commercial electricity production. The provisional acceptance of the 10 MW part of the plant was made on October 27. 

Read More.........                      Daha fazla oku..........

Monday, December 11, 2017

Poland: Four Possible Geothermal District Heating Projects Identified

Geothermal District Heating: Preliminary Studies For Selected Areas In Poland (Verkis Consulting Engineers)

Geothermal energy has a large potential for ecological heat generation in Poland. What is required for the optimum development of that essential sector is co-operation and use of the experiences possessed by the global leaders in the field.

That purpose has been assigned to the international Project on “Geothermal energy: a basis for low-emission heat generation, improvement of living conditions, and sustainable development – preliminary studies for selected areas in Poland,” implemented in July 2017. 

This Project opens way for long-expected co-operation between Poland, Iceland, and Norway, in the area of geothermal energy, under the EOG Financial Mechanisms and the Norwegian Funds in the years to come, providing an exceptional opportunities of joint projects and essential progress of geothermal water use in Poland.

Pilot project proposals are summarized in each of the four towns:

  • Konstanynów Łódzki
  • Poddębice
  • Sochaczew
  • Lądek-Zdrój
Read More........

Japan: Low Temperature Geothermal Power Market to Expand - Report

Low Temperature Geothermal Power in Japan (Frost & Sullivan)

New Horizons for Clean Power Generation from Low Temperature Geothermal Energy

Geothermal power only contributes a meagre 0.3% of total electricity generation, despite the country possessing the third largest geothermal resource in the world, representing a power generation potential of 23 GW.

While the government has been proactive in recent initiatives to identify and promote potential areas for exploration and development, there has not been any significant development of geothermal power in the country in the last decade.

However, despite stagnation in development of the technology at medium and high temperatures, increased investment and technological innovation targeting low temperature geothermal power (<120°C), historically used primarily for heating purposes, are expected to significantly increase the addressable market potential for geothermal power and represent a new growth market in the country.

Read More.........

Science & Technology: How Geothermal Can Assist Coal Regions In Transition

Geothermal, a pillar for coal regions in transition (EGEC)

Geothermal technologies can in many way contribute to the energy transition in regions with a long mining history. This fact sheet illustrates the potential for the technological transformation.

Science & Technology: Geothermal Powered Carbon Capture Explained

The science of capturing carbon (al Jazeera)

Scientists are fighting to curtail the dangerous effects of climate change by capturing carbon dioxide.


(Video 24:49 Minutes)

So, what if scientists could offset dangerous greenhouse gas levels by manually capturing CO2 from the atmosphere and then putting it to use in a cyclical, no-waste method?

One such project, run by a team of researchers in Iceland taking their cue from processes in nature, seeks to combine basalt and CO2. Basalt is naturally highly reactive with CO2; when the two meet, they undergo a series of exchanges that culminate with the carbon precipitating out as a solid whitish substance, similar to limestone.

"In our volcanic areas, we have volcanic CO2 interacting with our basalt, turning the CO2 into carbonate minerals. So then we thought why not test this interesting idea out here in Iceland. We have our geothermal power plant, providing a source of CO2 that then can be captured and injected back into the ground, and see if we can utilise and accelerate this natural process," says Edda Aradottir of Reykjavik Energy, home to carbon capture programme CarbFix.

"Once the CO2 is turned into stone, you don't have to worry about it, it's not going anywhere it's just buried in the ground as rock," she continues.

Read More........

New Zealand: 28 MW Expansion of Ngawha Geothermal Power Station to be Completed by 2021

Northland firm gets contract for part of $179m Ngawha expansion (New Zealand Herald)

Almost $176 million worth of contracts have been let to expand the Ngawha Geothermal Power Station, with a Northland firm winning one of the three main contracts.

It's believed to be one of the largest construction projects ever to be undertaken in the Far North and Whangarei-based United Civil Construction has won the contract to carry out major earthworks and other civil work for the expansion, which will take Ngawha's capacity from 25 MW to 53 MW - enough to power the entire Far North.

Iceland Drilling will send a specialist team and be based in Northland for one year from April 2018. Israeli geothermal plant construction experts Ormat have the contract to design, build and supply the power station.

USA, Wyoming: Investigating Yellowstone Lake’s Hydrothermal Systems

Exploring the Restless Floor of Yellowstone Lake (EOS)

Yellowstone Lake, far from any ocean, hosts underwater hot springs similar to those on mid-ocean ridges. A research team is investigating the processes that drive the lake’s hydrothermal systems.

The vent fields on the floor of Yellowstone Lake are a significant part of the world’s largest continental hydrothermal system and thus form an important part of the Earth’s thermal budget and geochemical cycles.

Continental hydrothermal systems are a primary source of economically important metal deposits, provide geothermal energy resources, support exotic ecosystems that are just beginning to be explored, and, in some settings such as Yellowstone, pose significant geological hazards.

Read More........

Friday, December 8, 2017

Geothermal Energy News from Around the World

Global Geothermal News - Weekly Update


A round-up of this week's geothermal energy news....... 

Click on the links below to view the whole story and other news stories on Global Geothermal News.

Canada: 5 MW Saskatchewan Geothermal Power Plant to be Built Within Two Years

SaskPower exploring geothermal power plant in efforts to reach 2030 targets (Global News)


SaskPower‘s efforts to double renewable electricity generation by 2030 could potentially include geothermal power stations.

With a power purchase agreement with SaskPower signed in May, DEEP hopes to build a five megawatt, zero emission power plant near Estevan, where subterranean water is the warmest in Saskatchewan.

DEEP’s first plant is expected to be built in two years. It’s expected the aquifer will be able to support a capacity of roughly 200 megawatts.

USA: Legislation Could Enhance Geothermal Production on Federal Lands

Labrador Introduces Bill Spurring Geothermal Exploration (News Release)

Legislation lifts regulatory hurdles to unleash clean energy development in Idaho and other federal land states

Rep. Raúl Labrador
(Wikimedia Commons)
Rep. Raúl Labrador, R-Idaho, on Wednesday introduced the Enhancing Geothermal Production on Federal Lands Act, a long-awaited bill to accelerate development of an abundant Idaho resource.

Ninety percent of viable U.S. geothermal resources exist on federal lands. In Idaho alone, the resource is estimated at 800 megawatts – enough to heat 500,000 homes.

H.R. 4568 would reduce regulatory approval waiting times for small exploratory wells from about 10 months to two months or less. Test holes 8 inches or less in diameter would be granted a categorical exclusion under the National Environmental Policy Act (NEPA). Similar provisions already exist for oil and gas exploration and mining.

The bill also permits coproduction of geothermal resources on lands leased for oil and gas; requires the government to identify priority areas for geothermal development; and authorizes noncompetitive, fair market value leasing by an existing leaseholder on adjoining lands. The leasing provision is drawn from H.R. 4252, a bill introduced in November by Rep. Mike Simpson, R-Idaho.

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Chile: Cerro Pabellón is the First Geothermal Power Plant in South America

Video of Cerro Pabellón Geothermal Power project in Chile

Netherlands: Westland Trias Geothermal Greenhouse Heating Project on Track for 4,000 Meter Deep Well

Trias drilling approaches depth of 2,550 meters! (Amsterdam Petroleum Geoscience)

(Courtesy Westland Trias)
The Trias drilling for geothermal Westland Trias project in Naaldwijk, in the Netherlands, started a month ago. The drilling of the first section went well. The first section is about 1,300 meters deep. In the weekend of 18/19 November, the steel tube (casing) with a diameter of approximately 50 cm was inserted into the borehole. The space between the borehole and the outer wall of the casing was cemented to reinforce the borehole.

The drilling of the second section started November 29. The borehole in this section has a diameter of approximately 45 cm. The drilling runs smoothly with an average speed between 10 and 15 meters per hour. We expect to be finished with the drilling of this section in a few days time, having reached a depth of 2,550 meters.  A casing will then be inserted and reinforced with cement.

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From the Global Geothermal News archives:

Philippines: Testing and Commissioning of 12 MW Maibarara-2 Geothermal Power Project to Begin Shortly

PetroEnergy’s geothermal project cleared for WESM (BusinessWorld Online)

(Courtesy PetroEnergy Resources Corp.)
PetroEnergy Resources Corp. on Friday said its geothermal power unit had secured approval to participate in the wholesale electricity spot market (WESM), paving the way for its commercial operation.

Philippine Electricity Market Corp. (PEMC), which operates the spot market, gave its nod on Dec. 7, 2017 for Maibarara Geothermal Inc. (MGI), which sought the registration of its 12 MW expansion of its geothermal facility in Sto. Tomas, Batangas.

Dave P. Gadiano, PetroGreen head of energy trading, said the WESM registration of Maibarara-2 clears the way for the facility to export power to the grid during the commissioning stage.

“The testing and commissioning of Maibarara-2 is estimated to start by middle of December. Export of power to the grid is expected soon after commissioning starts,” he said in a statement.

Thursday, December 7, 2017

USA, Texas: Workshop on Thermal Well Design & Integrity for Geothermal Applications at SMU

Power Plays: Drilling into Geothermal Energy Applications (SMU)

Conference January 10-11, Workshop January 12, 2018
Location: SMU campus, Dallas, Texas


We have added a post-conference workshop called Thermal Well Design & Integrity for Geothermal Applications on January 12, 2018. This course is being taught at SMU by C-FER Technologies and provides an overview of thermal and geothermal well design and integrity including casing, tubulars, liners, wellheads, and wellbore integrity.

More Information.........

Europe: New Report Surveys Supply Chain for Geothermal Energy

Supply chain of renewable energy technologies in Europe: An analysis for wind, geothermal and ocean energy (European Union)

Geothermal power plants are currently installed in eight European countries of which six EU-28 Member States. Capacity additions in recent years took mainly place in Turkey where a strong growth can be observed from about 220 MW in 2012 to about 870 MW at the end of 2016 (Shortall & Uihlein, 2017).

The global market in geothermal power is dominated by four major manufacturers (Toshiba, Mitsubishi, Ormat, Fuji) accounting for about 80 % of the installed capacity (Annex et al., 2016). In Europe, Ansaldo-Tosi leads the market with about 30 % of installed capacity. Other prominent players in Europe are Mitsubishi-Turboden, Fuji, Ormat, and GE/Nuovo Pignone. Ansaldo-Tosi and GE/Nuovo Pignone are mainly active in Italy with capacity installed in hydrothermal power plants existing since a very long time.

The European market is still dominated by conventional dry steam/flash technology (65 % of installed capacity). However, the majority of recent installations are binary power plants. The main turbine suppliers after 2012 are Ormat (34 % market share, followed by Exergy and Atlas Copco with 22 % and 19 % of market share, respectively.

Read More........                     Download the Report (PDF).........

Denmark: Compensation Guarantee for Geothermal Projects

Geothermal Development: The Danish Compensation Guarantee (Wellperform)


Development of a geothermal well is a costly ordeal, and combined with the apparent risk of a low payback or even abandonment of the hole, the investors and stakeholders are left understandably precautious.

To encourage the pursuit of geothermal energy sources, a compensation guarantee has been put in effect per 2015 for projects in Denmark.

The compensation guarantee comprises a user charge, correlating to a percentage of the budget: 13.5% for the first well, and 9% for each following well. In return, the insurance policy covers three guarantees in total:
  • Drill Risk Guarantee: coverage of budget overruns while drilling. 
  • Total Damage Guarantee: partial coverage of drilling costs, provided the project must be abandoned due to technical problems. 
  • Reservoir Risk Guarantee: partial coverage of drilling costs, provided that the reservoir does not perform as expected. 

Global: How United Nations Framework Classification for Resources Applies to Geothermal Energy

Application of UNFC to Geothermal Energy Resources - Selected Case Studies (ECE Energy Series No. 51)

This publication includes a set of 14 case studies on the applications of United Nations Framework Classification for Resources (UNFC) to geothermal energy from Australia, Germany, Hungary, Iceland, Italy, Netherlands, New Zealand, Philippines and Russian Federation. 

The case studies are presented here to illustrate the application of the geothermal energy specifications for the uniform use of UNFC in different contexts. These application examples from different countries provide a range of scenarios in the classification of geothermal resources in a manner consistent with the classification of other energy resources.

USA: Consequences for Geothermal Electric Industry of New Tax Legislation

A Clean Energy Guide to the Tax Legislation Conference Committee (Rhodium Group)


Broad tax legislation advanced by the US Congress in recent weeks is headed toward a conference committee, where Republicans in the House and Senate will hash out their differences. In this article we identify which provisions matter most for clean energy.

Geothermal electric power plants currently have a permanent 10 percent ITC. Under the House bill, this would be eliminated in 2027. Geothermal would also likely get hit by the BEAT provision in the Senate bill, though not nearly as much as wind and solar due to less reliance on tax equity partners.

USA: Demand Flagging for GE’s Power-Generation Equipment

GE to Cut 12,000 Jobs in Its Power Business (Bloomberg)

General Electric Co. plans to cut 12,000 jobs in its power business as the company’s new leaders look to slash costs and stabilize the beleaguered manufacturer.

The reductions, accounting for about 18 percent of GE Power’s workforce, include both professional and production employees, the company said Thursday in a statement. The world’s largest maker of gas turbines said the unit needs to become leaner as customers turn away from fossil fuel-based energy sources.

Demand is flagging for GE’s power-generation equipment because of overcapacity, lower utilization, fewer outages and the growth in renewable energy, said Stifel Financial Corp. analyst Robert McCarthy.


From the Global Geothermal News archives:

Ethiopia: Tender to Supply Drilling Rigs for Aluto Langano Geothermal Power Project to Open Soon

Information for Potential Bidders for Supply of Drilling Rigs and Drilling Services Tender under the Geothermal Sector Development Project (Ethiopian Electric Power)

The full tender will be available between January-February 2018. 


The tender seeks qualified Firms with the capability to supply 2 drilling rigs and relevant accessories, execute drilling operation and maintenance at the Aluto Project, in accordance with technical and schedule of requirements. To be more specific, the tender is seeking for both supplying of 2 new drilling rigs and relevant accessories with provision of drilling services and maintenance.

The awarded Firm shall supply all the necessary goods and services as listed below including relevant experienced personnel to carry out all drilling and testing of the wells and provide maintenance of the drilling equipment. The awarded Firm shall execute a comprehensive drilling plan resulting in the safe and timely completion of 8 to 20 geothermal wells comprising the Project requirements, all to be included within a single contract by a single Firm or a consortium/JV of contractors. Wells are anticipated to be either vertical or directionally drilled to a nominal depth of approximately 2,750 meters and fully tested to determine potential for geothermal power production.

The awarded Firm, depending on the results of the first 8 wells, shall be prepared to continue the drilling and program for up to an additional 12 wells; a determination to continue the drilling campaign will of course depend on the results of the drilling. It is anticipated that both production and injection wells would be drilled during project implementation.

More Information.........

Wednesday, December 6, 2017

Science & Technology: More Efficient Method for Extraction of Lithium from Geothermal Brine

Recovery of Lithium from Geothermal Brine with Lithium–Aluminum Layered Double Hydroxide Chloride Sorbents (Environmental Science & Technology)

Mariappan Parans Paranthaman et al. Environmental Science & Technology, 2017, 51 (22), pp 13481–13486. DOI: 10.1021/acs.est.7b03464



We report a three-stage bench-scale column extraction process to selectively extract lithium chloride from geothermal brine. The goal of this research is to develop materials and processing technologies to improve the economics of lithium extraction and production from naturally occurring geothermal and other brines for energy storage applications.

A novel sorbent, lithium aluminum layered double hydroxide chloride (LDH), is synthesized and characterized with X-ray powder diffraction, scanning electron microscopy, inductively coupled plasma optical emission spectrometry (ICP-OES), and thermogravimetric analysis.

Each cycle of the column extraction process consists of three steps: (1) loading the sorbent with lithium chloride from brine; (2) intermediate washing to remove unwanted ions; (3) final washing for unloading the lithium chloride ions.

Our experimental analysis of eluate vs feed concentrations of Li and competing ions demonstrates that our optimized sorbents can achieve a recovery efficiency of ∼91% and possess excellent Li apparent selectivity of 47.8 compared to Na ions and 212 compared to K ions, respectively in the brine.

The present work demonstrates that LDH is an effective sorbent for selective extraction of lithium from brines, thus offering the possibility of effective application of lithium salts in lithium-ion batteries leading to a fundamental shift in the lithium supply chain.

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Kenya: Ground Breaking at 35 MW Menengai Geothermal Energy Project in March

Cement tycoon buys Moi out of Sh8bn Menengai power plant firm (Business Daily Africa)

(Courtesy Sosian Menegai Geothermal Power Limited)
Steel and cement tycoon Narendra Raval has bought Baringo Senator Gideon Moi’s stake in a company that won a lucrative deal to build a 35 MW geothermal power plant in Menengai, Nakuru County.

The billionaire’s Devki Group now fully owns Sosian Menengai Geothermal Power, one of the three firms that State-owned Geothermal Development Company (GDC) awarded exclusive rights to set up a steam plant under a build–own–operate model.

The businessman said the investment in geothermal power plant will top $82 million (Sh8.2 billion) and groundbreaking is slated for mid-March. Construction of the plant is expected to take about 18 months.

Ormat Technologies and Quantum Power are the two other firms selected to build a 35 MW steam power plant each on a public-private partnership basis.
The three firms were picked in mid-2014, but work on the power plants is yet to kick off to date.

Iceland: Geothermal Energy Used to Meet Heating and Hot Water Requirements of Nearly 90% of the Nation’s Housing

Record Breaking Hot Water Usage in November (IcelandReview)

The power and the light no. 1. by Christopher Mathews. Aurora borealis and cooling towers at Hellisheiði Power Station, Iceland. August 31, 2016. GRC PHOTO CONTEST 2017 
There has never been more use of hot water in the capital area in November than this year. Mbl reports. The temperature that month was measured as quite cold according to the Icelandic Met Office, explaining the need for more hot water.

Geothermal energy is used to meet the heating and hot water requirements of nearly 90% of the nation’s housing. According to Veitur Utilities, nine million litres of hot water flowed into homes in the capital area last month. That amounts to 15% more usage than during the same month last year.

USA: Electricity from Geothermal Energy Increases by 2.9% Year on Year

US Renewable Electricity Production Up 14.7%, Fossil Fuels & Nuclear Drop (CleanTechnica)

New numbers from the US Energy Information Administration show that renewable electricity production through the first three quarters of 2017 was up 14.7%, while coal, natural gas, oil, and nuclear power all decreased.

In the year to September 2017 11,988 Gigawatthours (GWh) were generated by geothermal energy up from 11,655 in the same period last year, a 2.9% increase. California generated 8,763 GWh an increase of 3.3%, Nevada 2,490 GWh - increase of 1.5%, Utah 343 GWh - a decrease of 2.4%, Oregon 142 GWh - up 13.6%, Hawaii 188 GWh - up 5.2%. Idaho - 51 GWh (down 3.9%) and New Mexico - 10 GWh (down 4.9%) round off the list.

Spain: Government of Canary Islands Needs to Step Up Support for Geothermal Exploration

El Gobierno descarta la geotermia para producir electricidad - The Government disregards geothermal energy for producing electricity (Canarias7)



El Gobierno de Canarias «ni siquiera valora presupuestariamente» la exploración geotérmica de alta entalpía, algo por lo que los cabildos de Gran Canaria, La Palma y Tenerife si apuestan y están dando los primeros pasos, con financiación propia, y de la mano del Involcan. De momento, la exploración es en superficie, previos a hacerlos en profundidad.

(From Google Translation) The Government of the Canary Islands "does not even value fiscally prudent" exploration for high enthalpy geothermal resources, something which the councils of Gran Canaria, La Palma and Tenerife have invested in and are taking the first steps, with their own funding, with help from  Involcan. At the moment, exploration is on the surface, before continuing at depth.

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