The document discusses the development of floating wind power technology called Hywind. It began as an idea in 2001, was demonstrated with a pilot project in 2009, and reached a milestone in 2017 with the opening of the world's first floating wind park in Scotland. The 30 MW Hywind Scotland pilot park consists of 5 floating turbines that provide power for 20,000 homes and has achieved a 60-70% cost reduction from the earlier demonstration project. The technology is positioned to play a key role in offshore wind development going forward.
This job involved placing a temporary water barrier and drainage pipes alongside a newly opened road in Olsztyn, Poland to protect it from heavy rains. A 14-person crew used a 14x12 cm mold over 1400 meters. When roads are built, the excavation destroys roots and leaves the area weak until regrowth. As Poland develops infrastructure and roads for EURO 2012, temporary barriers protect sides until roots regrow to prevent erosion and road damage from water runoff.
Russia_Market business opportunities and events 2018 Business Finland
The document summarizes key figures and trends in the Russian shipbuilding industry. It notes that in 2016 there were 66 vessels under construction and 40 delivered to customers in Russia. The United Shipbuilding Corporation's estimated turnover in 2017 was between 4.6-4.9 billion euros. Major projects driving growth include building a new fishing fleet, construction of icebreakers, and the Arctic LNG-2 project led by Novatek which will require around 15 new VLCC tankers. The new Zvezda shipyard controlled by Rosneft aims to build over 130 vessels by 2035. Protectionism is growing in the Russian shipbuilding industry and state-owned companies are playing a larger role through consolidation.
Russia_Business opportunities in Russia_seminar 10.5.2017Business Finland
Russia presents several key business opportunities in shipbuilding despite sanctions. These include the Arctic LNG-2 project in Murmansk, which has a $10 billion budget and will create thousands of jobs. Russia is also building a new fleet of 65 ice-class vessels by 2019 at shipyards like Vyborg and Admiralty. The country needs new fishing vessels and river ships as well, presenting opportunities for foreign partners to supply components and technologies to Russian shipbuilders. Finland can explore partnerships through industry events in Russia during 2017.
This presentation was given by our Gasbassador Nicolas Leong at the 4th edition of the Myanmar Power Summit.
Wärtsilä Development & Financial Services (WDFS) is a
global project development and customer financing function
WDFS has a global team of 16 project developers and
financing professionals based in Finland, India, the
Netherlands, Singapore, Dubai, Brazil and the United States
The scope of WDFS project development includes engine
power plants, PV power plants, Engine – PV Hybrids and
LNG infrastructure.
WDFS has successfully developed and closed over 30 IPP
projects (approx. 3700 MW) around the world since 1991
The document discusses the development of floating wind power technology called Hywind. It began as an idea in 2001, was demonstrated with a pilot project in 2009, and reached a milestone in 2017 with the opening of the world's first floating wind park in Scotland. The 30 MW Hywind Scotland pilot park consists of 5 floating turbines that provide power for 20,000 homes and has achieved a 60-70% cost reduction from the earlier demonstration project. The technology is positioned to play a key role in offshore wind development going forward.
This job involved placing a temporary water barrier and drainage pipes alongside a newly opened road in Olsztyn, Poland to protect it from heavy rains. A 14-person crew used a 14x12 cm mold over 1400 meters. When roads are built, the excavation destroys roots and leaves the area weak until regrowth. As Poland develops infrastructure and roads for EURO 2012, temporary barriers protect sides until roots regrow to prevent erosion and road damage from water runoff.
Russia_Market business opportunities and events 2018 Business Finland
The document summarizes key figures and trends in the Russian shipbuilding industry. It notes that in 2016 there were 66 vessels under construction and 40 delivered to customers in Russia. The United Shipbuilding Corporation's estimated turnover in 2017 was between 4.6-4.9 billion euros. Major projects driving growth include building a new fishing fleet, construction of icebreakers, and the Arctic LNG-2 project led by Novatek which will require around 15 new VLCC tankers. The new Zvezda shipyard controlled by Rosneft aims to build over 130 vessels by 2035. Protectionism is growing in the Russian shipbuilding industry and state-owned companies are playing a larger role through consolidation.
Russia_Business opportunities in Russia_seminar 10.5.2017Business Finland
Russia presents several key business opportunities in shipbuilding despite sanctions. These include the Arctic LNG-2 project in Murmansk, which has a $10 billion budget and will create thousands of jobs. Russia is also building a new fleet of 65 ice-class vessels by 2019 at shipyards like Vyborg and Admiralty. The country needs new fishing vessels and river ships as well, presenting opportunities for foreign partners to supply components and technologies to Russian shipbuilders. Finland can explore partnerships through industry events in Russia during 2017.
This presentation was given by our Gasbassador Nicolas Leong at the 4th edition of the Myanmar Power Summit.
Wärtsilä Development & Financial Services (WDFS) is a
global project development and customer financing function
WDFS has a global team of 16 project developers and
financing professionals based in Finland, India, the
Netherlands, Singapore, Dubai, Brazil and the United States
The scope of WDFS project development includes engine
power plants, PV power plants, Engine – PV Hybrids and
LNG infrastructure.
WDFS has successfully developed and closed over 30 IPP
projects (approx. 3700 MW) around the world since 1991
The maritime sector in Japan is undergoing restructuring as the shipbuilding industry consolidates. Japanese shipbuilders are acquiring companies abroad, entering into joint ventures, and establishing new foreign operations to focus on new markets and technologies. This restructuring may have implications for Norwegian maritime companies seeking to engage with Japanese partners and access new technologies and expertise in areas like LNG, offshore wind, recycling, and Arctic maritime operations.
There is little doubt that the future of shipping will not remain the same as it is today. At Wärtsilä, a small team - prompted by the inevitable effect that growing global energy demand and increasingly stringent environmental legislation to combat climate change - has been working on future visions for the shipping sector.
More information here --> https://lnkd.in/fzJ6nc3
LNG creates new opportunities for industrial actors and consumers by providing a transport solution for natural gas through liquefaction. LNG can be transported via truck, boat, or train in isolated tanks and distributed flexibly to areas without pipelines. It can also be stored in special isolated tanks. Using natural gas results in significantly lower emissions than oil or coal and allows natural gas to serve as a peak load supplement for biogas. Switching to LNG/natural gas offers customers reduced emissions, complementary use with biogas, convenient energy delivery, and potentially competitive pricing based on volume and infrastructure investments.
Anthony Patrick Haynes is a British mechanical engineer and businessman who has over 40 years of experience in the oil and gas industry, holding senior positions at various consulting firms and advising major companies on projects around the world. His career highlights include developing offshore production technologies, negotiating contracts and tax exemptions, and advising governments on energy development strategies. He holds patents for several oilfield and marine technologies.
Pan European Networks Government Issue 22
http://edition.pagesuite-professional.co.uk/html5/reader/production/default.aspx?pubname=&edid=50193954-4b6a-4e69-a2bb-905b399fbbc6
The document summarizes the Gjøa field development project operated by Statoil. The project involves developing oil and gas reserves in the Gjøa and Vega fields located in the Norwegian Sea. Key aspects include using power from shore to reduce CO2 emissions, facilitating reuse of drilling fluids, and tying the Vega and Vega South gas fields as satellite fields into the Gjøa processing platform. The project involves many contractors and over 19 million man hours executed so far, with production expected over 15+ years, creating economic opportunities for the region.
Statoil in north america nacc otc lunch 050614Statoil
Overview of Statoil's activities in North America, presented by EVP Bill Maloney at the Norwegian American Chamber of Commerce (NACC) OTC luncheon on May 6 2014.
This document discusses Statoil's history and advancements in subsea gas compression technology. It outlines key projects including Ormen Lange, Gullfaks, and Åsgard that demonstrated technological leaps in subsea wet gas compression and full-field subsea gas compression. It describes how subsea gas compression works, with templates on the seafloor separating gas, oil, and water and recompressing the gas for export through manifolds and pipelines.
The document outlines challenges for designing an escape, evacuation, and rescue (EER) system for offshore installations operating in the Arctic. It discusses the need to adapt EER routines for harsh Arctic conditions like ice, low temperatures, wind, and waves. Key challenges identified include: (1) providing escape routes that protect personnel from hazards, (2) evacuating all personnel via craft that can launch safely and transport people away from emergencies, and (3) rescuing evacuated personnel from the sea or craft and transporting them to safety. The document asks for innovative ideas that can meet these challenges and stringent safety requirements.
This document discusses Johan Sverdrup, an oil field located in the North Sea off the coast of Norway. [1] It provides an overview of the licenses and licensees involved in developing the field. [2] It then summarizes how Johan Sverdrup aims to achieve a flexible development based on standard solutions that are dependent on subsurface conditions, including using a production, drilling and quarters jacket, jack-up drilling, seafloor templates, pipelines and a power solution. [3] The presentation concludes by stating that Johan Sverdrup represents the sum of 40 years of activity and development in the Norwegian Continental Shelf, and is an opportunity to bring that history forward in an even better way.
The document discusses challenges and requirements for designing an evacuation, escape, and rescue (EER) system for offshore installations in the Arctic. Key considerations include adapting EER routines for harsh Arctic conditions like ice, low temperatures, wind and waves. The system must safely evacuate all personnel from installations within timeframes that allow for survival. Designs should propose solutions for escape routes, evacuation craft, launching mechanisms, and rescuing people from evacuation crafts during different environmental scenarios, including open water, ice, and darkness. Non-evacuation solutions are also requested.
Ons 2012 sek@ior conference presentation fragrafisk-final_2Statoil
This document discusses increasing oil recovery from existing oil fields through improved technology and prudent resource policies. It provides examples of recovery methods used at the Oseberg oil field, such as gas injection, infill drilling, and 4D seismic imaging. It also discusses Statoil's toolbox for improving energy efficiency and reducing CO2 emissions across the oil production lifecycle. Statoil is pursuing several enhanced oil recovery projects and their goal is to achieve a world class average oil recovery rate of 60% from fields on the Norwegian Continental Shelf.
The document summarizes the Aasta Hansteen gas field development located in Norwegian waters. Some key points:
1) Aasta Hansteen is located in deep waters (1300m) and a challenging environment with rough weather and limited weather windows for operations.
2) It is the world's largest spar concept gas field and the first on the Norwegian Continental Shelf to include condensate storage. Gas reserves are estimated at 47 billion cubic meters.
3) The field is an "opportunity enabler" that can be a hub for future developments through spare infrastructure and connections. It is expected to create local and regional economic effects.
The document summarizes the Peregrino oil field offshore Brazil, which has large untapped oil reserves and potential for increased oil recovery. Statoil operates the field and has already doubled the recovery factor by implementing their technologies. Their ambitions are to further increase recovery by leveraging their technological expertise and evaluating enhanced oil recovery methods such as multi-lateral wells, advanced geosteering, autonomous inflow control valves, infill wells, optimized water injection strategies, and polymer injection.
Statoil at OTC 2014 - The Power of PossibleStatoil
The document discusses Statoil's approach to increasing oil recovery and developing fields by imagining what could be possible through innovative technologies and strategies. It provides four examples:
1) The Troll field in Norway, where developing multi-lateral and branched wells allowed recovery from a previously uneconomic thin oil zone.
2) The Johan Sverdrup field in Norway, a large discovery that will be developed using proven technologies over 50 years.
3) The Peregrino field in Brazil, where increased recovery of 10 times the initial value was achieved through horizontal wells, reservoir management, and heavy oil processing.
4) The Bay du Nord discovery in Canada, which could open a new
The document discusses the possibility of developing a new field center in Skrugard. It notes two substantial oil discoveries in less than a year containing 400-600 million barrels of oil. Four new prospects will be drilled starting in Q4-2012. It also discusses development options for the Skrugard field, including a floating production unit, subsea wells, gas and water reinjection, and offshore loading or a pipeline to an onshore terminal. The development aims to progress an oil hub in the Barents Sea, following discoveries in Skrugard in 2011 and Havis in 2012.
The document summarizes the Aasta Hansteen gas field development located in Norwegian waters. Some key points:
1) Aasta Hansteen is located in deep waters (1300m) and a challenging environment with rough weather and limited weather windows for operations.
2) It is the world's largest spar concept gas field and the first on the Norwegian Continental Shelf to include condensate storage. Gas reserves are estimated at 47 billion cubic meters.
3) The field is an "opportunity enabler" by providing spare capacity, connections, and weight capacity to enable future developments in the area. It will also create local and regional economic effects.
The document discusses technology development at Statoil, including exploration, reservoir, drilling, production, process upgrading, refining and market technologies. It focuses on remote hot tap technology, which allows connecting a branch pipe to an existing pipeline without shutting it down. Key developments include the first remote hot tap operation in 2008 at 145m depth and the deepest at 860m depth in 2009. Ongoing work involves a remotely welded retrofit tee and internal pressure barrier. The document also discusses the reservoir conformance plate valve, which aims to increase oil production from thin zones and heterogeneous reservoirs by choking gas and water using movable disks based on the Bernoulli principle.
The maritime sector in Japan is undergoing restructuring as the shipbuilding industry consolidates. Japanese shipbuilders are acquiring companies abroad, entering into joint ventures, and establishing new foreign operations to focus on new markets and technologies. This restructuring may have implications for Norwegian maritime companies seeking to engage with Japanese partners and access new technologies and expertise in areas like LNG, offshore wind, recycling, and Arctic maritime operations.
There is little doubt that the future of shipping will not remain the same as it is today. At Wärtsilä, a small team - prompted by the inevitable effect that growing global energy demand and increasingly stringent environmental legislation to combat climate change - has been working on future visions for the shipping sector.
More information here --> https://lnkd.in/fzJ6nc3
LNG creates new opportunities for industrial actors and consumers by providing a transport solution for natural gas through liquefaction. LNG can be transported via truck, boat, or train in isolated tanks and distributed flexibly to areas without pipelines. It can also be stored in special isolated tanks. Using natural gas results in significantly lower emissions than oil or coal and allows natural gas to serve as a peak load supplement for biogas. Switching to LNG/natural gas offers customers reduced emissions, complementary use with biogas, convenient energy delivery, and potentially competitive pricing based on volume and infrastructure investments.
Anthony Patrick Haynes is a British mechanical engineer and businessman who has over 40 years of experience in the oil and gas industry, holding senior positions at various consulting firms and advising major companies on projects around the world. His career highlights include developing offshore production technologies, negotiating contracts and tax exemptions, and advising governments on energy development strategies. He holds patents for several oilfield and marine technologies.
Pan European Networks Government Issue 22
http://edition.pagesuite-professional.co.uk/html5/reader/production/default.aspx?pubname=&edid=50193954-4b6a-4e69-a2bb-905b399fbbc6
The document summarizes the Gjøa field development project operated by Statoil. The project involves developing oil and gas reserves in the Gjøa and Vega fields located in the Norwegian Sea. Key aspects include using power from shore to reduce CO2 emissions, facilitating reuse of drilling fluids, and tying the Vega and Vega South gas fields as satellite fields into the Gjøa processing platform. The project involves many contractors and over 19 million man hours executed so far, with production expected over 15+ years, creating economic opportunities for the region.
Statoil in north america nacc otc lunch 050614Statoil
Overview of Statoil's activities in North America, presented by EVP Bill Maloney at the Norwegian American Chamber of Commerce (NACC) OTC luncheon on May 6 2014.
This document discusses Statoil's history and advancements in subsea gas compression technology. It outlines key projects including Ormen Lange, Gullfaks, and Åsgard that demonstrated technological leaps in subsea wet gas compression and full-field subsea gas compression. It describes how subsea gas compression works, with templates on the seafloor separating gas, oil, and water and recompressing the gas for export through manifolds and pipelines.
The document outlines challenges for designing an escape, evacuation, and rescue (EER) system for offshore installations operating in the Arctic. It discusses the need to adapt EER routines for harsh Arctic conditions like ice, low temperatures, wind, and waves. Key challenges identified include: (1) providing escape routes that protect personnel from hazards, (2) evacuating all personnel via craft that can launch safely and transport people away from emergencies, and (3) rescuing evacuated personnel from the sea or craft and transporting them to safety. The document asks for innovative ideas that can meet these challenges and stringent safety requirements.
This document discusses Johan Sverdrup, an oil field located in the North Sea off the coast of Norway. [1] It provides an overview of the licenses and licensees involved in developing the field. [2] It then summarizes how Johan Sverdrup aims to achieve a flexible development based on standard solutions that are dependent on subsurface conditions, including using a production, drilling and quarters jacket, jack-up drilling, seafloor templates, pipelines and a power solution. [3] The presentation concludes by stating that Johan Sverdrup represents the sum of 40 years of activity and development in the Norwegian Continental Shelf, and is an opportunity to bring that history forward in an even better way.
The document discusses challenges and requirements for designing an evacuation, escape, and rescue (EER) system for offshore installations in the Arctic. Key considerations include adapting EER routines for harsh Arctic conditions like ice, low temperatures, wind and waves. The system must safely evacuate all personnel from installations within timeframes that allow for survival. Designs should propose solutions for escape routes, evacuation craft, launching mechanisms, and rescuing people from evacuation crafts during different environmental scenarios, including open water, ice, and darkness. Non-evacuation solutions are also requested.
Ons 2012 sek@ior conference presentation fragrafisk-final_2Statoil
This document discusses increasing oil recovery from existing oil fields through improved technology and prudent resource policies. It provides examples of recovery methods used at the Oseberg oil field, such as gas injection, infill drilling, and 4D seismic imaging. It also discusses Statoil's toolbox for improving energy efficiency and reducing CO2 emissions across the oil production lifecycle. Statoil is pursuing several enhanced oil recovery projects and their goal is to achieve a world class average oil recovery rate of 60% from fields on the Norwegian Continental Shelf.
The document summarizes the Aasta Hansteen gas field development located in Norwegian waters. Some key points:
1) Aasta Hansteen is located in deep waters (1300m) and a challenging environment with rough weather and limited weather windows for operations.
2) It is the world's largest spar concept gas field and the first on the Norwegian Continental Shelf to include condensate storage. Gas reserves are estimated at 47 billion cubic meters.
3) The field is an "opportunity enabler" that can be a hub for future developments through spare infrastructure and connections. It is expected to create local and regional economic effects.
The document summarizes the Peregrino oil field offshore Brazil, which has large untapped oil reserves and potential for increased oil recovery. Statoil operates the field and has already doubled the recovery factor by implementing their technologies. Their ambitions are to further increase recovery by leveraging their technological expertise and evaluating enhanced oil recovery methods such as multi-lateral wells, advanced geosteering, autonomous inflow control valves, infill wells, optimized water injection strategies, and polymer injection.
Statoil at OTC 2014 - The Power of PossibleStatoil
The document discusses Statoil's approach to increasing oil recovery and developing fields by imagining what could be possible through innovative technologies and strategies. It provides four examples:
1) The Troll field in Norway, where developing multi-lateral and branched wells allowed recovery from a previously uneconomic thin oil zone.
2) The Johan Sverdrup field in Norway, a large discovery that will be developed using proven technologies over 50 years.
3) The Peregrino field in Brazil, where increased recovery of 10 times the initial value was achieved through horizontal wells, reservoir management, and heavy oil processing.
4) The Bay du Nord discovery in Canada, which could open a new
The document discusses the possibility of developing a new field center in Skrugard. It notes two substantial oil discoveries in less than a year containing 400-600 million barrels of oil. Four new prospects will be drilled starting in Q4-2012. It also discusses development options for the Skrugard field, including a floating production unit, subsea wells, gas and water reinjection, and offshore loading or a pipeline to an onshore terminal. The development aims to progress an oil hub in the Barents Sea, following discoveries in Skrugard in 2011 and Havis in 2012.
The document summarizes the Aasta Hansteen gas field development located in Norwegian waters. Some key points:
1) Aasta Hansteen is located in deep waters (1300m) and a challenging environment with rough weather and limited weather windows for operations.
2) It is the world's largest spar concept gas field and the first on the Norwegian Continental Shelf to include condensate storage. Gas reserves are estimated at 47 billion cubic meters.
3) The field is an "opportunity enabler" by providing spare capacity, connections, and weight capacity to enable future developments in the area. It will also create local and regional economic effects.
The document discusses technology development at Statoil, including exploration, reservoir, drilling, production, process upgrading, refining and market technologies. It focuses on remote hot tap technology, which allows connecting a branch pipe to an existing pipeline without shutting it down. Key developments include the first remote hot tap operation in 2008 at 145m depth and the deepest at 860m depth in 2009. Ongoing work involves a remotely welded retrofit tee and internal pressure barrier. The document also discusses the reservoir conformance plate valve, which aims to increase oil production from thin zones and heterogeneous reservoirs by choking gas and water using movable disks based on the Bernoulli principle.
The document discusses Statoil's exploration activities in the Arctic region, which contains vast untapped oil and gas resources. Statoil plans to broaden its presence across the Arctic through exploration and development projects in areas like the Barents Sea, Russia, Canada, Alaska, and Greenland. In 2013, Statoil will conduct an extensive drilling campaign in the Barents Sea and acquire 3D seismic data in licenses in Russia, Canada, and Greenland as it works to establish new discoveries and prove additional resources in the region.
Greenland Minerals and Energy Company Presentation, Symposium Investor Roadsh...Symposium
Greenland Minerals and Energy Ltd owns the Kvanefjeld rare earth and uranium project in Greenland. The project contains one of the world's largest rare earth resources. It has undergone extensive exploration, technical studies, and process development to advance towards development. Greenland Minerals is working to finalize strategic partnerships and off-take agreements in order to apply for exploitation licenses and progress the project.
Oil and Gas Exploration in the Arctic - Vast, Technically Recoverable Oil and...ReportsnReports
This document summarizes an oil and gas industry report about exploration in the Arctic region. It finds that the Arctic holds an estimated 22% of the world's undiscovered oil and gas resources. International oil companies are increasing exploration there due to new technologies, shrinking sea ice, and tax incentives from Russia. However, exploration also faces challenges from environmental groups and harsh conditions. The report details exploration activities and partnerships between oil companies and Russia's Rosneft and Gazprom in the Arctic.
Updated presentation on our re-start plans for the past producing Puffy Lake Mine.
Auriga Gold Corp. is an emerging Canadian gold producer focused on re-starting the Puffy Mine and expanding gold resources on its Puffy and Nokomis gold deposits (collectively the "Maverick Gold Project"). The Company plans to upgrade and expand the resources at the Maverick Gold Project, initiate test mining, complete feasibility studies of mineral reserves, and bring the Puffy Mine back into production. The Puffy Mine includes a 1,000 tpd flotation mill with a replacement value in excess of $50 million, over 7,000 meters of developed underground ramp to 135 metres depth, is fully road accessible and close to existing mining infrastructure. The Maverick Gold Project is located in the Flin Flon Greenstone Belt of Central Manitoba. To view current images of the property and mill, please see www.aurigagold.ca/s/photogallery.asp
Investor presentation delivered by Kingsgate Consolidated's General Manager for corporate and markets Joel Forwood, at the Gold Investment Symposium held in Sydney, 8th and 9th October 2014
Finpro Market Opportunity Day_Opportunities for Finnish Arctic Know How in Ru...Business Finland
The Russian Government has accepted a National Arctic Strategy through 2020 that identifies challenges matching Finnish competencies in offshore, maritime, and mining industries. Finpro can help seize these opportunities in Russia through their trade center network offering local expertise. Key drivers of opportunity in the Russian Arctic include oil, gas, and minerals development as well as the Northern Sea Route. Annual investments in Arctic development are planned at 5.6 billion euros through 2020. Consumer potential also exists among the higher income 2.3 million people living in the Arctic region. Examples of client needs include efficient ship repair for the Northern Sea Route, port infrastructure and navigation support, and mining equipment and technologies.
Murad Sadikhov_ Upstairs, Downstairs - The Business YearMurad Sadikhov
Murad Sadikhov is the General Manager of Nobel Oil in Azerbaijan. He discusses the history and operations of Nobel Oil, which began in 2005 providing oil and gas production services. It has since expanded its portfolio of integrated engineering services. Nobel Oil's main customers are SOCAR and its production unions. Sadikhov outlines Nobel Oil's four business functions: integrated energy services, procurement and supply chain management, engineering and project management, and upstream operations through a 20% interest in the Umid field. He expects 2013 to be challenging as many large projects by SOCAR and BP will require adequate resources to participate in competitive bidding processes.
This document analyzes potential maintenance and supply opportunities from major oil and gas projects in Northern Australia centered around Darwin. It summarizes upcoming and existing LNG projects that will utilize Darwin as an operations hub by 2016, including the Ichthys LNG and Prelude FLNG projects. The analysis identifies capability gaps in the local supply sector that represent opportunities for companies, and provides an overview of exploration activity in key onshore basins in the Northern Territory. The goal is to help industry and government capitalize on the growth of Darwin as a major oil and gas hub.
Det strategiska innovationsprogrammet för svensk gruv- och metallproducerande industri (SIP STRIM; www.sipstrim.se) finansieras av Vinnova och de ledande svenska gruvbolagen, global leverantörsindustri med nordisk bas, universitet, forskningsinstitut, myndigheter och intresseorganisationer. Programmet löper under 2013-2016, men har
som ambition att fortsätta även efter 2016. Genom innovationsprojekt adresseras globala utmaningar samtidigt som projekten bidrar till en hållbar utveckling, förnyelse och stärkt svensk konkurrenskraft inom programområdet.
Insatser sker inom fyra huvudområden:
- · Teknisk innovation
- · Kunskapsspridning
- · Kompetensutveckling
- · Uppväxling med nationell, nordisk och EU-finansiering
Insatser skall genomföras längs hela värdekedjan prospektering–gruvdrift–mineralteknik–metallurgi–återvinning. Även
horisontella, överbryggande insatser såsom mineralekonomi, resurskaraktärisering, automation och processkontroll, miljö och attraktiva arbetsplatser bör adresseras. Förutom fullskaliga innovationsprojekt och förstudier omfattar programmet en
rad aktiviteter för att stödja uppbyggnad av nätverk med ambitionen stödja också SMF-deltagande i programmet.
This document provides an overview and summary of logistics and mining developments in the Arctic. It discusses two major Arctic shipping routes - the Northern Sea Route along Russia's northern coast and the Northwest Passage through Canada. It also reviews transportation infrastructure like roads, railroads, and ports being developed to support the increased mining and resource extraction occurring in various Arctic countries. Key challenges to Arctic logistics like harsh conditions, short operating seasons, and lack of infrastructure are also outlined.
World’s largest undeveloped tin deposit in KazakhstanSyrymbet JSC
The document summarizes the development stages of the Syrymbet tin deposit project in Kazakhstan, which includes a pre-feasibility study from 2013-2015, definitive feasibility study from 2015-2016, and planned production starting in 2017. Key activities included confirmation drilling, resource estimation, process testwork, environmental studies, and preliminary infrastructure design. The Syrymbet deposit is described as the world's largest undeveloped tin deposit. Government support includes approval of funds for new power and road infrastructure.
Objective Capital Rare Earths, Speciality and Minor Metals Investment Summit
Focus on rare earths projects around the world
The Archie Lake Rare Earth Element Property in Saskatchewan
18 March 2010
by Peter Dickie, Quantum Rare Earth Developments
This document discusses carbon capture and storage (CCS) opportunities in the Nordic countries. It finds that the Nordic countries could collectively store 59% of Europe's potential CCS capacity. Norway in particular has significant potential storage in saline aquifers and depleted oil/gas fields. The document also analyzes the costs of CCS implementation and identifies industrial clustering and natural gas sweetening as particularly viable early applications of CCS in the Nordics. It calls for regional cooperation on CCS to reduce costs through economies of scale.
- Premier reported strong 2013 annual results with cash flows of $833 million, up from $808 million in 2012. Cash on hand was $449 million.
- Production for 2013 was 57.7 thousand barrels of oil equivalent per day, up from 58.2 thousand in 2012.
- Six discoveries were made from seven exploration wells drilled in 2013, adding 40 million barrels of oil equivalent of resources.
- The company will focus investments on high-return projects while maintaining a strong balance sheet and reducing capital exposure to the Sea Lion project off the Falkland Islands.
- Premier reported strong 2013 annual results with cash flows of $833 million, up from $808 million in 2012. Cash on hand was $449 million.
- Production for 2013 was 57.7 thousand barrels of oil equivalent per day, up from 58.2 thousand in 2012.
- The company expects to sanction the Catcher development in 2014 and for Solan to come online late 2014. Exploration successes included discoveries in Norway, Indonesia and the Falklands.
- Premier will focus investments on highest return projects while maintaining a strong balance sheet and reducing capital exposure to the Sea Lion project.
Going north: Step by step - 20 October 2012 - BI alumni, Stavanger - Erik Haa...Erik Haaland
This document discusses Statoil's history and future plans for oil and gas exploration and production in the Arctic. It notes that global demand for oil and gas is increasing, and that Statoil has been gradually expanding operations northward in Norway since its first discovery in 1969. Statoil takes a stepwise approach to Arctic development, focusing on understanding each area before large-scale activity and improving technology over time. The document outlines Statoil's recent discoveries and investments in the Norwegian and Russian Arctic and emphasizes that Arctic development requires overcoming challenges like distance, ice, and environmental protection.
Similar to A collaborative approach to the Arctic (16)
The document discusses Statoil's technology for unlocking operations in the Arctic. It highlights the need to develop Arctic-specific technology for safe and sustainable operations in harsh environments, including drilling units for ice conditions, subsea factories, and innovations for emergency preparedness, oil spill response, and evacuation. Statoil's executive vice president encourages learning from industry cooperation and developing new technology to cross energy frontiers and unlock the potential of the far north.
The document discusses challenges and requirements for designing an evacuation, escape, and rescue (EER) system for offshore installations in the Arctic. Key points include:
1. The EER system must safely transport people away from emergencies and to a refuge area, protecting them from hazards like fire, gas, ice, waves, and slippery conditions.
2. The evacuation craft must be accessible to all 150 people onboard and launched in various conditions including open water, waves, ice, and darkness.
3. The launching mechanism for evacuation crafts must work at a 15 degree tilt and clear the installation without endangering people.
4. Solutions are needed to rescue people from evacuation crafts to waiting
Ons 2012 unlocking the resources of the north - runiStatoil
Statoil aims to play a key role in developing Arctic energy resources in a sustainable manner. It has steadily built Arctic competence through projects in Alaska, Canada, Greenland, and Russia. Statoil recognizes that technology is crucial to developing Arctic resources and that international collaboration is essential given the challenges of the region. Statoil believes the Arctic will be an important source of future energy and is well positioned in key basins like the Barents Sea.
Statoil is seeking innovative IT solutions from companies and individuals to address challenges around collaboration across business locations, mobility of people and data, and managing increasing amounts of data. Specifically, they are interested in ideas that enable seamless 3D collaboration, use of social software to connect expertise globally, better visualization of subsurface models, utilizing their high-speed WAN, wireless tracking of personnel offshore, making data rapidly available in new locations, and ensuring global availability of huge data sets across locations. Interested parties are invited to submit their ideas to Statoil Innovate.
Statoil is looking for new IT solutions to address challenges related to mobility, collaboration, speed of deployment, technical complexity, and data management. Examples of challenges include developing mobile apps to guide offshore workers, enabling global experts to collaborate on 3D models in real-time, rapidly deploying new high performance computing technologies, and efficiently searching and sharing large amounts of georeferenced data across multiple business locations. Statoil is interested in innovative ideas from startups and encourages submissions to their idea@statoil.com email address.
The document discusses three challenges related to producing gas from hydrate reservoirs: (1) temperature control as gas production can cause cooling that may lead to hydrate formation near the wellbore; (2) sand control as hydrate reservoirs in unconsolidated sediments can cause issues and the only production test showed this was important; and (3) water control as hydrate production will result in large amounts of water that needs to be disposed of.
The document discusses several challenges related to plugging and abandoning oil wells in a more efficient and cost-effective manner. It proposes questions around developing new tools and methods for removing casing strings more quickly when they are stuck, finding alternative materials to cement for creating annular barriers, and investigating options for permanently sealing wells without removing tubing and casing.
At 300 meters depth, we have it covered. But at depths up to 3000
meters, the physical conditions demand a radical re-think around
techniques and technology.
The document discusses the challenge of seismic exploration beneath basalt rock formations. Seismic waves are absorbed and scattered by basalt, making it difficult to image subsurface structures below. Basalt formations can be many kilometers thick and consist of alternating layers of high and low velocity rock. Several techniques have been tried with limited success, including low frequency sources, long streamer offsets, and advanced processing methods. The document invites innovative ideas to improve sub-basalt imaging, such as new seismic sources, stronger high frequencies, receiver arrays on the seafloor, or electromagnetic methods.
Longer, deeper, colder - Technology to cross energy frontiersStatoil
The document discusses Statoil's strategy and technology development for longer, deeper, and colder operations to access new energy frontiers. Key parts of the strategy include maximizing value from the Norwegian Continental Shelf through subsea processing technologies, building international growth through collaboration and partnerships, and positioning themselves to meet future challenges through world-class research and testing facilities. Statoil has a track record of pioneering subsea technologies like pumps, separators, and long-distance transport that have enabled major offshore field developments. Their vision is to develop "The Subsea Factory" through continued technology innovation.
The document summarizes experiences from executing the Tyrihans SRSWI (Subsea Raw Seawater Injection) project. The SRSWI system injects seawater into reservoirs to increase oil recovery. Key experiences included successful integration testing of subsea equipment and control systems. Interfaces between contractors required clear responsibilities and information exchange. Marine operations like umbilical installation were time critical. Commissioning of the full injection system will be completed after the injection well is ready.
Subsea well intervention: Learning from the past - planning for the futureStatoil
1) Subsea well intervention technology has advanced from using only dry trees and platforms to now include wet trees and the ability to perform more complex interventions subsea.
2) Learning from past operations, operators are planning for the future of subsea well intervention by developing new technologies like temporary riser systems to allow more extensive intervention capabilities subsea.
3) These new temporary riser systems will enable a wider range of intervention activities subsea like drilling of sidetracks, helping to increase recovery from maturing subsea fields.
Recruiting in the Digital Age: A Social Media MasterclassLuanWise
In this masterclass, presented at the Global HR Summit on 5th June 2024, Luan Wise explored the essential features of social media platforms that support talent acquisition, including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok.
Best practices for project execution and deliveryCLIVE MINCHIN
A select set of project management best practices to keep your project on-track, on-cost and aligned to scope. Many firms have don't have the necessary skills, diligence, methods and oversight of their projects; this leads to slippage, higher costs and longer timeframes. Often firms have a history of projects that simply failed to move the needle. These best practices will help your firm avoid these pitfalls but they require fortitude to apply.
Discover timeless style with the 2022 Vintage Roman Numerals Men's Ring. Crafted from premium stainless steel, this 6mm wide ring embodies elegance and durability. Perfect as a gift, it seamlessly blends classic Roman numeral detailing with modern sophistication, making it an ideal accessory for any occasion.
https://rb.gy/usj1a2
Zodiac Signs and Food Preferences_ What Your Sign Says About Your Tastemy Pandit
Know what your zodiac sign says about your taste in food! Explore how the 12 zodiac signs influence your culinary preferences with insights from MyPandit. Dive into astrology and flavors!
Tata Group Dials Taiwan for Its Chipmaking Ambition in Gujarat’s DholeraAvirahi City Dholera
The Tata Group, a titan of Indian industry, is making waves with its advanced talks with Taiwanese chipmakers Powerchip Semiconductor Manufacturing Corporation (PSMC) and UMC Group. The goal? Establishing a cutting-edge semiconductor fabrication unit (fab) in Dholera, Gujarat. This isn’t just any project; it’s a potential game changer for India’s chipmaking aspirations and a boon for investors seeking promising residential projects in dholera sir.
Visit : https://www.avirahi.com/blog/tata-group-dials-taiwan-for-its-chipmaking-ambition-in-gujarats-dholera/
buy old yahoo accounts buy yahoo accountsSusan Laney
As a business owner, I understand the importance of having a strong online presence and leveraging various digital platforms to reach and engage with your target audience. One often overlooked yet highly valuable asset in this regard is the humble Yahoo account. While many may perceive Yahoo as a relic of the past, the truth is that these accounts still hold immense potential for businesses of all sizes.
Navigating the world of forex trading can be challenging, especially for beginners. To help you make an informed decision, we have comprehensively compared the best forex brokers in India for 2024. This article, reviewed by Top Forex Brokers Review, will cover featured award winners, the best forex brokers, featured offers, the best copy trading platforms, the best forex brokers for beginners, the best MetaTrader brokers, and recently updated reviews. We will focus on FP Markets, Black Bull, EightCap, IC Markets, and Octa.
Structural Design Process: Step-by-Step Guide for BuildingsChandresh Chudasama
The structural design process is explained: Follow our step-by-step guide to understand building design intricacies and ensure structural integrity. Learn how to build wonderful buildings with the help of our detailed information. Learn how to create structures with durability and reliability and also gain insights on ways of managing structures.
Taurus Zodiac Sign: Unveiling the Traits, Dates, and Horoscope Insights of th...my Pandit
Dive into the steadfast world of the Taurus Zodiac Sign. Discover the grounded, stable, and logical nature of Taurus individuals, and explore their key personality traits, important dates, and horoscope insights. Learn how the determination and patience of the Taurus sign make them the rock-steady achievers and anchors of the zodiac.
3 Simple Steps To Buy Verified Payoneer Account In 2024SEOSMMEARTH
Buy Verified Payoneer Account: Quick and Secure Way to Receive Payments
Buy Verified Payoneer Account With 100% secure documents, [ USA, UK, CA ]. Are you looking for a reliable and safe way to receive payments online? Then you need buy verified Payoneer account ! Payoneer is a global payment platform that allows businesses and individuals to send and receive money in over 200 countries.
If You Want To More Information just Contact Now:
Skype: SEOSMMEARTH
Telegram: @seosmmearth
Gmail: seosmmearth@gmail.com
IMPACT Silver is a pure silver zinc producer with over $260 million in revenue since 2008 and a large 100% owned 210km Mexico land package - 2024 catalysts includes new 14% grade zinc Plomosas mine and 20,000m of fully funded exploration drilling.
1. SP02 – Arctic development challenges - partnerships among industry &
governments
Tim Dodson
Statoil ASA, Norway
A collaborative approach to the Arctic
Executive Vice President Exploration
Moscow, Russia | 15-19 June, 2014
2. Moscow, Russia | 15-19 June, 2014
Stretch ArcticWorkable Arctic Extreme Arctic
• Requirement for
incremental innovation
and technology
development
• For example North West
Greenland
• Oil & gas activities
possible with today’s
technologies
• For example Southern
Barents Sea and East
Coast Canada
• Requirement for radical
innovation and
technology development
• For example North East
Greenland
There is not one Arctic
3. Moscow, Russia | 15-19 June, 2014
Statoil positions
Newfoundland
Norwegian Barents Sea
Russian Barents Sea
Okhotsk Sea
Chukchi Sea
West Greenland
East Greenland
Statoil well positioned in the Arctic
4. Moscow, Russia | 15-19 June, 2014
Climatic conditions Health and safety Environment Remoteness
Safe and sustainable operations
The Arctic challenges
5. Moscow, Russia | 15-19 June, 2014
Licence to operate
Trust is the new currency. Society is
expecting more transparency from our
industry
Innovation
We need more innovative technology and
business models to succeed in the Arctic
Collaboration
Nobody can survive alone in the Arctic
How to succeed in the Arctic
6. Moscow, Russia | 15-19 June, 2014
• 10 companies
• Aim to further build
on existing research
• Improve the
technologies and
methodologies
• Cat-I rig concept
• Statoil and suppliers
working together
• Combining
operational
experience, supplier
knowledge and R&D
• 33 companies join
forces for seismic
acquisition
• Reduces cost and
impact
• Statoil operator
Creating value through collaboration
7. Moscow, Russia | 15-19 June, 2014
There is not just one Arctic
Collaboration is key to manage cost and risk
Licence to operate is imperative