News

HB Grandi is a partner of the World Seafood Congress 2017

HB Grandi is a partner of the World Seafood Congress 2017 (#WSC_2017). The conference will take place in Iceland in September and this is the first time the event will take place in the Nordic countries. The conference was initiated by the Food and Agriculture Organization of the United Nations (FAO).

The WSC is one of the largest forum for value creation in the world in the field of fisheries and food security. The conference will be attended by employees of fishing and fish processing, investors and experts from the management system, the research and education environment from all over the world.

"HB Grandi is a progressive fisheries company that Matís has worked with for a long time in research and innovation projects. We are really pleased to have the company collaborate at the conference, which will provide an opportunity to introduce the Icelandic fishing industry and the innovative power it has, "said Sveinn Margeirsson, CEO of Matís when asked about this. 

"It is a true honor for us to support the discussion about food safety and value creation in the fishing industry. For years, HB Grandi has supported the responsible use of fish stocks and participated in development and innovation projects with the aim of making the best use of the marine resources off Iceland. The World Seafood Congress is an important forum for discussion on progress in the entire seafood value chain and on the development of the seafood industry worldwide," said Vilhjálmur Vilhjálmsson, CEO of HB Grandi.

More information about the conference can be found on the website www.wsc2017.com

News

Beach equipment 2017

Today, 13 March 2017, the conference Strandbúnaður 2017. The newly launched Strandbúnaður conference begins. On that occasion, Arnljótur Bjarki Bergsson, Director of Implementation and Influence, wrote the following article in Morgunblaðið, which is published today.

Icelanders, like other people on earth, face great challenges. It is uncertain how the struggle with the great challenges may affect our society, well-being and prosperity. The world's population is growing rapidly, it is a fact that places an obligation on humanity to make better use of the raw materials that are processed and produced to the best of its ability in a sustainable way.

Food production is one of the more important tasks that need to be considered when it comes to solving the big challenges. For a long time, less than 5% of the world's total food production has come from oceans and lakes, even though they cover about 70% of the earth's surface. More and more people are now turning their attention to this fact, as it is likely that some of the foreseeable increase in world food production will take place along and off the coasts of continents as well as island nations. Agriculture is bulky in the world's food production and many times more extensive than fishing or exploiting wild fish stocks. Iceland's economic jurisdiction is extensive and it is clear that there are opportunities to produce food within it as well as fishing for wild species. The coastal state of Iceland has opportunities with disciplined and organized development of industries along the country's coasts.

Cultivation of organisms in water is not new, but neither cultivation nor farming has been extensive in Iceland, although Iceland is a leader in charr farming and has been at the forefront of halibut farming. In recent years, there has been a large increase in salmon farming off the coast of Iceland and promising companies in algae cultivation have sprung up. Invertebrate cultivation has flourished and shells have been seen on menus around the country. It is important to work well in developing industries in this country. Industries based on the exploitation of resources on and off the coast of the country can help solve the challenges we face.

Coastal equipment is a synonym for industries related to the utilization of land and / or sea quality in and along the coast of the country, whether it is cultivation or fire.

For the responsible development of the industries that are considered coastal equipment, it is important that there is an open forum for professional and educational debate on the most urgent and important issues. To that end, the conference Strandbúnaður 2017 will be held on 13-14. March at the Grand Hotel. The conference is open to everyone, where the status and development of the most extensive aspects of coastal equipment in Iceland will be reviewed, as well as the state of affairs worldwide. The conference thus supports education, research, policy-making and thus the development of the industry.

News

Open meeting on the control system of the Food Administration

Matvælastofnun holds a meeting on the agency's control system at 9-12 on Friday 17 March in Reykjavík. The meeting is open to everyone but is especially intended for food producers that the agency supervises, farmers as well as companies, to review the implementation of supervision, follow-up and publication of results from supervision.

The meeting will discuss the structure and recent changes to the Food Administration's inspection manuals and companies' risk classification. The premises and implementation of inspections and the performance classification of the Food Administration of companies will be reviewed based on the results of inspections. The Agency's procedures for the application of coercive and punitive measures will be presented, as well as external information on the results of inspections and actions by the Food Administration.

Agenda

09:00 - 10:00 Inspection manuals of the Food Administration - Jón Ágúst Gunnlaugsson, MAST
10:00 - 10:25 Corporate risk classification - Jónína Stefánsdóttir, MAST
10:25 - 10:40 Pause
10:40 - 10:55 Performance evaluation of companies - Jón Ágúst Gunnlaugsson, MAST
10:55 - 11:40 Follow-up and application of coercive and punitive measures - Ástfríður Sigurðardóttir, MAST
11:40 - 12:00 Publication of monitoring results - Jón Ágúst Gunnlaugsson, MAST
 
Meeting guests are given the opportunity to ask their questions and participate in discussions. Participants do not have to register and participation is free of charge.
 
The meeting is on Friday 17 March at 9:00 - 12:00 at the Food Agency's Marketing Office at Stórhöfði 23. The entrance to the agency's premises is on the north side (Grafarvogsmegin). Further information can be found on the website Matvælastofnun

Related material: Do not get confused! Matís is not Matvís who is not MAST… ..

Reports

Survey of inorganic trace elements and polycyclic hydrocarbons (PAH) in mussels and sediments at Grundartangi, Hvalfjörður, 2016 / Evaluation of inorganic trace elements and aromatic hydrocarbons (PAHs) in blue mussel (Mytilus edulis) and sediment at Grundartangi, Hvalfjörður, 2016

Published:

07/03/2017

Authors:

Halldór Pálmar Halldórsson, Hermann Dreki Guls, Natasa Desnica, Erna Óladóttir, Helga Gunnlaugsdóttir, Kristín Ólafsdóttir

Supported by:

Norðurál hf., Elkem Ísland ehf

Contact

Natasa Desnica

Research Group Leader

natasa@matis.is

Survey of inorganic trace elements and polycyclic hydrocarbons (PAH) in mussels and sediments at Grundartangi, Hvalfjörður, 2016 / Evaluation of inorganic trace elements and aromatic hydrocarbons (PAHs) in blue mussel (Mytilus edulis) and sediment at Grundartangi, Hvalfjörður, 2016

The aim of the study is to assess the possible polluting effects of industrial plants at Grundartangi on the marine environment in Hvalfjörður. Environmental monitoring began in 2000 and was repeated in 2004, 2007, 2011 and 2013, as well as the implementation of monitoring was reviewed, including the addition of sampling points and the number of measuring factors increased. This report reports the results of monitoring measurements in samples from 2016. Mussels (Mytilus edulis) were placed in cages at seven different stations along the coast at Grundartangi, north of Hvalfjörður, including one reference point at Saurbæjarvík in the fjord. The mussel cages were then taken up and the mussels examined two months later. To assess the natural fluctuations in the concentration of substances and the growth of mussels, one control sample was taken and frozen as soon as the mussels were put out for cultivation. Mortality and growth of mussels together with the main components (water, fat, ash and salt) were measured at the end of the study. The following inorganic trace elements and organic compounds were also measured in the soft tissue of mussels; arsenic, cadmium, copper, zinc, chromium, nickel, mercury, selenium, lead, vanadium, aluminum, iron, fluorine and 16 polycyclic hydrocarbons (PAHs) but the latter were reduced by two (perylene and benzo (e) pyrene) to at the request of the buyer. PAHs were also measured in sediment samples taken at the same locations as the mussel samples. There was not much difference between stations, neither in terms of biological factors nor the main components of mussels. Mortality was low and in general the mussel seemed to be doing well. Inorganic trace elements were at a similar concentration or lower compared to previous studies and were measured at a similar concentration as in mussels from unpolluted places around the country and always at a lower concentration than the Norwegian limit for contaminated areas. Cadmium (Cd), however, was measured above the Norwegian minimum limit, but its concentration in mussels decreased at the factory sites during the growing season. It is therefore not considered that high cadmium concentrations are associated with the industrial plants at Grundartangi, but rather naturally high background concentrations in the Icelandic environment. In cases where there are maximum levels for inorganic trace elements in food (Cd, Hg, Pb), their concentration in mussels after two months at sea near the industrial plants was always well below the maximum levels for food. Only 3 PAHs were detected above the limit of detection in mussels, the same as in 2013: pyrene, phenanthrene and fluoranthene (perylene was also detected in 2013 but was omitted this time). Pyrene was at its highest concentration of the 3 PAHs detected, except in Bank 1 where fluoranthene was at its highest concentration. The concentration of PAHs in mussels was insignificant and always below the Norwegian limit for contaminated areas for mussels. All 16 PAHs were detected in all sediment samples and their total amount ranged from 209-791 µg / kg dry weight. It is likely that these PAHs in the sediment are related to industrial activities and shipping traffic in the area. Compared with Norwegian reference values, all measured sampling sites except two are classified as mild impact areas where PAH concentration is higher compared to the definition of background area. This is the second time that the concentration of PAHs is measured in sediment samples in the environmental monitoring of the industrial plants at Grundartangi and the total amount of PAH substances in the sediment was lower this year compared to 2013. The effect of the industrial plants on mussels in the vicinity of Grundartangi seems limited. substances measured in this study. The effects on the sediment's ecosystem are therefore likely to be insignificant, given the Norwegian and Canadian exposure limits of PAHs. However, it is still necessary to closely monitor and monitor the environment and the ecosystem in order to detect changes in the pollution load in this area.

The aim of this study is to estimate potential impact of organic and inorganic pollutants on the costal marine ecosystem in proximity to the industrial activities at Grundartangi in Hvalfjörður. The monitoring started in the year 2000 and has since then been revised in terms of additional sampling sites and measured elements, but the monitoring has been repeated in the years 2004, 2007, 2011 and 2013. This report summarizes the results obtained in the study performed in 2016. Caged mussels (Mytilus edulis) from a homogenous population were positioned at seven different locations along the coast close to Grundartangi industries including a reference cage at Saurbæjarvík. The mussel cages were then retrieved after a two month monitoring period. In order to enable assessment of natural changes in compound concentration and mussel size over time, a reference sample was taken from the mussel pool when the cages were initially deployed at their monitoring sites. Death rate and growth of mussels as well as their main constituents (water, fat, ash and salt) were evaluated at the end of the monitoring period. Similarly, the following trace elements and organic compounds were analyzed in the soft mussel tissue: As, Cd, Cu, Zn, Cr, Ni, Hg, Se, Pb, V, Al, Fe, F and 16 PAHs (two compounds, perylene and benzo (e) pyrene were omitted this time). PAHs were also analyzed in sediment samples taken from the same sites. Little variation was observed in main constituents and biological factors between the different sampling sites. Death rate was low and the mussels thrived well. In general, inorganic trace elements were similar or in lower concentrations compared to previous years and always below the Norwegian environmental standards, except in the case of cadmium (Cd) that exceeded the lowest Norwegian environmental limit. The Cd concentration decreased in the mussels during the monitoring period which indicates that the Cd concentration is not related to the industrial activities at Grundartangi, but rather to high natural Cd background concentration in the Icelandic environment. However, Cd as well as Hg and Pb meet the EU maximum limits for food consumption. Only 3 PAH compounds were detected above limits of quantification in the musselsamples. Pyrene was always at the highest concentration while phenanthrene and fluoranthene were at lower concentration, except at banki 1, where fluoranthene was the highest. The PAH concentrations never exceeded the Norwegian standards for total PAH concentration for mussels. All 16 PAHs were detected in all sediment samples with total PAHs ranging 209-791 /g / kg. All sites except for the reference site and S1 fall into the category slightly impacted sites due to increased PAH concentrations when compared to Norwegian reference values and below threshold effect levels compared to Canadian criteria. This is the second time that PAHs are analyzed in sediment samples to monitor the impact of the industrial activities at Grundartangi and total levels of PAH are now somewhat lower than observed in 2013. In conclusion, the effects of the industries at Grundartangi appear to be limited for the chemical compounds analyzed in the mussels. The impact on biota sediment also appears to be low. However, it is important to maintain frequent monitoring studies on the marine ecosystem near the Grundartangi industrial area in order to detect changes in pollution burden.

View report

News

Assistant Professor of Food Science at the Faculty of Food and Nutrition, University of Iceland

The position of assistant professor of food science at the Faculty of Food and Nutrition at the University of Iceland is 100%.

Field of study: 

An applicant with knowledge and experience is sought to strengthen research and teaching in food science with an emphasis on food chemistry, food processing or food microbiology.

Area of work:

• To participate in the development and teaching of basic, master's and doctoral studies in food science.
• To teach and guide food science students.
• To conduct research in the field of food science.
• To participate in the management and development of teaching and research.
• To raise external research grants and take an active part in national and international projects and collaborations.

Educational and qualification requirements:

• Doctoral degree with specialization in food science. The specialization can be in the fields of food chemistry, food biotechnology, food processing or food microbiology.
• Experience in overseeing research projects, clear research emphases and experience in obtaining research grants.
• Successful teaching experience at university level as well as experience in supervising graduate students.
• Excellent English skills.
• Good co-operation skills and agility in human relations.
• Reliability, initiative and independence in working methods, as well as good skills in sharing one's own knowledge.

When hiring, it will be assumed that the person who gets the job fits as well as possible with the circumstances and needs of the Faculty of Food and Nutrition.

The appointment will be for a term of five years with the possibility of indefinite employment after that time, cf. Paragraph 3 Article 31 rules for the University of Iceland no. 569/2009.

The provisions of the Act on Public Universities no. 85/2008 and rules for the University of Iceland no. 569/2009.

According to the rules of the University of Iceland no. 569/2009, Article 38 the Rector may grant promotion to the position of associate professor or professor in the case of a new appointment if the person in question fulfills those conditions.

Application process:

The application deadline is until March 6, 2017 and applications must be received in electronic form at the e-mail address bmz@hi.is marked HI17010159.

Applicants must enclose with their application a certificate of their academic career and work, a bibliography, a report on scientific work and other work they have done, and a research plan if hired. The application must state which of his or her publications, up to eight in number, the applicant considers to be the most important with regard to the work in question. Applicants only send these publications with an application, or refer to where they are available in electronic form. When more than one author submits a work, applicants must state their contribution to the work. Furthermore, applicants are expected to include reviews of their teaching and management positions, as appropriate. If it is not possible to submit supporting documents with an application in electronic form, they must be submitted in duplicate to the School of Science at the University of Iceland, Sæmundargata 2, 101 Reykjavík. All applicants will be answered and notified of the job placement once a decision has been made. Applications can be valid for six months from the end of the application deadline.

Salaries are according to the wage agreement between the Association of University Teachers and the Minister of Finance.

It is expected that the above work will be provided from 1 August 2017 or by agreement, provided that the work of the committees dealing with the matter will then be completed. Applicants will be informed of the results of the adjudication committee and the selection committee and of the disposition of the job when that decision is available.

For further information:

  • Guðjón Þorkelsson, President of the Faculty of Food and Nutrition and Matís employee (gudjont@hi.is / s. 422 5044)
  • Auður Ingólfsdóttir, Head of the Faculty of Food and Nutrition (auduring@hi.is / 543 8408).

When recruiting for jobs at the University of Iceland, the university's gender equality plan is taken into account.

The Faculty of Food Science and Nutrition is one of the six faculties of the School of Health Sciences at the University of Iceland. At the faculty, about 120 students study food science and nutrition. Of these, about 50 are graduate students, both in master's and doctoral studies. There are eight full-time academic positions within the faculty, and due to the high average age of food science teachers, a significant renewal of staff is expected in the coming years. Therefore, young researchers are especially encouraged to apply. The faculty is in research and teaching collaboration with the Laboratory of Nutrition (www.rin.hi.is) and Matís ohf (www.matis.is).

Further information about the faculty can be found on the School's website
http://www.hi.is/matvaela_og_naeringarfraedideild/forsida

News

Shortened to Strandbúnað 2017

The conference Strandbúnaður 2017 will be held at the Grand Hotel on 13 and 14 March. . The purpose is to promote professional and informative discussion of coastal equipment and thus support the education, research, development and policy-making of the industries that utilize land and / or sea quality along the coast of the country

The conference will focus on the importance of education for a growing industry. One of eight seminars of the conference is called Education in Strandbúnaður. After all, knowledge and skills are among the most important basic factors that need to be considered and can be utilized in the development of new industries.

Coastal equipment is an industry that grows and thrives by utilizing the knowledge of numerous disciplines. It is important that knowledge is disseminated in an efficient manner to the business community and society so that its utilization is as good as possible. The education of individuals for a variety of jobs related to coastal equipment is the key to increasing the industry's competitiveness. The seminar will present the supply of education in coastal equipment in Iceland, the industry's wishes for its further development will be discussed, as well as individuals' expectations and attitudes towards learning and the working environment. 

Lectures at the seminar on education in Strandbúnaður come from ArnarlaxiKeynaturaArctic FishHólar UniversityThe University of Akureyri and University Center of the Westfjords. These parties are considered highly qualified to discuss the status and future vision of education in aquaculture, the interplay between education and the development of coastal equipment and the role of education in aquaculture in strengthening coastal communities. 

In other areas of Strandbúnaður, there are some examples of particularly interesting topics. The cultivation of mussels and especially the wholesomeness of Icelandic mussels is something that is worth highlighting. Algae cultivation and utilization of algae and especially with regard to processing and product development possibilities. The discussion on the future of salmon farming will cover the role of feed production and feed development with regard to the environment.

Interested parties are encouraged to register for the conference here.

News

Collaboration on value creation, product development and promotion of goat products

Matís and Geitfjárræktarfélag Íslands, expressed their willingness to increase cooperation, with increased value creation, product development and promotion of goat products as a goal earlier this week.

Matís and Geitfjárræktarfélagið believe that increased research in connection with goat breeding, the application of information and biotechnology and the introduction of goats can lay the foundation for a change in thinking about innovation and technological revolution in agriculture in Iceland, increase the production of healthy and nutritious food and at the same time promote food. and by-products that today are generated as waste from the food industry, restaurants and households. 

The goat has been part of the Icelandic bioeconomy since the settlement and is one of the nation's genetic resources. The goat's milk, meat, skins and wool have been used since the settlement and various goat products, such as oatmeal, goat liver and goat land, have been placed in the context of the healing power of living resources.

In recent years, Matís has achieved very good results in joining the International Research and Innovation Fund, in collaboration with Icelandic and foreign companies and institutions. Matís will seek to introduce the Icelandic goat and opportunities for innovation related to it to its partners in Iceland and abroad.

In an era of challenges in the areas of food security, nutritional security and public health and major changes in demographics around the world, it is important to look in a new way at utilizing Iceland's genetic resources and cultural heritage related to agriculture, opportunities in and near urban areas and the use of international technology and marketing. value creation and improved public health. User-centered product and service design, guided by sustainable development, is fundamental in this context.

Geitfjárræktarfélag Íslands was founded in 1991. The association is an interest group of goat breeders in Iceland, but there are a total of more than 1000 winter-fed goats - oats and chickens - in Iceland. The role of the company is to promote the protection and breeding of the Icelandic goat population and to look for ways to improve utilization and increase the value of goat products.

Matís is a powerful knowledge company that engages in diverse research, service and innovation in the food and biotechnology industry, with increased value creation, improved food security and improved public health as a goal.

News

An international effort to increase innovation in aquaculture

Today a meeting was held on a new Network for innovation in aquaculture in the Arctic and the Arctic (e. Aquaculture Innovation Network for the Northern Periphery and Arctic (AINNPA)), which aims to improve innovation support for distant aquaculture enterprises, especially small and medium-sized enterprises, enabling them to focus on meeting the demand for product and service development.

With the support of the Arctic Program, the AINNPA project brings together experts from the Faroe Islands, Iceland, Ireland, Norway and Scotland. The project is led by the Scottish Aquaculture Innovation Center (SAIC), which is hosted by Stiling University.

According to Heather Jones, Director of the Scottish Aquaculture Innovation Center: "Small and medium-sized enterprises (SMEs) play a key role in the sustainable growth of aquaculture, whether in Scotland or elsewhere in the Arctic. On the other hand, for those who run companies in distant places, it is difficult to obtain support and services in the field of innovation. AINNPA addresses these challenges and opportunities facing LMF by sharing guidelines on best practices across the region and by developing new products and services through an integrated support network.

Today's meeting marks the beginning of a six-month preparatory process for mapping current innovation support in the field of aquaculture in the Arctic; by analyzing existing and opportunities on the horizon for LMF, and building co-operation networks around the areas participating in the co-operation.

"We know what we want to achieve with international co-operation - namely, offering small and medium-sized enterprises a stronger support network than they would otherwise have access to, so that they can develop, through innovation, solutions to the challenges facing aquaculture. Now we start the process of agreeing on how we will achieve the desired results. ”Explains Robin Shields Aquaculture Innovation Director and AINNPA Representative at the Scottish Aquaculture Innovation Center.

As part of this initial work, the partners seek to communicate with and nominate related participants. "For this initiative to be successful in the long run, the insight of stakeholders is important from the outset," adds Robin. "Examples include regional developers, aquaculture companies' associations and other units that may be helpful in identifying the needs of innovation needs and that, in the end, will be one of the main factors influencing the inclusion and exploitation of AINNPA across the participating areas.

Interested parties associated with aquaculture associations and companies interested in joining AINNPA can contact Jón Árnason or Robin Shields

News

Impact of ambient temperature and waiting time of raw material during fillet processing

A new article presents results that strengthen the argument for the importance of good and disciplined work methods in the production of fish fillets. Although every effort is made to work well in processing fish into fillets, it may happen that fish do not find their way through the processing as quickly as expected or that fish pass through a space that is warmer than would be preferable. .

Prolongation of processing time and undesirable rise in temperature in fish fillets can lead to significant weight loss of products and have a corresponding effect on their value. The study is a new result of a long and successful collaboration between Matís and the United Nations University's Fisheries Academy with Icelandic fisheries companies as well as companies that serve the Icelandic fisheries sector.  

An article has recently been approved for publication in the Journal of Food Engineering the effect of ambient temperature and waiting time of raw material in the processing of saithe and redfish fillets. The article is available online and will be published in the May issue of the Journal of Food Engineering. The article is based on a study conducted by a Chinese student at the United Nations University's School of Fisheries (UNU-FTP), Mu Gang, worked under the guidance of Icelandic instructors during his study stay in Iceland. Mu Gang's instructors were dr. Kristín Anna Þórarinsdóttir at Marel, Ásbjörn Jónsson and Arnljótur Bjarki Bergsson at Matís and the research was done at Matís.

The results of the study strengthen the arguments for the importance of good and disciplined work methods in the processing of fish fillets. Purposeful cooling plays a key role in preserving quality. As important as it is to minimize the damage to the fish from fishing to consumption, it is also important to reduce any delays that may occur in the processing process. As has been stated another level bleeding, haemorrhage (bleeding), washing and cooling are important on board fishing vessels, the same applies to the efficiency and maintenance of low temperatures during fillet processing. 

Although every effort is always made to work well in the processing of fish into fillets, it may happen that fish do not get through the processing as fast as expected or that fish pass through a space that is warmer than it should be. voted. To simulate possible deviations from the procedures, fish were stored at 9 ° C, 16 ° C and 21 ° C and fillets were inspected every half hour. The longest stored fish was stored for 3 hours. Both large (634 g) and small (289 g) saithe fillets as well as redfish fillets (105 g) were examined.

The results of the study show well the consequences if one deviates from the established procedure, ie. to maintain a low temperature throughout the processing process, even if the deviation is short-lived. High ambient temperatures and processing delays lead to a reduction in the weight and value of products. It is therefore important to avoid bottlenecks that lead to the accumulation of fish in processing channels, especially in slightly chilled conditions. In addition, it is important that the temperature of the products during packaging is as close as possible to the storage temperature. 

The knowledge created by the research is yet another fruit of Matís' long and successful collaboration with United Nations University School of Fisheries with Icelandic fisheries companies as well as companies that serve the Icelandic fisheries sector, such as Marel. Extensive knowledge is created in the university community and researchers have worked in extensive collaboration on its development and implementation at strong, responsible fisheries companies. Cooperation on the application of knowledge has enabled the Icelandic fishing industry to make great strides, and this has been noticed around the world. It has made the Icelandic fishing industry theirs knowledge industry who he is today and lives in the field for his development for the future.

News

Marlysi

The Rannís Technology Development Fund has now supported a collaborative project between Margildi, Matís, the University of Akureyri, Síldarvinnslan, Mjólkursamsälan and KPMG called Marlysi.

The aim of this project is to develop the best new processing method for fish oil for human consumption from the pelagic species capelin, herring and mackerel. Margildi is a start-up company that has developed a new and unique processing method, so-called rapid cold cleaning, which makes it possible to fully clean fish oil from the aforementioned pelagic species. Until now, it has not been possible to cold-clean the aforementioned fish oil for human consumption efficiently and cost-effectively due to the large amount of saturated and long-chain monounsaturated fatty acids. Margildi has already applied for a patent for the rapid cold cleaning technology.

Processing methods for fish oil will be developed that make it suitable for use as a food supplement in capsules or bottles, but also as an additive in food. But the fish oil from Margildur is coming out very well as an additive in food due to the natural stability of the fish oil. 

Raw fish oil from capelin, herring and mackerel, which is processed in fishmeal and fish oil factories, is today only sold as an additive in animal feed alongside fishmeal. There is good knowledge of the production of raw fish oil in Iceland in fishmeal and fish oil factories and they are well equipped. Five of the eleven factories have received food certification from the Food Administration (MAST) for their operations in part or in full, and more are moving in the same direction. Food certification is one of the basic preconditions for producing fish oil from pelagic fish for human consumption. Both fisheries companies in this project, ie. Síldarvinnslan and HB Grandi, have food-certified factories and will continue to work with products from them. 

In January this year, the town council of Fjarðabyggð approved the signing of a declaration of intent with Margildur, expressing goodwill and support for the company's possible factory in the municipality. We are grateful for the support and interest, which we have found in many places, but it has been very great from Fjarðabyggð, as this declaration of intent implies, "says Snorri Hreggviðsson, CEO of Margildi.

If this project is successful, the conditions will be created to build and operate a specialized fish factory in Iceland based on the results of the project. With the introduction of the Marlys factory, more profitable foundations will be laid for the fishmeal and fish oil industry, and it can develop in part from the production of raw materials for feed production to the production of finished products for human consumption. 

For further information Valur N. Gunnlaugsson at Matís.

EN