The SP Technical Research Institute of Sweden, in Swedish SP Sveriges Tekniska Forskningsinstitut, is a joint stock company, fully owned by the Swedish government. It was formerly known as Statens Provningsanstalt , thus the abbreviation SP. The company has its headquarters in Borås and employs 1000 persons.Business areas include, among other things, applied research, technical studies and investigations, quality assurances, standardization and certification. Wikipedia.
News Article | April 20, 2017
Shareholders who wish to attend the extraordinary general meeting must - be listed in the shareholders' register maintained by Euroclear Sweden AB on Thursday, 11 May 2017, and - give notice of their intention to attend the meeting no later than Thursday, 11 May 2017. Notification may be given in any of the following manners: - by telephone +46 8 402 90 59, weekdays between 8 a.m. and 5 p.m. In addition to notification, shareholders who have their shares registered through a bank or other nominee must request to be entered into the share register by Thursday, 11 May 2017, in order to be entitled to attend the meeting. Such registration may be temporary. In such cases, the shareholder should instruct the nominee of this well in advance of Thursday, 11 May 2017. Name, personal identity number/corporate registration number, address and telephone number, and accompanying persons, if any, should be stated when notification is given. Shareholders represented by proxy should deliver a proxy in the original to the company prior to the extraordinary general meeting. Proxy forms are available upon request and on the company website www.sca.com. Anyone representing a corporate entity must present a copy of the registration certificate, not older than one year, or equivalent authorization document, listing the authorized signatories. 1. Opening of the meeting and election of chairman of the meeting. 2. Preparation and approval of the voting list. 3. Election of two persons to check the minutes. 4. Determination of whether the meeting has been duly convened. 6. Resolution on the number of directors and deputy directors. 7. Resolution on the remuneration to be paid to the board of directors. The nomination committee proposes Eva Hägg, attorney at law, as chairman of the extraordinary general meeting. The nomination committee proposes the following: - The number of directors shall be nine with no deputy directors. - Remuneration shall be paid by an amount of SEK 600,000 to each of the board members elected by the general meeting and who is not employed by the company, and of SEK 1,800,000 to the chairman of the board of directors. In addition, remuneration for committee work shall be paid in accordance with the resolution adopted by the annual general meeting on 5 April, 2017. With respect to the board members elected by the annual general meeting on 5 April, 2017 and who shall remain as board members, the proposal means a reduction of the remunerations with SEK 100,000 for each board member and with SEK 300,000 for the chairman of the board, based on a term of office of one year. - Election of Charlotte Bengtsson, Lennart Evrell, Ulf Larsson, Martin Lindqvist and Lotta Lyrå as new directors. The proposal for new elections is presented as a result of the board members Ewa Björling, Maija-Liisa Friman, Magnus Groth, Johan Malmquist, Louise Svanberg and Lars Rebien Sörensen having declared that they are not at the disposal for the board in SCA following a listing of SCA Hygiene AB (under name change to Essity Aktiebolag (publ)). The proposed board members are proposed to take office on the first day of trading of the shares of SCA Hygiene AB on Nasdaq Stockholm. It is noted that the board of directors from the first day of trading of the shares of SCA Hygiene AB thereby will be composed of Pär Boman (chairman), Charlotte Bengtsson, Lennart Evrell, Annemarie Gardshol, Ulf Larsson, Martin Lindqvist, Bert Nordberg, Barbara Milian Thoralfsson and Lotta Lyrå. The resolutions pursuant to items 6–8 are conditional upon SCA Hygiene AB (under name change to Essity Aktiebolag (publ)) being admitted to trading on Nasdaq Stockholm. If the condition is not met, no changes in the board of directors elected at the annual general meeting on 5 April, 2017 will be made. has a Master of Science in Engineering, Steel and Wood Construction and is a Technology Licentiate and Doctor in Technology from Chalmers University of Technology. Since 2015 Charlotte Bengtsson is Managing Director of Skogsforsk research institute and previously, in 1999–2014, she served as Department Manager of Wood Engineering and Wood Construction as well as researcher/project leader in wood construction at SP Technical Research Institute of Sweden. Further, Charlotte Bengtsson is Adjunct professor of Wood Building Technology at Linnaeus University. Independent in relation to SCA's major shareholders. , has a Master of Science in Engineering from Royal Institut of Technology and is an Economist from Uppsala University. Since 2008, Lennart Evrell is President and CEO of Boliden. Further, Lennart Evrell holds the position as Chairman of the board of Umeå University and of Gruvornas Arbetsgivareförbund, and as board member of the Confederation of Swedish Enterprise. Since 1985 Lennart Evrell has also held a numerous of senior positions, e.g. as President and CEO of Sapa and Munters, and various positions within ASEA, Atlas Copco and Sphinx Gustavsberg. Independent in relation to the company, management and SCA's major shareholders. , has a Bachelor of Science in Forestry from Swedish University of Agricultural Sciences, and is President of SCA Forest Products AB since 2008. Ulf Larsson is also Executive Vice President of SCA since 2016, and has experience from executive positions within Scaninge Timber, SCA Skog, SCA Timber and Domänverket since 1987. Further, Ulf Larsson is board member of the Confederation of Swedish Enterprise and former board member of Mid Sweden University and Heinzel Holding GmbH. Independent in relation to SCA's major shareholders. has a Bachelor of Economics from Uppsala University and is President and CEO of SSAB since 2011, and board member of Industriarbetsgivarna and BasEL. Previously Martin Lindqvist has held positions such as board member of Indutrade AB and Chief Controller for NCC. Since 1998 Martin Lindqvist has held numerous senior positions within SSAB, including Business Area Manager, Divisional Manager, CFO and Financial Manager. Independent in relation to the company, management and SCA's major shareholders.] has a Master of Science in Economy from Stockholm School of Economics and is President and CEO-elect of Clas Ohlson. Since 2009, Lotta Lyrå has held senior positions within the Ikea Group, including Head of strategy as well as Head of development. Prior to this Lotta Lyrå was Head of development at Södra Timber, sawmill manager at Södra's sawmill in Mönsterås and former employee of McKinsey & Company. Independent in relation to the company, management and SCA's major shareholders. The nomination committee is composed of Helena Stjernholm, AB Industrivärden (chairman), Petter Johnsen, Norges Bank Investment Management, Håkan Sandberg, Handelsbankens Pensionsstiftelse and others, Marianne Nilsson, Swedbank Robur and Pär Boman, chairman of the board of SCA. Documentation, which, according to the Companies Act, shall be made available at the extraordinary general meeting, as well as proxy forms will be available at the company and on the company website, www.sca.com, no later than 25 April 2017, and will be distributed free of charge to shareholders upon request and notification of postal address. The board of directors and the president shall, if any shareholder so requests and the board of directors believes that it can be done without material harm to the company, provide information regarding circumstances that may affect the assessment of an item on the agenda. The total number of shares in the company amounts to 705,110,094 shares, of which 64,594,523 are series A shares and 640,515,571 are series B shares, representing a total of 1,286,460,801 votes. The series A share carries ten votes and the series B share carries one vote. The company holds 2,767,605 series B shares, which may not be represented at the general meeting. In accordance with a resolution on the 2017 annual general meeting, these shares are subject to a so-called process of cancellation of shares. The information pertains to the circumstances as per the time of issuing this notice. NB: The information was submitted for publication at 19:00 CET on April 20, 2017. This information was brought to you by Cision http://news.cision.com The following files are available for download: To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/notice-of-the-extraordinary-general-meeting-300442861.html
Hiller C.,SP Technical Research Institute of Sweden
Energy and Buildings | Year: 2012
The aim of this paper is to contribute to the knowledge about energy use in residential buildings. Field measurements were carried out in 57 electrically heated Swedish single-family houses, where the total energy use (i.e. electricity use for space heating, household electricity and electricity use for hot water production), indoor temperatures and water use were recorded during four winter days. Some of the findings were that differences for households' total energy use of similar houses were large. The characteristics of load curves clearly differ between weekdays and weekend days. The water use differs greatly for the households. This paper is part of a larger project where time use diaries were used in order to further link the energy use to residents' every day energy related behaviours. To get a better understanding of the energy use in our homes is a prerequisite to be able to both recognise the problems as well as the potentials of reaching energy goals of our society, leading to a decreased impact on the environment from the building sector. © 2012 Elsevier B.V. All rights reserved.
Soroudi A.,SP Technical Research Institute of Sweden |
Jakubowicz I.,SP Technical Research Institute of Sweden
European Polymer Journal | Year: 2013
This review presents scientific findings concerning the recycling of bioplastics, their blends and thermoplastic biocomposites, with special focus on mechanical recycling of bio-based materials. The paper does not include bio-based commodity plastics such as bio-derived polyolefins that are identical to their petroleum-based counterparts and that can be recycled in the same way. During the past few years, recycling of biopolymers and their blends has been studied using both mechanical and chemical methods, whereas in biocomposites, the focus has been on mechanical recycling. This review goes through the findings on the recyclability of various materials, the strengths and weaknesses of applied methods, as well as the potential strategies and opportunities for future improvements. There are still many blends that have not been investigated for their recyclability. Information about commercially available blends containing bioplastics is summarised in the Appendix because of the importance of their possible effects on the conventional plastic recycling streams. © 2013 Elsevier Ltd. All rights reserved.
Thiel V.,University of Gottingen |
Sjovall P.,SP Technical Research Institute of Sweden
Annual Review of Earth and Planetary Sciences | Year: 2011
Time-of-flight secondary ion mass spectrometry (ToF-SIMS) is a technique designed to analyze the composition and spatial distribution of molecules and chemical structures on surfaces. These capabilities have generated much interest in its use in geobiology, in particular for the characterization of organic biomarkers (molecular biosignatures) at the microscopic level. We here discuss the strengths, weaknesses, and potential of ToF-SIMS for biomarker analyses with a focus on applications in geobiology, including biogeochemistry, organic geochemistry, geomicrobiology, and paleobiology. After describing the analytical principles of ToF-SIMS, we discuss issues of biomarker spectral formation and interpretation. Then, key applications of ToF-SIMS to soft (microbial matter, cells), hard (microbial mineral precipitates), and liquid (petroleum) samples relevant in geobiology are reviewed. Finally, we examine the potential of ToF-SIMS in biomarker research and the current limitations and obstacles for which further development would be beneficial to the field. Copyright © 2011 by Annual Reviews. All rights reserved.
Hakonen A.,Gothenburg University |
Stromberg N.,SP Technical Research Institute of Sweden
Chemical Communications | Year: 2011
We demonstrate a nanoparticle based ratiometric fluorosensor suitable for non-invasive high-resolution imaging of complex samples. Coextraction generates a movement of a solvatochromic dye, with a consequent shift from plasmophore coupled emission towards longer wavelength scattering enhanced emission. The nanoparticle doped sensors confirmed superior sensitivity, reversibility, durability and overall image quality. © 2011 The Royal Society of Chemistry.
Hakonen A.,Gothenburg University |
Stromberg N.,SP Technical Research Institute of Sweden
Analyst | Year: 2012
A basic square root function was successfully used as a diffusion consistent calibration function that considers depletion mechanisms often occurring within optical chemical sensors. This continuous function improved image quality and simplified the calibration process. It may be a universal tool for the typical response function of reversible diffusion controlled sensing reactions. Further, we demonstrate that the gold nanoparticle interaction based ammonium fluorosensor is suitable for non-invasive high-resolution quantitative imaging of complex samples. The plasmon sensitized optical sensors were utilized as a bioanalytical tool for chemical imaging of natural degradation processes occurring in biological tissues. Analytical performance of the nanoparticle enhanced sensors confirmed superior sensitivity, reversibility, durability and overall image quality over non-doped sensing membranes. Although applied in a complex matrix of high potassium (major interferent) and very high sodium (interferent) excellent performance is achieved. The nanoparticle interaction/coextraction based sensing scheme utilized in this study is general and can be used for numerous ions, preferably combined with the diffusion consistent calibrations for superior analytical performance. A table with 44 commercially available ionophores is provided to guide potential users of this sensor configuration. © 2012 The Royal Society of Chemistry.
Zhang X.,SP Technical Research Institute of Sweden
Journal of Sound and Vibration | Year: 2010
For a sound source, directivity is an important parameter to specify. This parameter also reflects the physical feature of the sound generation mechanism. In this article, studies on the directivity of railway noise, by measurement and by theoretical investigation, are discussed extensively and systematically. The two most important noise types, i.e. rolling noise and aerodynamic noise, are focused on. A model of perpendicular dipole pair is proposed to interpret the measurement specified directivity characters of wheel/rail radiation. This model naturally explains why a vibrating railway wheel does not present dipole directivity character and why rail radiation is of different vertical and horizontal directivity characters. Moreover pantograph noise is also found to be of perpendicular dipole components. As for aerodynamic noise around bogies, scattering of the air flow is proposed to be the mechanism of the noise generation; this understanding leads to a different directivity description for the noise component. Directivities of other important noise types are discussed as well; their directivities become understood, although lacking of relevant directivity data. In summary, this study provides applicable directivity functions together with a survey of the directivities of all important railway noise types and components. Hopefully, this work will be useful, for railway noise engineering also contribute to understand better railway noise. © 2010 Elsevier Ltd.
Pendrill L.R.,SP Technical Research Institute of Sweden
Metrologia | Year: 2014
Measurements often provide an objective basis for making decisions, perhaps when assessing whether a product conforms to requirements or whether one set of measurements differs significantly from another. There is increasing appreciation of the need to account for the role of measurement uncertainty when making decisions, so that a 'fit-for-purpose' level of measurement effort can be set prior to performing a given task. Better mutual understanding between the metrologist and those ordering such tasks about the significance and limitations of the measurements when making decisions of conformance will be especially useful. Decisions of conformity are, however, currently made in many important application areas, such as when addressing the grand challenges (energy, health, etc), without a clear and harmonized basis for sharing the risks that arise from measurement uncertainty between the consumer, supplier and third parties. In reviewing, in this paper, the state of the art of the use of uncertainty evaluation in conformity assessment and decision-making, two aspects in particular - the handling of qualitative observations and of impact - are considered key to bringing more order to the present diverse rules of thumb of more or less arbitrary limits on measurement uncertainty and percentage risk in the field. (i) Decisions of conformity can be made on a more or less quantitative basis - referred in statistical acceptance sampling as by 'variable' or by 'attribute' (i.e. go/no-go decisions) - depending on the resources available or indeed whether a full quantitative judgment is needed or not. There is, therefore, an intimate relation between decision-making, relating objects to each other in terms of comparative or merely qualitative concepts, and nominal and ordinal properties. (ii) Adding measures of impact, such as the costs of incorrect decisions, can give more objective and more readily appreciated bases for decisions for all parties concerned. Such costs are associated with a variety of consequences, such as unnecessary re-manufacturing by the supplier as well as various consequences for the customer, arising from incorrect measures of quantity, poor product performance and so on. © 2014 BIPM & IOP Publishing Ltd.
News Article | September 7, 2016
Research out of the SP Technical Research Institute of Sweden has provided proof of concept for a novel hybrid renewable energy system featuring combined hybrid solar PV and geothermal power.
News Article | October 25, 2016
« Columbia team develops new prelithiation method to increase Li-ion battery energy density by 10-30% | Main | DOE’s $10M Advanced Water Splitting Materials Consortium accelerating development of green hydrogen production » Morphic Technologies’ subsidiary, Cell Impact, signed a collaboration agreement with PVD surface coating company Impact Coatings AB concerning new types of surface treatment material for fuel cell flow plates. The arrangement will add coatings from Impact Coatings to the products on offer. Cell Impact’s main operation involves the cost-effective production of flow plates, one of the key components in a fuel cell system. The flow plates are responsible for a large proportion of the costs and their ability effectively to conduct the fuel into the fuel cell is absolutely critical for the entire system’s ability to generate electricity. The collaboration with Impact Coatings is intended to offer completely new surface treatment materials that will lower production costs, improve performance and increase efficiency. The development is being run as a collaborative venture between Cell Impact, Impact Coatings, SP Technical Research Institute of Sweden and the University of Uppsala. The outer layer of the flow plates plays a major role in the durability and effectiveness of the entire system. By protecting the flow plates from the corrosion that the acid environment within the fuel cell would otherwise lead to, different metals and ceramic coatings can extend the life of the fuel cell. To date, the surface coating has primarily been made of various types of precious metals. Impact Coatings has developed a technology that makes it possible to replace the precious metals with other materials, which will reduce the cost of the surface coating by up to 90% without the efficiency of the flow plate being affected.