Hitachi Energy wins major contract for the first-of-its-kind sub-sea power transmission network in the MENA region advancing a sustainable energy future for Abu Dhabi

HVDC Light® will connect low-carbon power from the mainland grid to ADNOC’s production operations as a strategic project to enable a sustainable, flexible and secure power supply.

Zurich, Switzerland, Dec. 22, 2021 (GLOBE NEWSWIRE) — Hitachi Energy today announced it has won a major order from Samsung C&T Corporation, one of the world’s largest engineering and construction companies, to connect ADNOC’s offshore operations to the onshore power grid in the United Arab Emirates owned and operated by Abu Dhabi National Energy Company PJSC (TAQA).

Hitachi Energy’s HVDC Light® technology and MACHTM digital control platform1 will enable the transfer of cleaner and more efficient power from the mainland to power ADNOC’s offshore production operations, enabling a carbon footprint reduction of ADNOC’s offshore operations by more than thirty percent.

This innovative solution reinforces Hitachi Energy’s commitment to helping customers and countries to transition towards a carbon-neutral future and help enable the ‘2050 Net-Zero  Initiative’ of the UAE.

With a capacity of 3,200 megawatts (MW), the two HVDC links will be by far the most powerful power-from-shore solution in the Middle East and North America (MENA) region to date. It is also the first HVDC power-from-shore solution outside Norwegian waters. This innovative solution reflects how Hitachi Energy continues to pioneer technology to address the growing interest from national and independent oil and gas companies to power their offshore production facilities with carbon-free energy from onshore power grids.

“We are proud to be enabling Abu Dhabi and ADNOC to make significant progress on their pathway toward achieving the United Arab Emirates’ ambition to be carbon-neutral by 2050,” said Claudio Facchin, CEO of Hitachi Energy. He continued, “At Hitachi Energy we are championing the urgency of the clean energy transition, and this major order is further evidence that we are a ‘go to’ partner for developing and deploying technologies and solutions that are advancing the world’s energy system to be more sustainable, flexible and secure.”

Mr. SH Kim, Procurement Manager at Samsung C&T Corporation, commented, “In Hitachi Energy, we have selected a trusted partner who brings deep global competence and a strong mindset of collaboration and innovation.” SH Kim continued, “Together, we will serve ADNOC with pioneering technologies that are proven to deliver for such a large HVDC project.”

The entire power-from-shore project will comprise two HVDC power links, which will connect two clusters of offshore oil and gas production facilities to the mainland power grid, a distance of up to 140 kilometers for each cluster.

Hitachi Energy is supplying four converter stations, which convert AC power to DC for transmission in the subsea cables, then reconvert it to AC from DC for use in the offshore power systems. The HVDC technology will be supplied from Hitachi Energy’s global competence centers. Also included in the order are system studies, design and engineering, supply, installation supervision and commissioning. Hitachi Energy will support the customers with a long-term life-cycle service agreement leveraging digital technologies to ensure system availability and reliability over the HVDC links’ long operating life.

HVDC Light is a voltage source converter technology that was pioneered by Hitachi Energy. It is the preferred technology for many grid applications, including interconnecting national power grids, integrating offshore wind parks with mainland transmission systems, feeding more power into congested city centers, interconnecting asynchronous networks that operate at different frequencies, and power from shore.

HVDC Light’s defining features include uniquely compact converter stations (which is extremely important in space-critical applications like offshore wind, offshore production facilities and city-center infeeds), exceptionally low electrical losses, and black-start capability to restore power after a grid outage.

Hitachi Energy pioneered commercial HVDC technology almost 70 years ago and has delivered more than half of the world’s HVDC Classic projects and more than 70 percent of the world’s voltage source conversion HVDC projects.

Notes:

  1. Modular Advanced Control for HVDC (MACH™)
  2. The estimated reduction in carbon footprint is based on Hitachi Energy’s own calculations.

About Hitachi Energy

Hitachi Energy is a global technology leader that is advancing a sustainable energy future for all. We serve customers in the utility, industry and infrastructure sectors with innovative solutions and services across the value chain. Together with customers and partners, we pioneer technologies and enable the digital transformation required to accelerate the energy transition towards a carbon-neutral future. We are advancing the world’s energy system to become more sustainable, flexible and secure whilst balancing social, environmental and economic value. Hitachi Energy has a proven track record and unparalleled installed base in more than 140 countries. Headquartered in Switzerland, we employ around 38,000 people in 90 countries and generate business volumes of approximately $10 billion USD.

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Rebecca Bleasdale
Hitachi Energy Ltd.
+41 78643 2613
rebecca.bleasdale@hitachienergy.com

HPTN Studies Inform FDA’s Approval of ViiV Healthcare’s Long-Acting Cabotegravir Injections for HIV Prevention

DURHAM, N.C., Dec. 21, 2021 (GLOBE NEWSWIRE) — Data from the HIV Prevention Trials Network (HPTN) studies HPTN 083 and HPTN 084 helped provide important information for yesterday’s decision by the U.S. Food and Drug Administration (FDA) to approve ViiV Healthcare’s long-acting cabotegravir (CAB-LA) injections for the prevention of HIV. Sponsored and co-funded by the National Institute of Allergy and Infectious Diseases (NIAID), part of the National Institutes of Health (NIH), these studies showed that CAB-LA injected once every eight weeks was superior to daily oral tenofovir/emtricitabine (TDF/FTC) for HIV prevention among cisgender men and transgender women who have sex with men (HPTN 083) and cisgender women (HPTN 084). Both studies also demonstrated that CAB-LA was well-tolerated, offering a new and important pre-exposure prophylaxis (PrEP) option for individuals at risk for HIV infection. ViiV Healthcare will market CAB-LA for PrEP under the brand name Apretude.

“This is a truly critical milestone for HIV pre-exposure prophylaxis providing a safe and effective alternative to daily pills,” said Dr. Myron Cohen, HPTN co-principal investigator, and director of the Institute for Global Health at the University of North Carolina in Chapel Hill. “Until we have a cure or vaccine, more prevention options that meet the needs of individuals at risk for HIV around the world are essential.”

HPTN 083 was co-funded by NIAID and ViiV Healthcare. HPTN 084 was co-funded by NIAID, the Bill & Melinda Gates Foundation, and ViiV Healthcare. Study product was provided by ViiV Healthcare and Gilead Sciences, Inc. Three other NIH institutes also collaborated on HPTN 083 and HPTN 084: the National Institute of Mental Health, the National Institute on Drug Abuse, and the Eunice Kennedy Shriver National Institute of Child Health and Human Development.

HPTN 083 enrolled 4,570 cisgender men and transgender women who have sex with men at research sites in Argentina, Brazil, Peru, South Africa, Thailand, the U.S., and Vietnam. In the study, 52 HIV infections occurred, with 12 new infections in the CAB arm and 39 new infections in the TDF/FTC arm. These findings translate to a 69 percent reduction in incident HIV infections in study participants given CAB-LA compared to TDF/FTC.

HPTN 084 enrolled 3,223 cisgender women at research sites in Botswana, Eswatini, Kenya, Malawi, South Africa, Uganda, and Zimbabwe. There were three new infections in the CAB arm and 36 new infections in the TDF/FTC arm, a 92 percent reduction in incident HIV infections in study participants given CAB-LA compared to TDF/FTC.

“HIV continues to disproportionately impact specific populations who need new HIV prevention options that are not only convenient but also highly effective,” said Dr. Wafaa El-Sadr, HPTN co-principal investigator, director of ICAP, and professor of epidemiology and medicine at Columbia University in New York. “CAB-LA is a long-awaited and welcomed addition to the HIV prevention toolkit, offering a potentially convenient option for so many around the world.”

About the HPTN

The HIV Prevention Trials Network (HPTN) is a worldwide collaborative clinical trials network that brings together investigators, ethicists, community members, and other partners to develop and test the safety and efficacy of interventions designed to prevent the acquisition and transmission of HIV. The U.S. National Institute of Allergy and Infectious Diseases, the U.S. National Institute of Mental Health, Office of The Director, the U.S. National Institute on Drug Abuse, and the Eunice Kennedy Shriver National Institute of Child Health and Human Development, all part of the U.S. National Institutes of Health, co-fund the HPTN. The HPTN has collaborated with more than 85 clinical research sites in 19 countries to evaluate new HIV prevention interventions and strategies in populations with a disproportionate HIV burden. The HPTN research agenda – more than 50 trials ongoing or completed with over 161,000 participants enrolled and evaluated – is focused primarily on discovering new HIV prevention tools and evaluating integrated strategies, including biomedical interventions combined with behavioral risk reduction interventions and structural interventions. For more information, visit hptn.org.

Media inquiries: Eric Miller, +1.919.384.6465; emiller@fhi360.org

CUAMBA SOLAR PV et ENERGY STORAGE ONT ATTEINT LA CLÔTURE FINANCIÈRE

MAPUTO, Mozambique, 21 décembre 2021 /PRNewswire/ — Globeleq, la principale société indépendante d’électricité en Afrique, et ses partenaires de projet, Source Energia, un développeur d’énergie en Afrique lusophone, et Electricidade de Moçambique (EDM), la société nationale d’électricité du Mozambique, ont atteint la clôture financière de la centrale solaire photovoltaïque de 19 MWp (15 MWac) de Cuamba avec un système de stockage d’énergie de 2 MW (7 MWh).

Globeleq - Powering Africa's Growth

Le projet de 36 millions de dollars, situé dans le district de Cuamba, dans la province de Niassa (à environ 550 km à l’ouest de la ville côtière de Nacala), fournira de l’électricité dans le cadre d’un contrat d’achat d’électricité de 25 ans conclu avec EDM. Le projet est le premier IPP au Mozambique à intégrer un système de stockage d’énergie à l’échelle des services publics et comprend une mise à niveau de la sous-station existante de Cuamba.

Une fois opérationnelle, la centrale solaire de Cuamba fournira suffisamment d’électricité pour 21 800 consommateurs et, pendant toute la durée du projet, elle devrait permettre d’éviter l’émission de plus de 172 000 tonnes de CO2. La centrale devrait commencer à produire de l’électricité au cours du deuxième semestre de 2022.

L’Emerging Africa Infrastructure Fund (« EAIF »), société membre du Private Infrastructure Development Group (« PIDG »), a fourni 19 millions de dollars de financement par emprunt, tandis que le mécanisme de subvention Viability Gap Funding (VGF) du PIDG a fourni 7 millions de dollars pour garantir un tarif abordable, financer les améliorations essentielles du réseau et un système de stockage d’énergie pour EDM. CDC Plus, le mécanisme d’assistance technique du groupe CDC, a apporté une subvention de 1 million de dollars pour le système de stockage d’énergie par batterie.

Olivia Carballo, une directrice de Ninety One Ltd, les gestionnaires de l’EAIF, a commenté : « C’est un projet pionnier pour l’EAIF et le PIDG. Nous félicitons Globeleq, Source Energia, EDM et le Mozambique d’avoir atteint une étape clé dans le déploiement de plus de technologie solaire sur le réseau du nord, et d’avoir installé le premier système de stockage d’énergie par batterie à l’échelle du réseau du Mozambique. »

Sarah Marchand, directrice de CDC Plus, a déclaré : « Nous sommes ravis de soutenir l’un des premiers systèmes de stockage d’énergie par batterie à l’échelle du réseau en Afrique subsaharienne, grâce à cette subvention pour le système de stockage par batterie. En accord avec l’ambition de CDC de catalyser davantage de solutions de stockage sur le continent, CDC Plus offrira également un soutien pour acquérir et diffuser les apprentissages concernant l’impact opérationnel, économique et de développement du composant batterie.

« Face aux difficultés persistantes dues à la pandémie, je me félicite du fait que notre équipe ait atteint la clôture financière, et que nous puissions commencer à construire la première installation solaire et de stockage d’énergie du pays. Nous soutenons sans réserve le gouvernement mozambicain dans ses initiatives visant à soutenir l’Accord de Paris et à fournir à ses citoyens des options d’énergie alternative fiables et propres », a ajouté Mike Scholey, PDG de Globeleq.

Marcelino Gildo Alberto, président d’EDM, a affirmé : « Ce projet est une démonstration de l’engagement d’EDM à fournir des solutions durables pour accélérer l’accès de la population mozambicaine à l’énergie. Conformément au plan quinquennal du gouvernement visant à introduire 200MW d’énergie renouvelable, EDM est à l’avant-garde de la transition énergétique en accord avec l’Accord de Paris. »

« Nous sommes très heureux d’apporter une nouvelle contribution au secteur de l’énergie au Mozambique et nous sommes impatients de soutenir la croissance future de l’industrie dans le pays. Nous remercions nos partenaires de projet et nos bailleurs de fonds pour leur patience et leur engagement inégalés pendant la phase de développement », a déclaré Pedro Coutinho, PDG de Source Energia

Le projet nécessitera environ 100 travailleurs pendant la phase de construction, dont beaucoup seront recrutés au sein de la communauté locale. La société espagnole Grupo TSK a été désignée comme entrepreneur EPC du projet et va immédiatement commencer à mobiliser son équipe de construction. E22, qui fait partie du groupe espagnol Gransolar, fournira le système complet de stockage d’énergie par batterie. Globeleq supervisera la construction et l’exploitation de la centrale, avec le soutien de Source Energia.

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Domestic Donkey and African Wild Ass in Eritrea

The critically endangered African wild ass and the common domestic donkey are two similar-looking and related animals that are both important to the people of Eritrea, but for different reasons.

Domestic donkeys have been found in Egyptian tombs over 5000 years old. The process of domestication is even older. As human agricultural societies developed in the Middle East and Egypt, wild asses were captured, domesticated perhaps throughout hundreds of years, and used as beasts of burden.

Every Eritrean is familiar with donkeys, but many Eritreans may not know that the ancient ancestors of the domestic donkeys are the African wild asses. And that the largest populations of the African wild asses in the world live along the Red Sea Coast of Eritrea south of Massawa.

Historically, three subspecies of African wild ass were found in North Africa and the Horn of Africa. The ancient Atlas wild ass (Equus africanus atlanticus) lived in the Atlas Mountains of Morocco, Algeria, and Tunisia.

Roman murals, over 1700 years old, with the images of the Atlas wild ass, have been found in Algeria. This ass may have gone extinct during Roman times due to hunting. The subspecies were described in 1884 based on bones found in northern Algeria.

The Nubian wild ass lived in eastern Sudan and northern Eritrea. The last confirmed sightings of Nubian wild asses were during aerial flights in the 1970s around the border areas of northern Eritrea and southern Sudan. The International Union for the Conservation of Nature 2015 Red List of Threatened Species stated that the Nubian wild ass is possibly extinct.

There is now some potentially good news based on our 2018 biodiversity survey in the northern Anseba region. We talked to local people who had lived in this part of Eritrea for many years. When we showed them a photo of a Nubian wild ass, two people recognized the animal and said that small numbers were still present in the mountains near the Sudan border.

One man told us that he had seen two Nubian wild asses drinking water at a spring one year before our visit. The site is very remote, and access is difficult. A biodiversity survey team needs to travel to the spring and set wildlife camera traps.

Photographic evidence would be proof that the Nubian wild ass is not extinct but persists as another example of Eritrea’s uncharted biodiversity.

The recent history of Eritrea as a colony of Italy, a land under British administration and as a region annexed to Ethiopia, has not been kind to Eritrean wildlife. During the Italian colonization period, the hunting of large mammals caused the extinction of some species, including lions and the black rhinoceros. Extensive deforestation to clear land for agriculture significantly reduced the habitat for animals like leopards and Eritrean warthogs.

Hunting and overgrazing by domestic animals forced the Somali wild ass populations to retreat from arid parts of the Danakil Depression.

Italy lost all its African colonies during the Second World War, and a British Military Administration governed Eritrea until 1952. When the British left, Eritrea became part of Ethiopia. After a long struggle for independence from Ethiopia, the Eritrean freedom fighters won, and Eritrea became a member of the United Nations in 1993.

Since independence, the governmental policy has required preserving natural habitats and protecting wildlife, including wide-ranging African species, species restricted to the Horn of Africa, and species unique to Eritrea. The Forestry and Wildlife Authority works in every Region to ensure that regional and national programs are implemented.

An example is a very successful program for protecting the Horn of Africa restricted Critically Endangered Somali wild ass (Equus africanus somaliensis). A hundred years ago, thousands of individuals lived in arid and semi-arid regions of Eritrea, Ethiopia, Djibouti, and Somalia. Human activities in the area reduced the numbers until only a few hundred remained, with most in the Danakil Depression of Eritrea, where they are respected and protected by the Afar People of Eritrea.

In the Afar culture, killing wildlife and cutting down trees is strictly prohibited, and they believe that if they cause any harm to forests and wildlife, they will be punished by God with drought.

The Forestry and Wildlife Authority has an ongoing research program that monitors Somali wild ass populations in the Northern Red Sea and Southern Red Sea regions. Afar scouts are hired to observe population trends in the different family groups of asses.

These scouts have been given mobile phones by the office of the Wildlife Conservation at the Forestry and Wildlife Authority in Asmara. The scouts call the office regularly to report their observations, and the office goes to the Danakil Depression often to meet with the scouts and village elders.

The Forestry and Wildlife Authority has an ongoing research program that monitors Somali wild ass populations in the Northern Red Sea and Southern Red Sea regions.

I was with Futsum Hagos, Head of the Wildlife Conservation at the Forestry and Wildlife Authority three years ago on a biodiversity survey around the site of the Colluli Potash Project. On the road to the project site, we stopped to observe a group of four Somali wild asses resting in the shade of a large acacia thorn tree. The highlight of my first visit to the Danakil Depression saw one of Eritrea’s National Treasures.

Source: Ministry of Information Eritrea

Sirs, If you Want to Gossip

“Kamsa meta,” my daughter explains, is “Thank you,” in Korean. She picked this and other Korean expressions in what I call is accidental learning. She enjoys Korean movies and regularly watches KBS World, a Korean television channel with subtitles in English. If my daughter had the serious intention of learning Korean, I think she would watch the programs with more seriousness, and obviously with a different purpose than she now watches it with.

Speaking of multilingualism, I often think of Qeshi Teweldemedhin Ghebremedhin (1866-1930), the well-known Eritrean translator of the Bible to Tigrigna and Tigre, and the father of the prominent Eritrean educator of the 1940s and 1950s, Yishaq Teweldemedhin. As a translator, he had a special gift for languages because he could speak and write about a dozen languages.

As a follower of the Swedish Evangelical Mission, he was sent to Sweden in the 1880s for further education. One day, as he was traveling by train, assuming that he (a black man in a European country) could neither speak nor understand Swedish, two fellow travelers began talking about him unpleasantly. Teweldemedhin, not willing to depart without letting them know that he had heard everything, addressed the men in Swedish.

“Sirs,” he said, “If you want to say anything against me without my understanding anything, please don’t use any of these languages: Tigrigna, Tigre, Amharic, Geez, Arabic, English, Swedish, Greek, Hebrew, or German.”

I have heard of a similar incident involving an Eritrean educator in Beirut in the 1950s. The Eritrean educator was on a scholarship and was studying at a Lebanese University. One day, sensing that he needed one, he went to a barbershop for a haircut. In the barbershop, some young people (assuming that he had no clue about the language) began to comment about his hair in Arabic, a language which he fluently spoke.

One of them said, “Look at his hair. It is like black wire. If one were to give him a haircut, his hair would fly into different directions and badly hurt people’s eyes.”

“Does one use,” another one jeered, “flower clippers to give him a haircut? I don’t think they use normal scissors with his hair.”

Seething with anger but planning his response, the Eritrean listened silently. It must have made him exceedingly angry for such talk is foreign to his culture, making fun of someone in his presence. It is not that Eritreans do not gossip but when they do they always make sure that they do it behind that person’s back, and that their words do not in any way make their way to the person who is made a subject of the gossip.

He must have decided to teach them a moral lesson, because as he left the shop he addressed them in Arabic, the language they used to maliciously talk about him.

“Sirs,” he said. “If you had a haircut, would your hair jump into people’s eyes? And hurt them badly? Yes, people need flower clippers when they give me a haircut.”

Attitude is crucial in language learning. Most Italian officials didn’t learn any Tigrigna or other Eritrean languages during their long colonization of the country. Neither did most British officials try to learn any Eritrean language during their occupation of the country. Both the Italians and the British depended on interpreters and translators. The British had a plan to encourage their officials to learn Eritrean languages but dropped it because the British Government claimed that they could ill-afford expenses on such projects. The plan was defeated and was abandoned. Instead, they continued to encourage Eritreans and Italians to attend the English Institute, whose sole purpose was the propagation of the English language. The same goes with the Ethiopians during the Haileselassie and Dergue eras, who imposed their language on the Eritrean population, and Eritreans had to learn Amharic as a school subject and studied other school subjects through it.

“I have taught in Senafe,” a colleague told me recently. “You know what? I have seen Tigrigna men (wrapped in their gabis) speak Saho fluently. Similarly, the Saho also speak Tigrigna in the same way. Both groups have no difficulty switching between the languages. They effortlessly express their thoughts in both.”

As my colleague has implied, the command of more than one language creates a bond and oils the wheels; at the time they learn a language people also learn norms, values, and mores of the society. People are more likely to have misunderstandings if they do not have a common language between them. Even if they have some conflicts they can talk, discuss their differences, and resolve them successfully. In other words, a common language paves the way for a harmonious relationship.

It is not uncommon for a great number of Eritreans to speak three or four languages. A colleague speaks five languages (including two UN languages). He is not an exception. Other people I know speak four languages. One can safely say a great number of Eritreans speak three languages. They picked one or two of these languages from their classrooms and another language from their interactions with people from the other ethnic groups. They learn English at school, and their mother tongues at home, and another Eritrean language outside, in town. If you live in Massawa or Agordat, you will hear Tigre, Tigrigna, and Arabic spoken in the streets, the markets, tea shops, restaurants, and other public places. In Keren, people use Bilen, Tigre, Tigrigna, and Arabic in their daily interactions.

Eritrean children learn at kindergarten and elementary levels through their mother tongue. Beyond elementary level, as a language of instruction, Eritrean languages give way to English, which takes a place of importance as students are required to have a mastery of the language if they are to be successful at school. The textbooks and the audio and video materials for middle school, high school and college students are all in English. To access the Internet, students depend on English. As a result, it plays a crucial role in Eritrean students’ lives, greatly determining their advancement and their future lives to a great extent.

English is not left to such incidental circumstances because it is the instrument through which Eritreans get their post-primary education. One notices that many Eritrean learners of English do not have a very good mastery of the language. One notices that Eritrean children do not speak the language as fluently as they do other Eritrean languages. A Tigre child living in Keren speaks Tigrigna fluently as if it were his mother tongue. Similarly, a Tigrigna child living in the same town speaks Bilen in the same way. On the other hand, unless exposed to films or television, many Eritrean students have difficulty expressing themselves in English. In short, exposure to the language in its natural settings facilitates the learning of a language and enables people to use it as successfully as its native speakers.

To some, learning a language could be a joy and may come to them effortlessly. To others, it is a burden, especially if it is a foreign language and is taught by divorcing it from its natural setting. It also becomes doubly burdensome if the learning is not assisted by technology, such as the Internet, films, and television programs.

Source: Ministry of Information Eritrea

Establishing Regional Animal and Plant Health Laboratory

The government of Eritrea has been making efforts to rehabilitate the infrastructure of the National Animal and Plant Health Laboratory (NAPHL) and equip it with high technology and equipment. NAPHL, which is run by the Ministry of Agriculture (MoA), provides various animal and plant disease diagnosis services to all departments of the MoA, including the Agricultural Extension Department, the Regulatory Services Department and the National Agricultural Research Institute; all regional animal and plant health laboratories, colleges, research centers; and relevant public and private stakeholders.

As animal and plant health security is critical for the protection and enhancement of the nation’s prosperity and people’s wellbeing, the MoA works to develop a more integrated, whole-system approach to animal and plant health science. By re-establishing animal and plant health laboratory the MoA took major steps in securing animal, plant as well as human health.

The goal is to establish regional animal and plant health laboratories in five regions — Anseba, Debub, Northern Red Sea, Gash-Barka and Southern Rea Sea – to let the regions acquire functional animal and plant health laboratories on some selected diagnostic techniques. The regional laboratories are to serve as satellite laboratories and the NAPHL as a national referral laboratory.

The intervention for the rehabilitation of the regional laboratories was done in three phases.

In the first phase, an assessment was conducted in August 2019 in six regions to determine problems in the laboratories associated with human capacity, administrative matters, infrastructure and other related factors with a view to strengthening the overall performance of the laboratories.

Based on the results of the assessment done in phase one, NAPHL decided to rehabilitate in the first round laboratories in five regions — Anseba, Gash- Barka, Debub, Southern Red Sea and Northern Red Sea — by taking into account the amount of agricultural activities in the region and how remotely they are located to access laboratory services.

In phase three, training was given to 36 regional laboratory staff on basic principles and techniques of animal and plant disease diagnosis. The training, which was given in December 2019 at the premises of NAPHL, aimed at familiarizing the regional laboratory staff with laboratory manners and diagnostic techniques.

The rehabilitation of the regional laboratories, which lasted from March 2020 to April 2021, included the overall setting-up of the laboratories, including the installation of new equipment, and onsite training of the regional experts on methods of sample handling, preservation and selected diagnostic techniques.

So far 33 regional laboratory technicians have processed 480 samples on both animal and plant samples. More than 400 farmers have benefitted from the services given by the laboratories.

The laboratories give animal and plant disease diagnosis and treatment services to farmers in their regions and prompt laboratory diagnostic results to the Regulatory Service Department, which allows it to take corrective measures.

NAPHL has to-date rehabilitated five regional laboratories that are giving reliable services. It was established in 1903 and is known as one of the oldest laboratories in East Africa.

Source: Ministry of Information Eritrea

Annual meeting of Ministry of Labor and Social Welfare

The Ministry of Labor and Social Welfare conducts on 18 and 19 December its annual activity assessment meeting and plan of action for 2022.

At the meeting that was conducted respecting the guidelines issued to contain the spread of the COVID-19 pandemic, Director Generals of the Ministry presented activity reports and the participants conducted extensive discussion on the reports presented.

Speaking at the event, the Minister of Labor and Social Welfare, Ms. Luul Gebreab said that the Ministry has conducted commendable programs aimed at supporting disadvantaged citizens and families of martyrs with a view to enabling them to become self-supportive and productive members of the society.

Indicating that the programs include ensuring the rights of children, supporting disabled nationals, extending supporting materials, supporting families of martyrs, creating employment for disadvantaged citizens, as well as reinforcing labor safety and workplace, Minister Luul commended stakeholders for the strong participation and coordination they demonstrated in the implementation of the programs.

Minister Lulu also called on all concerned institutions and stakeholders to reinforce participation and contribution for a better outcome.

Source: Ministry of Information Eritrea