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1nt dissemination of knowledge"}),(0,t.jsx)("li",{children:"An attractive climate tech company with an ambitious and driven team that cares for one another."})]}),(0,t.jsx)("h3",{className:"760:text-[40px] text-[32px] 760:leading-[40px] leading-[40px] font-Roboto font-bold pt-[80px] pb-[16px]",children:"Code of conduct"}),(0,t.jsx)("div",{className:"text-[16px] text-[#00051A] leading-[28px] font-Roboto font-light",style:{whiteSpace:"pre-wrap"},children:"Carbfix is a partner to The United Nations Global Compact through OR and requires its partners to adhere to its Ten Principles of responsible practices. The Ten Principles of the United Nations Global Compact are derived from: the Universal Declaration of Human Rights, the International Labor Organization's Declaration on Fundamental Principles and Rights at Work, the Rio Declaration on Environment and Development, and the United Nations Convention Against Corruption. With reference to Carbfix' purpose, Carbfix adds and particularly emphasizes the United Nations Framework Convention on Climate Change and requires partners to have implemented climate goals in line with the Paris Agreement and report regularly on their progress."}),(0,t.jsx)("ul",{className:"list-disc text-[16px] text-[#00051A] leading-[28px] font-Roboto font-light pb-[80px] pl-[20px] pt-[24px]",children:(0,t.jsx)("li",{children:(0,t.jsx)("a",{className:"underline",href:"https://carbfix.cdn.prismic.io/carbfix/cc736e2f-3a9c-40b4-8725-e01b23cc9ade_Carbfix+Code+of+Conduct_Partner+declaration%5B5616%5D.pdf",children:"Code of Conduct"})})}),(0,t.jsx)("h3",{className:"760:text-[40px] text-[32px] 760:leading-[40px] leading-[40px] font-Roboto font-bold pb-[16px]",children:"Certified management systems"}),(0,t.jsx)("p",{children:"Carbfix is certified for the following management systems: "}),(0,t.jsxs)("ul",{className:"list-disc text-[16px] text-[#00051A] leading-[28px] font-Roboto font-light pb-[80px] pl-[20px]",children:[(0,t.jsx)("li",{children:"ISO 9001 - Quality Management"}),(0,t.jsx)("li",{children:"ISO 14001 - Environmental Management"}),(0,t.jsx)("li",{children:"ISO/IEC 27001 - Information Security Management "}),(0,t.jsx)("li",{children:"ISO 45001 - Occupational Health and Safety Management "}),(0,t.jsx)("li",{children:"\xcdST 85 - Equal Pay Standard "})]})]}),(0,t.jsxs)(c.Z,{isOpen:a,closeModal:function(){i(!1)},title:"EN"==y?"Carbfix for Kids":"Carbfix fyrir krakka",children:[(0,t.jsx)(d.Z,{text:"EN"==y?"The biggest task of this century is to reduce the emissions of COâ into the atmosphere, to slow down climate change. One key technology is to capture the COâ from power plants and factories to prevent it from affecting the climate. But how can we store this captured COâ in a safe and permanent manner? In this article, we report on a method that has been demonstrated in Iceland, in which COâ is injected deep into the ground and turned into stone a natural way of dealing with COâ emissions!":"Mikilv\xe6gasta verkefni \xfeessarar aldar er a\xf0 draga \xfar losun kold\xedox\xed\xf0s (COâ) \xfat \xed andr\xfamslofti\xf0 til a\xf0 h\xe6gja \xe1 loftslagsbreytingum. Ein af \xfeeim a\xf0fer\xf0um sem gegna lykilhlutverki er a\xf0 fanga COâ beint \xfar \xfatbl\xe6stri orku- og i\xf0juvera til a\xf0 koma \xed veg fyrir \xe1hrif \xfeess \xe1 loftslagi\xf0. En hvernig bindum vi\xf0 COâ \xe1 \xf6ruggan og varanlegan h\xe1tt? \xcd \xfeessari grein segjum vi\xf0 fr\xe1 a\xf0fer\xf0 sem hefur veri\xf0 \xfer\xf3u\xf0 h\xe9r \xe1 \xcdslandi, \xfear sem COâ er d\xe6lt dj\xfapt ofan \xed j\xf6r\xf0u \xfear sem \xfea\xf0 breytist \xed stein. \xdeetta er lei\xf0 n\xe1tt\xfarunnar til a\xf0 binda COâ og vi\xf0 hermum eftir henni til a\xf0 minnka losun COâ \xfat \xed andr\xfamslofti\xf0.",imageUrl:"/images/CarbfixforKids1.png"}),(0,t.jsx)("h3",{className:"760:text-[48px] text-[40px] 760:leading-[56px] leading-[40px] font-Roboto font-bold pt-[80px] pb-[16px]",children:"EN"==y?"COâ: A CLIMATE CHANGING GREENHOUSE GAS":"COâ: GR\xd3\xd0URH\xdaSALOFTTEGUND SEM UMBREYTIR LOFTSLAGINU"}),(0,t.jsx)("div",{className:"text-[16px] text-[#00051A] leading-[28px] font-Roboto font-light",style:{whiteSpace:"pre-wrap"},children:"EN"==y?"Cutting greenhouse gas emissions is a major challenge of this century. Over the past 50-100 years, Earth's average temperatures have risen rapidly, with the last five years being the warmest in centuries. This warming is primarily due to human activities, such as burning fossil fuels for power, transport, and industry, which release carbon dioxide (COâ) and enhance the greenhouse effect.\n\nGlobal warming results in increased wildfires, accelerated glacier melting, rising sea levels, and more extreme weather events like droughts, storms, and heavy rainfall. Continuous greenhouse gas emissions will further warm the atmosphere and oceans, causing lasting climate changes and severe impacts on people and ecosystems.\
1n\nTo slow global warming, reducing COâ emissions is crucial. This involves switching from fossil fuels to renewable energy, conserving resources, planting trees, and restoring damaged land. However, some COâ emissions, like those from cement and steel production, are difficult to eliminate, and fossil fuels are still necessary in some regions. How can we minimise these COâ emissions?":"Ein st\xe6rsta \xe1skorun okkar er a\xf0 draga \xfar losun gr\xf3\xf0urh\xfasalofttegunda. Undanfarin 50-100 \xe1r hefur me\xf0alhiti jar\xf0ar aukist hratt og s\xed\xf0ustu fimm \xe1r hafa veri\xf0 \xfeau hl\xfdjustu \xed margar aldir. \xdeessi hra\xf0a breyting er af mannav\xf6ldum. H\xfan ver\xf0ur me\xf0al annars vegna bruna jar\xf0efnaeldsneytis \xe1 bor\xf0 vi\xf0 ol\xedu og gas, sem nota\xf0 er sem eldsneyti \xe1 b\xedla, flugv\xe9lar e\xf0a til a\xf0 kn\xfdja raforkuver. Vi\xf0 bruna \xe1 jar\xf0efnaeldsneyti losna gr\xf3\xf0urh\xfasalofttegundir, a\xf0allega COâ, sem auka gr\xf3\xf0urh\xfasa\xe1hrifin og lei\xf0a til aukinnar hl\xfdnunar andr\xfamsloftsins.\n\n\xdeessi hl\xfdnun Jar\xf0ar veldur loftslagsbreytingum sem me\xf0al annars auka h\xe6ttu \xe1 gr\xf3\xf0ureldum, hra\xf0a br\xe1\xf0nun j\xf6kla og valda \xfev\xed a\xf0 yfirbor\xf0 sj\xe1var h\xe6kkar. A\xf0 auki lei\xf0ir hl\xfdnun jar\xf0ar til meiri \xf6fga \xed ve\xf0urfari, til d\xe6mis aukinna \xfeurrka, storma og \xfarkomu. \xc1framhaldandi losun gr\xf3\xf0urh\xfasalofttegunda mun valda enn frekari hl\xfdnun sem lei\xf0ir til varanlegra breytinga \xe1 loftslagi jar\xf0ar me\xf0 alvarlegum aflei\xf0ingum fyrir f\xf3lk, d\xfdr, gr\xf3\xf0ur og umhverfi\xf0 allt.\n\nSt\xe6rsta verkefni aldarinnar er \xfev\xed a\xf0 draga \xfar losun COâ \xfat \xed andr\xfamslofti\xf0 til a\xf0 h\xe6gja \xe1 \xfeessari hl\xfdnun. \xdeetta \xfe\xfd\xf0ir a\xf0 vi\xf0 ver\xf0um a\xf0 skipta \xfar jar\xf0efnaeldsneyti yfir \xed endurn\xfdjanlega orkugjafa, t.d. skipta \xfat bens\xednb\xedlum fyrir rafmagns, vetnis- og metanb\xedla. Vi\xf0 ver\xf0um l\xedka a\xf0 var\xf0veita betur n\xe1tt\xfaruau\xf0lindir, auka sk\xf3gr\xe6kt og laga og r\xe6kta \xfea\xf0 land sem mannf\xf3lk hefur skemmt. \xcd sumum tilvikum er erfitt a\xf0 koma \xed veg fyrir \xfatbl\xe1stur, til d\xe6mis fr\xe1 sementsverksmi\xf0jum, st\xe1l- og \xe1lverum. Auk \xfeess er endurn\xfdjanleg orka ekki alls sta\xf0ar f\xe1anleg og \xfev\xed \xfearf \xe1fram a\xf0 brenna jar\xf0efnaeldsneyti. Hvernig getum vi\xf0 dregi\xf0 \xfar \xfeessum \xfatbl\xe6stri?"}),(0,t.jsx)("h3",{className:"760:text-[48px] text-[40px] 760:leading-[56px] leading-[40px] font-Roboto font-bold pt-[80px] pb-[16px]",children:"EN"==y?"Nature's Way of Reducing Emissions":"LEI\xd0 N\xc1TT\xdaRUNNAR TIL A\xd0 DRAGA \xdaR \xdaTBL\xc6STRI"}),(0,t.jsx)("div",{className:"text-[16px] text-[#00051A] leading-[28px] font-Roboto font-light",style:{whiteSpace:"pre-wrap"},children:"EN"==y?"One key technology for reducing emissions is to capture the COâ that is produced by power plants and factories. This prevents the COâ from being released into the atmosphere and limits the effects of climate change. But where can we store this captured COâ? How can it be put away in a safe and permanent way?\n\nCarbfix has developed a method that takes this captured COâ and turns it into stone, deep underground. This might sound like magic, but it is actually the Earth's way of getting rid of excess COâ from the atmosphere: nature turns the COâ into stone using metals that are present in certain rocks. The best rocks for this process are volcanic rocks, such as basalt and peridotite, which contain a lot of the metals needed for this reaction. In nature, this is a slow progressâtoo slow to prevent the global warming that is currently affecting the Earth.\n\nThe Carbfix method speeds up this natural process. The COâ is dissolved in water, the same way a soda machine makes sparkling water.The water with the dissolved COâ is then pumped deep into the ground. If this sparkling water is pumped into the right kinds of rocks, the rocks release metals that mix with the COâ in the water and turn the COâ into stone. This process safely and permanently removes the COâ from the atmosphere, since rocks cannot leak out of the ground.\n\nThis technology is used at the Hellisheidi geothermal power plant in Iceland. Geothermal plants release COâ from the steam they use to produce electricity. At Hellisheidi, this COâ is dissolved in water in a scrubbing tower and then injected into the ground through an injection well over 2,000 meters deep. The basalt at this depth contains metals needed to turn COâ into stone.\n\nHellisheidi is the only facility currently using this technology, having turned over 100,000 tonnes of COâ into stone since 2014. The Carbfix technology is also used at the geothermal power plant at Nesjavellir, Iceland. Since 2023, Carbfix has also been working on the research project Seastone, where the potential of using seawater instead of freshwater is explored. Carbfix plans on developing more innovative COâ-to-stone projects in the coming future.":"Ein mikilv\xe6g lei\xf0 til a\xf0 draga \xfar losun er a\xf0 fanga COâ \xfar \xfatbl\xe6stri. Me\xf0 \xfev\xed er h\xe6gt a\xf0 koma \xed veg fyrir a\xf0 COâ sleppi \xfat \xed andr\xfamslofti\xf0 og \xfear af lei\xf0andi draga \xfar \xe1hrifum \xfeess \xe1 loftslagi\xf0. En hvar \xe1 \xfe\xe1 a\xf0 geyma \xfeetta COâ eftir a\xf0 b\xfai\xf0 er a\xf0 fanga \xfea\xf0? Hvernig getum vi\xf0 geymt \xfea\xf0 \xe1 \xf6ruggan og varanlegan h\xe1tt?\n\nH\xe9r \xe1 \xcdslandi hefur veri\xf0 \xfer\xf3u\xf0 a\xf0fer\xf0 \xfear sem COâ er breytt \xed stein, dj\xfapt ofan \xed
1j\xf6r\xf0inni. \xdeetta hlj\xf3mar kannski eins og t\xf6frar, a\xf0 breyta gastegund \xed stein, en \xed raun er \xfeetta n\xe1tt\xfaruleg a\xf0fer\xf0 Jar\xf0ar til a\xf0 losa sig vi\xf0 umfram COâ \xfar andr\xfamsloftinu. N\xe1tt\xfaran breytir COâ \xed stein me\xf0 \xfev\xed a\xf0 nota m\xe1lma sem eru til sta\xf0ar \xed berginu \xed jar\xf0skorpunni. Ein hentugasta bergtegundin fyrir \xfeetta ferli er basalt sem er r\xedkt af \xfeeim m\xe1lmum sem \xfearf til a\xf0 umbreyta COâ \xed stein. \xcd n\xe1tt\xfarunni gerist \xfeetta h\xe6gt â of h\xe6gt til a\xf0 n\xe1 a\xf0 st\xf6\xf0va hnattr\xe6na hl\xfdnun sem hefur n\xfa \xfeegar \xe1hrif \xe1 j\xf6r\xf0ina.\n\nCarbfix a\xf0fer\xf0in hra\xf0ar \xfeessu n\xe1tt\xfarlega ferli. Uppskriftin er \xfeannig a\xf0 fyrst er COâ leyst upp \xed vatni, \xe1 svipa\xf0an h\xe1tt og \xed s\xf3davatnst\xe6ki, og \xfe\xe1 ver\xf0ur til kols\xfdrt vatn. \xdeessu kols\xfdr\xf0a vatni er svo d\xe6lt ni\xf0ur \xed holur sem bora\xf0ar hafa veri\xf0 dj\xfapt ni\xf0ur \xed j\xf6r\xf0ina. Kols\xfdr\xf0a vatni\xf0 fl\xe6\xf0ir \xfat \xed basalti\xf0 og leysa m\xe1lma \xfar basaltinu sem blandast COâ \xed vatninu og breyta \xfev\xed \xed stein. Me\xf0 \xfeessari a\xf0fer\xf0 er h\xe6gt a\xf0 fjarl\xe6gja COâ \xe1 \xf6ruggan og varanlegan h\xe1tt.\n\nCarbfix t\xe6knin er notu\xf0 vi\xf0 jar\xf0varmavirkjunina \xe1 Hellishei\xf0i. Jar\xf0varmavirkjanir nota gufu \xfar borholum \xe1 jar\xf0hitasv\xe6\xf0um til a\xf0 framlei\xf0a heitt vatn og rafmagn. \xcd gufunni er d\xe1l\xedti\xf0 af COâ. \xcd sta\xf0 \xfeess a\xf0 losa \xfea\xf0 \xfat \xed andr\xfamslofti\xf0 er \xfea\xf0 skili\xf0 fr\xe1 gufunni og leyst upp \xed vatni \xed svok\xf6llu\xf0um hreinsiturni. \xdeessu kols\xfdr\xf0a vatni er s\xed\xf0an d\xe6lt ni\xf0ur \xed a\xf0rar borholur \xfear sem \xfea\xf0 streymir fr\xe1 holunum um sprungur \xfat \xed basaltbergi\xf0 \xed kring. Kols\xfdr\xf0a vatni\xf0 leysir m\xe1lma \xfar basaltinu og COâ breytist \xed stein.\n\nHellishei\xf0arvirkjun er fyrsti sta\xf0urinn \xed heiminum \xfear sem Carbfix t\xe6knin er notu\xf0. Byrja\xf0 var \xe1 tilraunum \xe1ri\xf0 2014. S\xed\xf0an \xfe\xe1 hefur meira en 100.000 tonnum af COâ veri\xf0 d\xe6lt \xfear ni\xf0ur \xed j\xf6r\xf0ina og breytt \xed stein. Vi\xf0 jar\xf0varmavirkjunina \xe1 Nesjav\xf6llum er einnig hreinsist\xf6\xf0 sem virkar eins og s\xfa vi\xf0 Hellishei\xf0arvirkjun. Fr\xe1 \xe1rinu 2023 hefur Carbfix svo sta\xf0i\xf0 a\xf0 tilraunaverkefninu S\xe6berg, \xed Helguv\xedk \xe1 Reykjanesi, en \xfear er veri\xf0 a\xf0 sko\xf0a m\xf6guleikann \xe1 \xfev\xed a\xf0 nota jar\xf0sj\xf3 \xed sta\xf0 ferskvatns vi\xf0 Carbfix a\xf0fer\xf0ina. Fleiri og jafnvel enn frumlegri \xe1\xe6tlanir um a\xf0 fanga COâ og breyta \xfev\xed \xed stein eru l\xedka \xed undirb\xfaningi."}),(0,t.jsx)(l,{imageUrl:"/images/CarbfixforKids2.png",bold:"EN"==y?"Figure 1:":"Mynd 1 â",text:"EN"==y?"The Carbfix process. COâ is captured from an emission source, such as power plant or a factory. The COâ is then dissolved in water, just as in a soda machine. This sparkling water is then injected underground, where it is turned to stone through natural processes that involve the metals contained within certain types of rock.":"Carbfix a\xf0fer\xf0in. COâ er fanga\xf0 \xfar \xfatbl\xe6stri, til d\xe6mis fr\xe1 orkuverum e\xf0a verksmi\xf0jum. \xdea\xf0 er svo leyst upp \xed vatni \xe1 svipa\xf0an h\xe1tt og \xed s\xf3davatnst\xe6ki. \xdeessu kols\xfdr\xf0a vatni er svo d\xe6lt dj\xfapt ni\xf0ur \xed j\xf6r\xf0ina \xfear sem \xfea\xf0 leysir m\xe1lma \xfar basaltberggrunninum sem bindast COâ og breyta \xfev\xed \xed stein â og hermir \xfeannig ferli sem gerast \xed n\xe1tt\xfarunni."}),(0,t.jsx)("h3",{className:"760:text-[48px] text-[40px] 760:leading-[56px] leading-[40px] font-Roboto font-bold pt-[80px] pb-[16px]",children:"EN"==y?"REMOVING COâ FROM THE ATMOSPHERE":"A\xd0 FJARL\xc6GJA COâ \xdaR ANDR\xdaMSLOFTINU"}),(0,t.jsx)("div",{className:"text-[16px] text-[#00051A] leading-[28px] font-Roboto font-light",style:{whiteSpace:"pre-wrap"},children:"EN"==y?"Climate scientists predict that stopping new COâ emissions won't be enough to tackle climate change. We will need to start removing existing COâ from the atmosphere. Methods include planting trees and restoring soils. To remove COâ quickly, we also need direct air capture (DAC) technology, which is being developed worldwide.\n\nSince 2017, DAC comb
1ined with the Carbfix technology has been used in Iceland. The Swiss company Climeworks operates two DAC facilities in Iceland, that filter COâ from the air. Carbfix receives the COâ, dissolves it in water, injects it into the earth where it turns into stone within two years.\n\nThese technologies must be scaled up in the future, to reach climate goals. Plans in Iceland aim to increase the amount of COâ captured and turned into stone. However, much work still remains to achieve this goal.":"A\xf0 st\xf6\xf0va \xfatbl\xe1stur af COâ er mikilv\xe6gt en \xfea\xf0 eitt og s\xe9r mun ekki duga \xed bar\xe1ttunni gegn loftslagsbreytingum. Vi\xf0 \xfeurfum l\xedka a\xf0 fanga COâ sem hefur n\xfa \xfeegar veri\xf0 losa\xf0 \xfat \xed andr\xfamslofti\xf0. Til \xfeess eru nokkrar lei\xf0ir. Til d\xe6mis er h\xe6gt a\xf0 gr\xf3\xf0ursetja tr\xe9, endurheimta votlendi og endurb\xe6ta jar\xf0veg sem hefur spillst e\xf0a veri\xf0 ofr\xe6kta\xf0ur. Allar \xfeessar lei\xf0ir fanga COâ \xfar andr\xfamsloftinu. Vi\xf0 \xfeurfum hinsvegar a\xf0 vinna hratt og \xfev\xed \xfeurfum vi\xf0 l\xedka \xe1 n\xfdrri t\xe6kni a\xf0 halda sem fangar COâ beint \xfar andr\xfamsloftinu (e. Direct Air Capture e\xf0a DAC). \xdea\xf0 getum vi\xf0 gert me\xf0 svok\xf6llu\xf0um loftsugum en veri\xf0 er a\xf0 \xfer\xf3a \xfeessa t\xe6kni v\xed\xf0a um heim.\n\n\xc1ri\xf0 2017 var byrja\xf0 \xe1 tilraunaverkefni \xfear sem \xfeessari loftsugut\xe6kni var beitt samhli\xf0a Carbfix a\xf0fer\xf0inni. Svissneska fyrirt\xe6ki\xf0 Climeworks, sem s\xe9rh\xe6fir sig \xed f\xf6ngun COâ \xfar andr\xfamslofti, \xfer\xf3a\xf0i loftsugurnar sem vi\xf0 notum. Carbfix tekur vi\xf0 COâ fr\xe1 loftsugunum, leysir \xfea\xf0 upp \xed vatni og d\xe6lir ni\xf0ur \xed berggrunninn \xfear sem \xfea\xf0 breytist \xed stein. \xcd upphafi \xfeessa samstarfs var h\xe6gt a\xf0 fjarl\xe6gja aukalega um 50 tonn af COâ \xe1 \xe1ri \xfar andr\xfamsloftinu. \xdea\xf0 \xfeyrfti 2.000 tr\xe9 til a\xf0 binda svo miki\xf0 COâ. N\xfa rekur Climeworks tv\xe6r loftsugur \xe1 Hellishei\xf0i, en \xfe\xe6r heita Orca og Mammoth, og er f\xf6ngunargeta \xfeeirra samtals um 44.000 tonn \xfeegar \xfe\xe6r hafa n\xe1\xf0 fullum rekstri."}),(0,t.jsx)("h3",{className:"760:text-[48px] text-[40px] 760:leading-[56px] leading-[40px] font-Roboto font-bold pt-[24px] pb-[16px]",children:"EN"==y?"THE FUTURE OF REMOVING COâ FROM THE ATMOSPHERE":"FRAMT\xcd\xd0ARVERKEFNI\xd0: A\xd0 FJARL\xc6GJA COâ \xdaR ANDR\xdaMSLOFTI"}),(0,t.jsx)("div",{className:"text-[16px] text-[#00051A] leading-[28px] font-Roboto font-light",style:{whiteSpace:"pre-wrap"},children:"EN"==y?"Turning COâ into stone requires a source of COâ, volcanic rocks, and water. Sometimes, COâ must be transported via pipelines or ships to suitable injection sites. Volcanic rocks like basalt and peridotite are abundant; basalt is the most common rock on Earth's surface, covering most of the ocean floor and about 5% of continents. The global storage potential of basalt exceeds the COâ emissions from burning all fossil fuels on Earth, meaning we have ample rock for COâ storage. In areas where water is scarce, scientists are exploring the use of natural underground reservoirs or seawater to supply the necessary water.":"N\xfana veistu hva\xf0 \xfearf til a\xf0 breyta COâ \xed stein: COâ, berg og vatn. \xcd sumum tilfellum munum vi\xf0 flytja COâ eftir l\xf6gnum e\xf0a me\xf0 skipum fr\xe1 \xfeeim st\xf6\xf0um \xfear sem \xfea\xf0 er losa\xf0 \xfeanga\xf0 sem r\xe9tta bergtegund er a\xf0 finna. Basalt finnst v\xed\xf0a um heim, ekki bara \xe1 \xcdslandi, og \xfea\xf0 er algengasta bergtegund \xe1 yfirbor\xf0i jar\xf0ar. \xdea\xf0 \xfeekur mest allan sj\xe1varbotninn og um 5% af \xfeurru landi Jar\xf0ar. \xdeetta basalt v\xe6ri \xed raun meira en n\xf3g til a\xf0 geyma allt COâ sem myndi losna vi\xf0 a\xf0 brenna allt jar\xf0efnaeldsneyti sem til er \xe1 j\xf6r\xf0inni. Me\xf0 \xf6\xf0rum or\xf0um \xfe\xe1 h\xf6fum vi\xf0 n\xf3g geymslupl\xe1ss til a\xf0 breyta COâ \xed stein sem myndi annars hafa neikv\xe6\xf0 \xe1hrif \xe1 andr\xfamslofti\xf0 okkar. \xc1 sumum st\xf6\xf0um er ekki miki\xf0 af fersku vatni til a\xf0 blanda COâ saman vi\xf0 en v\xedsindaf\xf3lk er n\xfa a\xf0 kanna lei\xf0ir til a\xf0 nota sj\xf3 til a\xf0 leysa COâ og d\xe6la \xfev\xed ni\xf0ur.\n\nFramundan b\xed\xf0a gr\xed\xf0arst\xf3r verkefni vi\xf0 a\xf0 fanga og farga COâ. Til a\xf0 vernda j\xf6r\xf0ina okkar og l\xedf okkar allra ver\xf0um vi\xf0 a\xf0 st\xf3rauka f\xf6ngun og f\xf6rgun og \xfea\xf0 hratt. Vi\xf0 ver\xf0um a\xf0 fanga COâ fr\xe1 orkuverum og verksmi\xf0jum og beint \xfar andr\xfamsloftinu. Spurningin er bara hversu miklu COâ vi\xf0 getum breytt \xed stein og hvort \xfea\xf0 ver\xf0i n\xe6gilegt til a\xf0 minnka \xe1hrif loftslagsbreytinga \xe1 J\xf6r\xf0ina og for\xf0a \xedb\xfaum hennar fr\xe1 alvarlegum aflei\xf0ingum hamfarahl\xfdnunar."}),(0,t.jsx)(l,{imageUrl:"/images/CarbfixforKids3.png",bold:"EN"==y?"Figure 2:":"Mynd 3 â",text:"EN"==y?"Locations where rocks suitable for turning COâ into stone can be found. Light green indicates the youngest parts of the oceanic ridges and areas with volcanic rocks that are suitable for turning COâ into stone from Carbfix Atlas.":"Sta\xf0ir \xfear sem hentugar bergtegundir er a\xf0 finna til a\xf0 breyta COâ \xed stein. Lj\xf3sgr\xe6n sv\xe6\xf0i eru \xfathafshryggir og hraunbrei\xf0ur (fr\xe1 carbfix.com/atlas)."}),(0,t.jsx)("h3",{className:"760:text-[40px] text-[32px] 760:leading-[40px] leading-[40px] text-center font-Roboto font-bold pt-[56px]",children:"EN"==y?"Capturing and storing COâ on a large scale is crucial to protect the Earth and human lives. We need to capture COâ from factory emissions, power plants, and directly from the atmosphere.":"F\xf6ngun og geymsla kold\xedox\xed\xf0s er nau\xf0synleg til \xfeess a\xf0 vernda j\xf6r\xf0ina og l\xedfi\xf0 \xe1 henni. Vi\xf0 \xfeurfum a\xf0 fanga kold\xedox\xed\xf0 fr\xe1 \xfatbl\xe6stri verksmi\xf0ja, orkuvera og beint \xfar andr\xfamslofti."}),(0,t.jsx)("h3",{className:"760:text-[40px] text-[32px] 760:leading-[40px] leading-[40px] text-center font-Roboto font-bold pt-[40px] pb-[56px]",children:"EN"==y?"The key question is how much COâ we can turn into stone and if this will be enough to protect the Earth and its inhabitants from the worsening effects of climate change.":"A\xf0alspurningin er hversu miklu kold\xedox\xed\xf0i getum vi\xf0 breytt \xed stein og er \xfea\xf0 n\xf3g til \xfeess a\xf0 vernda j\xf6r\xf0ina og \xedb\xfaa hennar fr\xe1 s\xedversnandi \xe1hrifum loftslagsbreytinga?"}),(0,t.jsxs)("div",{className:"text-[14px] text-[#00051A] leading-[24px] font-Roboto pb-[80px]",style:{whiteSpace:"pre-wrap"},children:[(0,t.jsx)("p",{className:"font-bold",children:"EN"==y?"References":"Heimildir"}),(0,t.jsxs)("p",{children:["[1] NOAA National Centers for Environmental Information. 2020. State of the Climate: Global Climate Report for April 2020. Retrieved from:",(0,t.jsx)("span",{className:"underline cursor-pointer pl-1 pr-1",onClick:()=>window.open("https://www.ncdc.noaa.gov/sotc/global/202004","_blank"),children:"https://www.ncdc.noaa.gov/sotc/global/202004"}),"(accessed June 25, 2020)."]}),(0,t.jsx)("p",{children:"[2] Sn\xe6bj\xf6rnsd\xf3ttir, S. \xd3., Sigf\xfasson, B., Marieni,
1C., Goldberg, D., Gislason, S. R., and Oelkers, E. H. 2020. Carbon dioxide storage through mineral carbonation. Nat. Rev. Earth Environ. 1:90â102. doi: 10.1038/s43017-019-0011-8"}),(0,t.jsx)("p",{children:"[3] Todts, W. 2018. CO2 Emissions From Cars: The Facts. Brussels: European Federation for Transport and Environment AISBL."})]})]}),(0,t.jsx)("div",{className:"flex 760:items-center 760:min-h-[calc(100vh-120px)]",children:(0,t.jsx)(o,{title:"EN"==y?"Our Company":"Fyrirt\xe6ki\xf0",text:"EN"==y?"Carbfix scales up COâ mineral storage to climate relevant scales. We target hard-to-abate industries and partner on Direct Air Capture (DAC) and Bioenergy with Carbon Capture and Storage (BECCS) projects.":"Carbfix stefnir a\xf0 steinrenningu COâ \xe1 g\xedgatonna-skala. Markh\xf3par okkar eru i\xf0na\xf0ur me\xf0 illvi\xf0r\xe1\xf0anlega losun, bein kolefnisf\xf6ngun \xfar andr\xfamslofti (e. DAC) og l\xedforkuver me\xf0 kolefnisf\xf6ngun og -bindingu (e. Bioenergy with Carbon Capture and Storage, BECCS).",badge:"",buttonText:"",flip:!1,imageUrl:"/images/ourcompany-hero.JPG"})}),(0,t.jsx)(g.Z,{title:"EN"==y?"Empowering a sustainable future":"Framt\xed\xf0ars\xfdn",description:"EN"==y?"Our mission is to significantly contribute to climate recovery through worldwide scaling and further development of underground COâ mineral storage.":"Markmi\xf0 okkar er a\xf0 stu\xf0la a\xf0 loftslagsbata me\xf0 \xfev\xed a\xf0 \xfer\xf3a og auka enn frekar steinrenningu COâ ne\xf0anjar\xf0ar um allan heim.",stats:[],statsConsent:""}),(0,t.jsx)("section",{id:"carbfix101",children:(0,t.jsx)(r.Z,{title:"EN"==y?"Part of the solution":"Hluti af lausninni",text:"EN"==y?"Learn more about what we do: our technology and method, and how we are part of the solution in the fight against climate change. Below you will find several short videos, each introducing an important aspect of the Carbfix method.":"H\xe9r getur \xfe\xfa l\xe6rt meira um hva\xf0 vi\xf0 gerum: um t\xe6kni okkar og a\xf0fer\xf0, og hvernig vi\xf0 erum hluti af lausninni \xed bar\xe1ttunni vi\xf0 loftslagsv\xe1na. H\xe9r finnur \xfe\xfa nokkur stutt myndb\xf6nd, sem hvert um sig kynnir mikilv\xe6ga \xfe\xe6tti Carbfix a\xf0fer\xf0arinnar.",badge:"",buttonText:"EN"==y?"Learn More":"Frekari uppl\xfdsingar",flip:!1,imageUrl:"/images/carbfix-101.png",actionType:"url",actionUrl:"/carbfix101"})}),(0,t.jsx)("section",{id:"from-research-to-deployment",children:(0,t.jsx)(f.Z,{title:"EN"==y?"From Research to Deployment":"Fr\xe1 ranns\xf3knum til framkv\xe6mda",titleAbove:!0,text:"EN"==y?"Carbfix began as a research collaboration in 2006, formalised by key partners in 2007, and has evolved into a fully operational industrial process. Our innovative method transforms COâ and HâS emissions into stable carbonate minerals, showcasing our commitment to climate recovery.":"Carbfix byrja\xf0i sem ranns\xf3knarsamstarf \xe1ri\xf0 2006, var s\xed\xf0an formlega stofna\xf0 sem al\xfej\xf3\xf0legt v\xedsindasamstarf Orkuveitunnar, H\xe1sk\xf3la \xcdslands og erlendra v\xedsindastofnanna \xe1ri\xf0 2007, og hefur s\xed\xf0an \xfe\xe1 \xfer\xf3ast \xed fullan rekstur. Carbfix a\xf0fer\xf0in umbreytir COâ- og HâS-losun \xed st\xf6\xf0ugar karb\xf3natsteindir og s\xfalf\xed\xf0, \xe1 varanlegan og \xf6ruggan h\xe1tt. Markmi\xf0 Carbfix er a\xf0 n\xfdta \xfeessa a\xf0fer\xf0 til a\xf0 hafa raunveruleg, j\xe1kv\xe6\xf0 \xe1hrif \xe1 loftslagi\xf0.",items:[{id:0,indexText:"2006",title:"EN"==y?"Can we turn COâ into stone?":"Getum vi\xf0 breytt COâ \xed stein?",text:"EN"==y?"Nature stores COâ in rocks underground. We wondered if we could replicate and accelerate this process by dissolving COâ in water and injecting it into the earth.":"N\xe1tt\xfaran geymir COâ \xed steinum ne\xf0anjar\xf0ar. Vi\xf0 veltum fyrir okkur hvort vi\xf0 g\xe6tum l\xedkt eftir og hra\xf0a\xf0 \xfeessu ferli, me\xf0 \xfev\xed a\xf0 leysa upp COâ \xed vatni og d\xe6la \xfev\xed ni\xf0ur \xed j\xf6r\xf0ina.",imageUrl:"/images/researchToDeployment1.jpg"},{id:1,indexText:"2012",title:"EN"==y?"First pilot injection":"Fyrsta tilraunani\xf0urd\xe6lingin",text:"EN"==y?"By 2012 we were ready to start pilot injections in Hellishei\xf0i in Iceland. It was an exciting point in our history but by no means an easy task.":"\xc1ri\xf0 2012 h\xf3fum vi\xf0 tilraunani\xf0urd\xe6lingar \xe1 Hellishei\xf0i. \xdeetta var spennandi t\xedmi en \xfe\xf3 alls ekki au\xf0velt verkefni.",imageUrl:"https://images.prismic.io/carbfix/aSXZ_GGnmrmGqTNv_OR78935.jpg?auto=format,compress"},{id:2,indexText:"2014",title:"EN"==y?"Industrial scale CCS":"Kolefnisf\xf6ngun og -geymsla \xe1 i\xf0na\xf0arskala",text:"EN"==y?"Beginning of commercial operations at Hellisheidi geothermal power plant.":"Upphaf atvinnustarfsemi vi\xf0 Hellishei\xf0arvirkjun.",imageUrl:"https://images.prismic.io/carbfix/aSXZ-2GnmrmGqTNt_hellisheidi_power_plant_-_arni_saeberg-Large-.jpg?auto=format,compress"},{id:3,indexText:"2017",title:"EN"==y?"World first - DAC & Mineral Storage":"Heimsins fyrsta f\xf6ngun COâ \xfar loftinu og steindabinding",text:"EN"==y?"Storage of COâ captured via direct air capture in a partnership with Climeworks.":"Steindabinding \xe1 COâ sem er fanga\xf0 me\xf0 beinni kolefnisf\xf6ngun \xed samstarfi vi\xf0 Climeworks.",imageUrl:"https://images.prismic.io/carbfix/aSXZ-WGnmrmGqTNr_Carbfix.5-1-.jpg?auto=format,compress"},{id:4,indexText:"2022",title:"EN"==y?"Coda Terminal signed":"Coda Terminal sam\xfeykkt",text:"EN"==y?"Carbf
1ix receives a â¬115 million grant from the EU Innovation Fund to develop the Coda Terminal.":"Carbfix f\xe6r 115 millj\xf3na evra styrk fr\xe1 N\xfdsk\xf6punarsj\xf3\xf0i ESB til a\xf0 \xfer\xf3a Coda Terminal.",imageUrl:"/images/coda_timeline2.png"},{id:5,indexText:"2022",title:"EN"==y?"World first cross border COâ":"Brautry\xf0jendur \xed al\xfej\xf3\xf0legu samstarfi",text:"EN"==y?"Cross-border injection of COâ imported from Switzerland at Hellisheidi geothermal power plant.":"COâ flutt inn fr\xe1 Sviss til steinrenningar \xe1 \xcdslandi sem haf\xf0i aldrei veri\xf0 gert \xe1\xf0ur.",imageUrl:"/images/researchToDeployment6.png"},{id:6,indexText:"2023",title:"EN"==y?"World first co-injection of COâ & seawater":"Fyrst \xe1 heimsv\xedsu: Ni\xf0urd\xe6ling \xe1 COâ me\xf0 jar\xf0sj\xf3",text:"EN"==y?"Carbfix achieved a major milestone by injecting COâ dissolved in seawater into Iceland's basaltic subsurface at Helguv\xedk in Reykjanesb\xe6r, Iceland in 2023.":"\xc1ri\xf0 2023 h\xf3fust tilraunani\xf0urd\xe6lingar \xe1 COâ fr\xe1 Sviss \xed samvinnu vi\xf0 ETH h\xe1sk\xf3lann \xed Zurich. Markar upphaf a\xf0 g\xedfurlegum \xe1fanga sem gerir t\xe6kninni m\xf6gulega kleift a\xf0 n\xfdtast um heim allan.",imageUrl:"https://images.prismic.io/carbfix/aSXZ-2GnmrmGqTNu_Lax-39--1-.jpg?auto=format,compress"}],secondTitle:"",secondText:"",buttonText:""})}),(0,t.jsx)("section",{id:"our-values",children:(0,t.jsx)(p.Z,{title:"EN"==y?"Our Culture":"Menningin okkar",description:"EN"==y?"At Carbfix we are courageous, honest, responsible, and team players leading the way in innovative carbon capture and storage for climate recovery.":"Carbfix byggir \xe1 hugrekki, hei\xf0arleika, \xe1byrg\xf0 og samvinnu og er lei\xf0andi \xed kolefnisf\xf6ngun og -geymslu me\xf0 \xfea\xf0 a\xf0 markmi\xf0i a\xf0 stu\xf0la a\xf0 loftslagsbata.",buttonText:"",buttonLink:"",rightContent:[{title:"EN"==y?"Courageous":"Hugrekki",imageUrl:"/images/CompanyOurValues1.png"},{title:"EN"==y?"Honest":"Hei\xf0arleiki",imageUrl:"https://images.prismic.io/carbfix/aSXbOWGnmrmGqTOX_OR78693-2-.jpg?auto=format,compress"},{title:"EN"==y?"Responsible":"\xc1byrg\xf0",imageUrl:"/images/CompanyOurValues4.png"},{title:"EN"==y?"Team Players":"Samvinna",imageUrl:"/images/CompanyOurValues2.png"}],renderItem:(e,a)=>(0,t.jsx)(h.Z,{heading:null==e?void 0:e.title,text:null==e?void 0:e.text,imageUrl:null==e?void 0:e.imageUrl})})}),(0,t.jsx)("section",{id:"board-of-directors",children:(0,t.jsx)(p.Z,{title:"EN"==y?"Board of Directors":"Stj\xf3rn",description:"",buttonText:"",buttonLink:"",rightContent:[{title:"Nana Bule",subTitle:"EN"==y?"Chairwoman of the Board":"Stj\xf3rnarforma\xf0ur",text:"EN"==y?"Nana Bule has +20 years of experience as a senior executive in the tech industry, leading transformation, and business growth. Until earlier this year she was CEO/General Manager of Microsoft Denmark & Iceland and is currently Operating Advisor for Goldman Sachs Asset Management. She is chair of the Danish National Digital Council and chairing the Danish government's Energy taskforce on Renewable Energy. A member of the boards of Energinet, Arla Foods, and the Novo Nordisk Foundation.":"Nana Bule er me\xf0 meira en 20 \xe1ra reynslu sem framkv\xe6mdastj\xf3ri \xed t\xe6knii\xf0na\xf0inum og hefur leitt vi\xf0skiptabreytingar og -v\xf6xt. H\xfan var forstj\xf3ri/framkv\xe6mdastj\xf3ri Microsoft \xed Danm\xf6rku og \xe1 \xcdslandi og er n\xfa rekstrarr\xe1\xf0gjafi Goldman Sachs eignast\xfdringar. H\xfan er forma\xf0ur stafr\xe6na r\xedkisr\xe1\xf0sins \xed Danm\xf6rku og forma\xf0ur orkuverkefnis d\xf6nsku r\xedkisstj\xf3rnarinnar um endurn\xfdjanlega orku. H\xfan er einnig \xed stj\xf3rn Energinet, Arla Foods og Novo Nordisk Foundation.",imageUrl:"/images/NanaBule.png"},{title:"Dr. Brynhildur Dav\xed\xf0sd\xf3ttir",subTitle:"EN"==y?"Board Member":"Stj\xf3rnarma\xf0ur",text:"EN"==y?"Brynhildur is a Professor of Environment and Natural Resources at the University of Iceland. She has +20 years of experience in teaching, research, and consulting where her focus has included transitions to low carbon energy systems, sustainability assessments, and climate change mitigation. She is Vice-Chair of the Icelandic Climate Council and is on the board of the Arctic Circle Foundation. She was on the board of Reykjav\xedk Energy from 2011 to 2022, as Chair from 2016.":"Brynhildur er pr\xf3fessor \xed umhverfis- og au\xf0lindafr\xe6\xf0i vi\xf0 H\xe1sk\xf3la \xcdslands. H\xfan hefur meira en 20 \xe1ra reynslu af
1kennslu, ranns\xf3knum og r\xe1\xf0gj\xf6f \xfear sem \xe1herslur hennar hafa fali\xf0 \xed s\xe9r skipti yfir \xed l\xe1gkolefnisorkukerfi, sj\xe1lfb\xe6rnimat og a\xf0 draga \xfar loftslagsbreytingum. H\xfan er varaforma\xf0ur Loftslagsr\xe1\xf0s og situr \xed stj\xf3rn Arctic Circle Foundation. H\xfan sat \xed stj\xf3rn Orkuveitu Reykjav\xedkur \xe1 \xe1runum 2011-2022, sem stj\xf3rnarforma\xf0ur fr\xe1 2016.",imageUrl:"/images/DrBrynhildur.png"},{title:"Martin Neubert",subTitle:"EN"==y?"Board Member":"Stj\xf3rnarma\xf0ur",text:"EN"==y?"Martin is a Partner and Chief Investment Officer at Copenhagen Infrastructure Partners (CIP) in Copenhagen. Martin has worked at the forefront of the energy sector for close to 20 year and has a background in private equity and mergers & acquisitions. Prior to joining CIP in 2023, Martin held various senior management positions at \xd8rsted, including Deputy Group CEO and Chief Commercial Officer. Prior to that, he was CEO of \xd8rsted's Offshore Wind division and led the company's ambitious expansion into international markets.":"Martin er me\xf0eigandi og yfir fj\xe1rfestingum hj\xe1 Copenhagen Infrastructure Partners (CIP) \xed Kaupmannah\xf6fn og ber \xfear \xe1byrg\xf0 \xe1 fj\xe1rfestingastefnu samst\xe6\xf0unnar. Martin hefur starfa\xf0 \xed yfir 20 \xe1r \xed orkugeiranum, s\xe9rh\xe6ft sig \xed einkafj\xe1rfestingum og samrunum fyrirt\xe6kja. \xc1\xf0ur en hann h\xf3f st\xf6rf hj\xe1 CIP \xe1ri\xf0 2023 gegndi Martin \xfdmsum stj\xf3rnendast\xf6\xf0um hj\xe1 \xd8rsted, me\xf0al annars sem a\xf0sto\xf0arforstj\xf3ri og framkv\xe6mdastj\xf3ri vi\xf0skiptasvi\xf0s. \xdear \xe1\xf0ur var hann forstj\xf3ri Offshore Wind-hluta \xd8rsted og leiddi metna\xf0arfulla s\xf3kn fyrirt\xe6kisins \xed al\xfej\xf3\xf0legri vindorku.",imageUrl:"/images/martin_neubert_board.jpg"},{title:"El\xedn Sm\xe1rad\xf3ttir",subTitle:"EN"==y?"Board Member":"Stj\xf3rnarma\xf0ur",text:"EN"==y?"El\xedn works as a senior lawyer at Reykjav\xedk Energy, but she graduated from the University of Iceland's law department in 1994 and was awarded a district court lawyer's license in 1996. El\xedn worked for the Planning Agency from 1994-2003 and then for the National Energy Authority until 2008 when she joined RE.":"El\xedn starfar sem yfirl\xf6gfr\xe6\xf0ingur hj\xe1 Orkuveitunni en h\xfan \xfatskrifa\xf0ist fr\xe1 lagadeild H\xe1sk\xf3la \xcdslands \xe1ri\xf0 1994 og hlaut h\xe9ra\xf0sd\xf3msl\xf6gmannsr\xe9ttindi \xe1ri\xf0 1996. El\xedn starfa\xf0i hj\xe1 Skipulagsstofnun fr\xe1 1994-2003 og s\xed\xf0an hj\xe1 Orkustofnun til \xe1rsins 2008 \xfeegar h\xfan h\xf3f st\xf6rf hj\xe1 Orkuveitunni.",imageUrl:"/images/ElinSmara.png"},{title:"Snorri \xdeorkelsson",subTitle:"EN"==y?"Board Member":"Stj\xf3rnarma\xf0ur",text:"EN"==y?"Snorri \xdeorkelsson graduated with a BSc in Business Administration from Reykjavik University in 2005 and an MAcc in Accounting and Auditing from the same school two years later. He has worked as the CFO of Marel Iceland and later for Marel's fish industry sector. Among other roles, Snorri was part of the company's international finance team and served on the boards of Marel-owned international companies. Snorri also served on the board of Dohop before joining as CFO in 2018. Additionally, Snorri serves on the board of \xd6rt\xe6kni and is currently the Chief Financial Officer of Orkuveitan (Reykjavik Energy).":"Snorri \xdeorkelsson lauk BS-pr\xf3fi \xed vi\xf0skiptafr\xe6\xf0i fr\xe1 H\xe1sk\xf3lanum \xed Reykjav\xedk \xe1ri\xf0 2005 og MAcc-pr\xf3fi \xed reikningshaldi og endursko\xf0un fr\xe1 sama sk\xf3la tveimur \xe1rum s\xed\xf0ar. Hann hefur starfa\xf0 sem fj\xe1rm\xe1lastj\xf3ri Marel \xe1 \xcdslandi og s\xed\xf0ar fyrir fiski\xf0na\xf0 Marel. Snorri var me\xf0al annars hluti af al\xfej\xf3\xf0legu fj\xe1rm\xe1lateymi f\xe9lagsins og sat \xed stj\xf3rnum al\xfej\xf3\xf0legra fyrirt\xe6kja \xed eigu Marel. Snorri sat einnig \xed stj\xf3rn Dohop \xe1\xf0ur en hann h\xf3f st\xf6rf sem fj\xe1rm\xe1lastj\xf3ri \xe1ri\xf0 2018. Auk \xfeess situr Snorri \xed stj\xf3rn \xd6rt\xe6kni og er n\xfa fj\xe1rm\xe1lastj\xf3ri Orkuveitunnar.",imageUrl:"/images/SnorriThorkels.png"}],renderItem:(e,a)=>(0,t.jsx)(v,{title:null==e?void 0:e.title,subTitle:null==e?void 0:e.subTitle,text:null==e?void 0:e.text,imageUrl:null==e?void 0:e.imageUrl,buttonText:""})})}),(0,t.jsx)("section",{id:"leadership-team",children:(0,t.jsx)(m,{title:"EN"==y?"Leadership Team":"Stj\xf3rnendur",cards:[{title:"Edda Sif Pind Arad\xf3ttir",content:"EN"==y?"CEO":"Framkv\xe6mdast\xfdra",imageUrl:"/images/EddaSif.jpg"},{title:"Bergur Sigf\xfasson",content:"EN"==y?"Chief of Systems":"T\xe6kni\xfer\xf3unarstj\xf3ri",imageUrl:"/images/BergurSigfusson.png"},{title:"Kristinn Ingi L\xe1russon",content:"EN"==y?"Chief of Business and Deputy CEO":"Svi\xf0ssstj\xf3ri vi\xf0skiptasvi\xf0s",imageUrl:"/images/KristinnIngi.png"},{title:"S\xf3lveig Hr\xf6nn Sigur\xf0ard\xf3ttir",content:"EN"==y?"Chief of Operations and Technology":"Svi\xf0sstj\xf3ri rekstrar- og t\xe6knisvi\xf0s",imageUrl:"/images/SolveigHronn.png"},{title:"Christophe Fornetran",content:"EN"==y?"Chief of Project Execution":"Svi\xf0sstj\xf3ri h\xf6nnunar- og framkv\xe6mdasvi\xf0s",imageUrl:"/images/christophe_portrait.jpg"}]})}),(0,t.jsx)("div",{className:"EN"==y?"":"hidden",children:(0,t.jsx)("section",{id:"governance",children:(0,t.jsx)(r.Z,{title:"Governance",text:"We uphold the highest standards of integrity and accountability, ensuring that our practices comply with industry regulations.",badge:"",buttonText:"Learn More",imageUrl:"/images/CompanyGovernance.png",flip:!1,actionType:"modal",openModal:function(){x(!0)}})})}),(0,t.jsx)(r.Z,{title:"EN"==y?"Careers":"St\xf6rf",text:"EN"==y?"Passionate about making a difference? We are looking for talented individuals to join our mission-driven team and contribute to climate recovery.":"Viltu leggja \xfeitt af m\xf6rkum? Vi\xf0 erum a\xf0 leita a\xf0 h\xe6fileikar\xedku f\xf3lki til a\xf0 ganga til li\xf0s vi\xf0 teymi\xf0 okkar og hafa j\xe1kv\xe6\xf0 \xe1hrif \xe1 loftslagi\xf0.",badge:"",buttonText:"EN"==y?"Explore Job Opportunities":"Sko\xf0a st\xf6rf \xed bo\xf0i",imageUrl:"/images/CompanyCareers.png",flip:!0,actionType:"url",actionUrl:"/careers"}),(0,t.jsx)("section",{id:"carbfix-for-kids",children:(0,t.jsx)(r.Z,{title:"EN"==y?"Carbf
1ix for kids":"Carbfix fyrir krakka",text:"EN"==y?'Discover how Carbfix is pioneering a revolutionary method to combat climate change by turning COâ into stone! Explore our kid-friendly article, "Protecting Our Climate by Turning COâ Into Stone,"':'L\xe6r\xf0u um byltingarkenndu Carbfix a\xf0fer\xf0ina sem breytir kold\xedox\xed\xf0i \xed stein til \xfeess a\xf0 berjast gegn loftslagsbreytingum. H\xe9r getur \xfe\xfa lesi\xf0 greinina "Spornum vi\xf0 loftslagsbreytingum me\xf0 \xfev\xed a\xf0 breyta kold\xedox\xed\xf0i \xed stein", en h\xfan er s\xe9rstaklega \xe6tlu\xf0 b\xf6rnum.',badge:"",buttonText:"EN"==y?"Learn More":"L\xe6r\xf0u meira",imageUrl:"/images/CarbfixForKids.png",flip:!1,actionType:"modal",openModal:function(){i(!0)}})}),(0,t.jsx)("div",{className:"EN"==y?"":"hidden",children:(0,t.jsx)(n.Z,{title:"FAQ",questions:[{type:"General",questions:[{id:1,visible:!0,question:"What is Carbfix?",answer:"Carbfix is pioneering the process of rapid underground mineralisation of COâ i.e. turning otherwise emitted COâ, - or COâ captured directly from the atmosphere, into stone to mitigate climate change. More about our story <a style='text-decoration:underline' href='/ourcompany#from-research-to-deployment' target='_blank'>here</a>."},{id:2,visible:!0,question:"Why Carbfix?",answer:"Reducing COâ levels in the atmosphere is considered one of the main challenges of this century. The Carbfix technology mitigates climate change by injecting COâ at selected geological sites. The geology required for COâ injection through the Carbfix technology differs from geology required for conventional Carbon Capture and Storage (CCS) technologies. Therefore, Carbfix enables the possibility of doing CCS in areas where it had not previously been considered feasible. Additionally, the Carbfix method adds to the storage security by dissolving the COâ prior to or during injection, and by the rapid and permanent mineralisation of the injected COâ."},{id:3,visible:!0,question:"Is Carbfix the ultimate solution to climate change?",answer:"Carbfix is not the ultimate solution to climate change but rather one of the methods that can be used to tackle global warming. Carbfix is a new tool that can be used concurrently with other known and future methods. The International Energy Agency (IEA) has estimated that large scale application of carbon capture and storage is vital if the world is to limit global temperature increase to below 2\xb0C. The Carbfix method increases the portfolio of CCS by providing a safe, efficient way to permanently immobilise COâ where basalts and water sources are located near to COâ sources and thus contributes to reducing greenhouse gas emissions."},{id:4,visible:!0,question:"Is there any additional outreach for education?",answer:"The <a style='text-decoration:underline' href='https://www.on.is/en/geothermal-exhibition/'>ON Power Geothermal Exhibition</a>, located at the Hellishei\xf0i Geothermal Power Plant, is open for visitors. That is where the Carbfix method is being applied at an industrial scale - guided tours are available.<br/>There are scientific papers that have been published over the years and for the younger generation an article in <a style='text-decoration:underline' href='https://kids.frontiersin.org/articles/10.3389/frym.2021.579895'>Frontiers for Young Minds</a>. For general information on how Carbfix works, see <a style='text-decoration:underline' href='/operations#how-carbfix-works'>here</a>.<br/>Additionally, Carbfix has been in the media, news, and series, for a list click <a style='text-decoration:underline' href='/newsmedia'>here</a>."}]},{type:"Technical",questions:[{id:1,visible:!0,question:"How much COâ has been mineralised so far?",answer:"Check out our <a style='text-decoration:underline' href='/'>home page</a> for how many tons of COâ have been injected for permanent storage by Carbfix into reactive basalts. Currently, the annual capacity of the injection system is about 12,000 tons of COâ. "},{id:2,visible:!0,question:"How long does mineralisation take?",answer:"Chemical reactions between the basaltic host rock and COâ loaded injection water have been shown to be rapid, resulting in over 95% permanent mineral COâ sequestration in under two years. <br/><br/>Mineralisation is so quick because dissolution of COâ prior to or during injection ensures that chemical reactions between host rock and injected fluid begin to take place immediately after injection. The high reactivity and chemical composition of the basaltic host rock (up to 25% by weight of calcium, magnesium and iron that can combine with the injected COâ to form stable carbonate minerals) play an even larger role in the efficiency of permanent mineral storage in basalt
1s."},{id:3,visible:!0,question:"How is mineralisation measured?",answer:"The mineralisation of the injected gases is observed using tracers and by following geochemical signals, both of which are monitored by the sampling of fluids from wells in the vicinity of the injection point. Measured tracer concentration in monitoring wells and mass balance calculations enable evaluation of COâ mineralisation. The mineralisation has also been quantified using different isotopes."},{id:4,visible:!0,question:"What is so special about basalts?",answer:"Basaltic rocks are highly reactive and contain the metals needed for permanently immobilizing COâ through the formation of carbonate minerals. They are often fractured and porous, containing storage space for the mineralised COâ. Furthermore, basalt is the most common rock type on the surface of Earth, covering ~5% of the continents and most of the oceanic floor.<br/><br/>It has been estimated that the active rift zone in Iceland could store over 400 Gt COâ (400 billion tons of COâ). The theoretical storage c
1apacity of the ocean ridges is significantly larger than the estimated 18,500 Gt COâ stemming from the burning of all fossil fuel carbon on Earth. The question remains, how much of this theoretical storage capacity is feasible to use for mineral storage of COâ.<br/><br/>The pore space, chemical composition, and wide distribution of basalts makes it the perfect candidate to develop the Carbfix process. However, other reactive rocks such as andesites, peridotites, breccias and sedimentary formations containing calcium, magnesium and iron rich silicate minerals can also do the job. Studies on that subject are undertaken in Carbfix2 and the related <a style='text-decoration:underline' href='https://geco-h2020.eu/'>GECO</a> project."},{id:5,visible:!0,question:"Does the basalt become saturated at some point?",answer:"Yes, with time basalt can become saturated. However, the potential for mineralisation is greater than burning of all fossil fuel carbon on Earth. There can occur some micro-fracturing due to mineralisation and opening of new pathways for the injected fluid that channels the fluid towards new available pore space and fractures."},{id:6,visible:!0,question:"You state 95% is mineralised within 2 years. What happens to the final 5%?",answer:"The 5% is the uncertainty of the measurements â we can be sure that over 95% of what we injected was mineralised within two years of injection. The final fraction might have taken longer to mineralise - but eventually all of the injected COâ is turned into stone, and we have proved this happens rapidly, or within a few years of injection."},{id:7,visible:!0,question:"Does Carbfix require a lot of water?",answer:"The Carbfix process requires substantial amounts of water to carry the COâ in dissolution and to promote reactions underground. However, the water is sourced from the same reservoir in which the injection takes place and is therefore circulated and reused to a certain extent. But even dry regions that lack fresh water may still be good geological candidates. Carbfix has developed the scientific basis for using seawater to dissolve COâ instead prior to injection, significantly expanding the applicability of the technology. A field site demonstration of mineral storage using seawater is scheduled in 2023."},{id:8,visible:!0,question:"What is Sulfix?",answer:"During the preparation stages of Carbfix, it was realised that the same process could be used to capture and mineralise hydrogen sulfide (HâS), another polluting gas that is detrimental to human health. Since hydrogen sulfide is, like COâ, a water soluble gas it can be co-captured in the Carbfix water scrubbing process, which offers considerable added value for industries (the same is also true of other common industrial gases, such as NOx and SOx). The Hellisheidi geothermal power plant emits around 9,500 tons of HâS every year and is subject to environmental regulations. The original Sulfix R&D project was carried out by Reykjavik Energy at Hellisheidi in 2009-2012 with the objective of determining the fate of dissolved HâS injected into the basaltic reservoir. The current system captures roughly 85% of the HâS and injects it underground where it rapidly mineralises into pyrite mostly (fool's gold, FeS). The Sulfix process is significantly more economical and more environmentally friendly than existing industrial sulfur removal processes. In Iceland, it is a common misunderstanding that Sulfix preceded Carbfix and was somehow the precursor to the implementation of Carbfix. In fact, Carbfix was established in 2006 by a team of scientists that were focused on COâ abatement to combat climate change."},{id:9,visible:!0,question:"What is the energy requirement?",answer:"The main energy requirement associated with the Carbfix technology is the energy used to pressurise COâ and to supply water to injection wells. The energy requirement ranges from 40 to 80 kWh/tonne COâ depending on geological conditions. For the Coda Terminal, a 3 Mt COâ storage project in Iceland, the energy requirement will be around 46 kWh/tonne COâ."},{id:10,visible:!0,question:"Can other rock types than basalt be used?",answer:"When evaluating suitable rock types for the Carbfix method, the following parameters must be considered: host-rock chemistry, reactivity, porosity, and permeability, as well as reservoir pressure and temperature conditions during COâ injection. The most favourable rock types for carbon mineralisation are mafic and ultramafic rocks (magnesium- and iron-rich) due to their high reactivity and abundant pore space, as in the case of young basalts. Basaltic rocks, peridotites, and other rocks with more intermediate compositions, such as andesite, dacite and rhyolite have been demonstrated to show potential for carbon mineralisation. There have been experimental studies on andesitic, dacitic and rhyolitic rocks with successful mineralisation. Thus, indicating that the application of Carbfix extends beyond just Icelandic basalt."}]},{type:"Envorionmental",questions:[{id:1,visible:!0,question:"Are there any risks from potential seismic activity?",answer:"Independent seismic risk assessments are conducted during the preparation phases of injection activities. At present, on-site seismic networks are deployed and combined with selected stations from the national permanent seismic network to increase the detection level and location accuracy of detectable seismic activity. Injection sites are monitored before and during the preparation phases of well drilling activities. In addition, storage sites are typically developed in a stepwise manner, where each development stage accounts for any possible induced seismicity due to previous stages. This approach minimizes the risk of seismicity felt at or near the injection site."},{id:2,visible:!0,question:"Have environmental impact assessments been conducted?",answer:"The Carbfix method is operational at Hellishei\xf0i Geothermal Powerplant, and soon to be applied to the Nesjavellir geothermal system. Monitoring programmes for both systems have been developed alongside environmental impact assessments (EIAs). Furthermore, environmental impacts of the combined heat and power (CHP) plant at Hellishei\xf0i and the carbon intensity of its electricity production has been quantified from a life-cycle perspective, see <a style='text-decoration:underline' href='https://www.sciencedirect.com/science/article/pii/S0160412019318689'>here</a> for more details. <br/<br/>Hellishei\xf0i Geothermal Project has been subject to the Geothermal Sustainability Assessment Protocol (GSAP). GSAP assess the environmental, social, technical, and financial performance of geothermal power projects in accordance with a defined list of sustainability categories. Click <a style='text-decoration:underline' href='https://www.sciencedirect.com/science/article/pii/S1876610218301474'>here</a> to view Hellishei\xf0i\xb4s sustainability profile (Figure 4, Page 119)."},{id:3,visible:!0,question:"Have life cycle assessments been conducted?",answer:"Life cycle assessments (LCAs) are conducted to assess the environmental impacts associated with the total life cycle of goods, services, or processes, i.e., from resource extraction to end-of-life. An LCA conducted by
1Karlsdottir et al. (2020) on the Hellishei\xf0i Geothermal Power showed that the Carbfix method, used for reinjection of COâ at Hellishei\xf0i, reduces the Global Warming Potential (GWP100) by 27.8% for electricity production over the 30-year operational time. In addition, the Sulfix method, developed for the reinjection of HâS at Hellishei\xf0i decreased the Acidification Potential (AP) by 62.5%. For more information click <a style='text-decoration:underline' href='https://www.sciencedirect.com/science/article/pii/S0375650518300786'>here</a>."},{id:4,visible:!0,question:"Can the Carbfix stones be reused or retrieved in some way?",answer:"The primary focus of Carbfix is to remove COâ from the air and be a part of the solution to the climate change crisis. As the Carbfix method relies on COâ injection into basaltic rocks for it to mineralise into carbonate minerals deep within the basaltic bedrock (>500 m) it is not beneficial for the cost nor carbon emissions to use the basaltic rocks as building material or cement. This way, we permanently dispose of the injected COâ. Mineralised COâ can be found naturally as carbonate minerals in various settings.<br/><br/>Carbon capture and storage (CCS) for cement production has not yet been proven at an industrial scale though there are various projects ongoing worldwide. Most of these projects utilise fine crushed material, which subsequently binds COâ."},{id:5,visible:!0,question:"Can groundwater or biodiversity be contaminated?",answer:"Carbfix's injected COâ-dissolved water is denser than pure water and thus sinks relative to the groundwater table having little to no interaction with it, eliminating the risk of leakage. In the initial phase of injection, the COâ-dissolved water dissolves a part of the rocks, releasing metals which then form stable carbonate minerals. These carbonate minerals have the potential to draw up the released and associated metals.<br/><br/>In addition, injection has led to an increase in the mass of subsurface biota. However, carbon isotope measurements have shown that the biota increased negligibly compared to subsurface carbon fixation. There are neglible effects from the COâ injection at the surface."},{id:6,visible:!0,question:"Does COâ pollute?",answer:"COâ at relatively high concentrations in the air can be harmful to ecosystems and is one of the causes of anthropogenic climate change. COâ that is dissolved in water and injected into basaltic rocks (the Carbfix method) is not polluting as the previously buoyant COâ gas is trapped within this dissolved solution and reacts to form nontoxic carbonate minerals at great depths (<500 m). Therefore, the carbonate minerals formed from the Carbfix method are safe and non-polluting."}]},{type:"Financial",questions:[{id:1,visible:!0,question:"Can I buy shares or offsets?",answer:"Carbfix ohf., is fully owned by Orkuveita Reykjavikur ohf., (Reykjav\xedk Energy) and is not a publicly listed company. Therefore, no equity shares can be aquired in Carbfix ohf.<br/><br/>We specialize in capturing COâ emissions from concentrated sources such as power plants and industrial production facilities and injecting them into favourable rock formations for permanent storage. At present, Carbfix does not have a carbon offsetting program for individuals and companies to offset their emissions. However, please check again in the near future!"}]}]})})]})]})}}},function(e){e.O(0,[215,99,888,774,179],function(){return e(e.s=3429)}),_N_E=e.O()}]);
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