Education is a ‘Life-Saving Intervention’ in Emergencies, says South Sudan’s Education Minister

Children celebrate during a ECW high-level mission to South Sudan. Credit: ECW

Children celebrate during a ECW high-level mission to South Sudan. Credit: ECW

By Naureen Hossain
UNITED NATIONS, Jul 25 2023 – In times of crisis, education is an essential component of humanitarian intervention packages, South Sudan’s Minister of General Education and Instruction Awut Deng Acuil told IPS in an exclusive interview.

She was speaking to IPS during the UN’s ECOSOC High-Level Political Forum, during which she participated in the side event, “Ensuring Education Continuity: The Roles of Education in Emergencies, Protracted Crises and Building Peace.”

Years of conflict in South Sudan and the region, combined with recurring disasters, massive population displacement and the impact of COVID-19, have adversely impacted the Government’s efforts in delivering quality education to all. Yet, their interest and commitment to invest in inclusive education remains.

“Every time there is a crisis, there is a rush for humanitarian assistance as a life-saving intervention. But I think education (should be part) of this as well. When people run away from conflict or natural disasters, they are mostly women and children,” Acuil said.

“These children arrive exhausted and traumatized, and what is crucial is that the (humanitarian) intervention is integrated. We must also work at the same time to create a safe environment where these children can continue to go to school. This helps them psychologically to be engaged in learning (rather) than thinking of what they have gone through,” she continued.

“Education is lifesaving. They will play, they will get lessons, they will get counseling from those teachers who are well-trained in [trauma] counseling… All these interventions provide them with a crucial sense of normalcy.”

Interestingly, she said, the first thing children in crisis ask is: “Can we go to school?”

According to UNHCR, close to 200,000 people – a majority of whom are children and women – have crossed to South Sudan in recent weeks to flee the conflict in Sudan. International humanitarian partners work with the Government to ensure the new arrivals receive health, nutrition, and schooling.

South Sudan’s Minister of General Education and Instruction Awut Deng Acuil.

South Sudan’s Minister of General Education and Instruction Awut Deng Acuil.

“South Sudan has an open-door policy. As soon as they are settled, children have to go to school. [We are] building temporary shelters for them to go to school. Supporting teachers, who will be helping these children, is key.”

Acuil said Education Cannot Wait has been at the forefront of assisting with setting up quality, holistic education opportunities for incoming children. She also stressed the importance of integrating refugees into the national system, citing South Sudan’s inclusion policy as a best practice in the region.

“We have refugee teachers who are head teachers in our public schools. We have refugees in our boarding schools and public schools in South Sudan.”

ECW recently extended its Multi-Year Resilience Programme in the country with a new US$40 million catalytic grant. GPE provided an additional US$10 million for the programme.

The three-year programme will be delivered by Save the Children, the Norwegian Refugee Council and Finn Church Aid, in close coordination with the Ministry of General Education and Instruction and others partners. The investment will reach at least 135,000 crisis-affected children and youth – including refugees, returnees and host-community children – with holistic education supports that improve access to school, ensure quality learning, enhance inclusivity for girls and children with disabilities, and build resilience to future shocks.

Total ECW funding in South Sudan now tops US$72 million. ECW is calling on five donors to step up with US$5 million each to provide an additional US$25 million in funding to the education in emergencies response in South Sudan.

The needs are pressing for the world’s youngest nation.  South Sudan continues to receive refugees fleeing the conflict in Sudan and requires additional support to address the converging challenges of conflict, climate change, forced displacement and other protracted crises.

“The multi-year programme that was launched last month will help a lot in terms of access, infrastructure, and teacher training. We have ‘hard-to-reach areas’ that have never seen a school, never seen a classroom. These are the places we have prioritized and targeted with this $40 million grant. Along with girls’ education, and children with disabilities, and also materials for education, especially printing more books.”

Acuil highlighted the importance of girls’ education, in a context where cultural norms and practices, including child marriage, hinder their access to school. She said the country is tackling the issue through a vast campaign championed by the President that targets traditional leaders, civil society, members of parliament, executives, educators, teachers and students themselves.

“Our President has taken the lead in campaigning for girls’ education. This year he declared free and compulsory education for all to ensure South Sudan makes up for the two lost generations due to conflict in the country. He is encouraging us to [open] boarding schools for girls, especially. In primary school, the disparity is so close, and in some states, we have more girls than boys. But when they transition to the secondary level, only 18% complete their 12-years education.”

Acuil called on UN Member States to support education in emergencies and invest more resources.

“Education Cannot Wait has shown and demonstrated that when there are crises, they have a prompt response to help children. Whether during disasters or man-made wars, ECW has been able to do that. We need to focus on that, prioritizing education and also investing in education.”

“If you invest in children today, they will be the leaders of tomorrow. We must help facilitate their education and empower them to help their countries and communities. That is why humanitarian assistance and education should go hand-in-hand.”

“I would like to end this with something I heard from a local girl who said: ‘Education cannot wait, but marriage can wait.’ Our humanity’s strength lies in education, and we must continue to remind those who keep forgetting, and ensure to awaken those who have not yet woken up to be part and parcel of education.”

IPS UN Bureau Report

 


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IPS – UN Bureau, IPS UN Bureau Report, Education Cannot Wait (ECW), South Sudan

A War That Could Have Been Averted

By Lawrence Wittner
ALBANY, USA, Jul 25 2023 – Perhaps the greatest tragedy of the immensely destructive Ukraine War lies in the fact that it could have been averted. The most obvious way was for the Russian government to abandon its plan for the military conquest of Ukraine.

The Problem of Russian Policy

The problem on this score, though, was that Vladimir Putin was determined to revive Russia’s “great power” status. Although his predecessors had signed the UN Charter (which prohibits the “use of force against the territorial integrity or political independence of any state”), as well as the Budapest Memorandum and the Treaty on Friendship, Cooperation, and Partnership (both of which specifically committed the Russian government to respecting Ukraine’s sovereignty and territorial integrity), Putin was an ambitious ruler, determined to restore what he considered Russia’s imperial grandeur.

This approach led not only to Russian military intervention in Middle Eastern and African nations, but to retaking control of nations previously dominated by Russia. These nations included Ukraine, which Putin regarded, contrary to history and international agreements, as “Russian land.”

As a result, what began in 2014 as the Russian military seizure of Crimea and the arming of a separatist rebellion in eastern Ukraine gradually evolved into the full-scale invasion of February 2022―the largest, most devastating military operation in Europe since World War II, with the potential for the catastrophic explosion of the giant Zaporizhzhia nuclear power plant and even the outbreak of nuclear war.

The official justifications for these acts of aggression, trumpeted by the Kremlin and its apologists, were quite flimsy. Prominent among them was the claim that Ukraine’s accession to NATO posed an existential danger to Russia.

In fact, though, in 2014―or even in 2022―Ukraine was unlikely to join NATO because key NATO members opposed its admission. Also, NATO, founded in 1949, had never started a war with Russia and had never shown any intention of doing so.

The reality was that, like the U.S. invasion of Iraq nearly two decades before, the Russian invasion of Ukraine was out of line with both international law and the imperatives of national security. It was a war of choice organized by a power-hungry ruler.

The Problem of UN Weakness

On a deeper level, the war was avoidable because the United Nations, established to guarantee peace and international security, did not take the action necessary to stop the war from occurring or to end it.

Admittedly, the United Nations did repeatedly condemn the Russian invasion, occupation, and annexation of Ukraine. On March 27, 2014, the UN General Assembly passed a resolution by a vote of 100 nations to 11 (with 58 abstentions), denouncing the Russian military seizure and annexation of Crimea.

On March 2, 2022, by a vote of 141 nations to 5 (with 35 abstentions), it called for the immediate and complete withdrawal of Russian military forces from Ukraine. In a ruling on the legality of the Russian invasion, the International Court of Justice, by a vote of 13 to 2, proclaimed that Russia should immediately suspend its invasion of Ukraine.

That fall, when Russia began annexing the Ukrainian regions of Donetsk, Luhansk, Kherson, and Zaporizhzhia, the UN Secretary-General denounced that action as flouting “the purposes and principles of the United Nations,” while the UN General Assembly, by a vote of 143 nations to 5 (with 35 abstentions), called on all countries to refuse to recognize Russia’s “illegal annexation” of Ukrainian land.

Tragically, this principled defense of international law was not accompanied by measures to enforce it. At meetings of the UN Security Council, the UN entity tasked with maintaining peace, the Russian government simply vetoed UN action. Nor did the UN General Assembly circumvent the Security Council’s paralysis by acting on its own. Instead, the United Nations showed itself well-meaning but ineffectual.

This weakness on matters of international security was not accidental. Nations―and particularly powerful nations―had long preferred to keep international organizations weak, for the creation of stronger international institutions would curb their own influence.

Naturally, then, they saw to it that the UN’s predecessor, the League of Nations, could act on international security issues only by a unanimous vote of its membership. And even this constricted authority proved too much for the U.S. government, which refused to join the League.

Similarly, when the United Nations was formed, the five permanent seats on the UN Security Council were given to five great powers, each of which could, and often did, veto its resolutions.

During the Ukraine War, Ukrainian President Volodymir Zelensky publicly lamented this inability of the United Nations to enforce its mandate. “The wars of the past have prompted our predecessors to create institutions that should protect us from war,” he remarked in March 2022, “but they unfortunately don’t work.”

In this context, he called for the creation of “a union of responsible countries . . . to stop conflicts” and to “keep the peace.”

What Still Might Be Done

The need to strengthen the United Nations and, thereby, enable it to keep the peace, has been widely recognized. To secure this goal, proposals have been made over the years to emphasize UN preventive diplomacy and to reform the UN Security Council.

More recently, UN reformers have championed deploying UN staff (including senior mediators) rapidly to conflict zones, expanding the Security Council, and drawing upon the General Assembly for action when the Security Council fails to act. These and other reform measures could be addressed by the world organization’s Summit for the Future, planned for 2024.

In the meantime, it remains possible that the Ukraine War might come to an end through related action. One possibility is that the Russian government will conclude that its military conquest of Ukraine has become too costly in terms of lives, resources, and internal stability to continue.

Another is that the countries of the world, fed up with disastrous wars, will finally empower the United Nations to safeguard international peace and security. Either or both would be welcomed by people in Ukraine and around the globe.

Lawrence S. Wittner (https://www.lawrenceswittner.com/ ) is Professor of History Emeritus at SUNY/Albany, the author of Confronting the Bomb (Stanford University Press) and other books on international issues, and a board member of the Citizens for Global Solutions Education Fund.

Source: Citizens for Global Solutions (CGS) which envisions a peaceful, free, just, and sustainable world community

Disclaimer:
The views expressed in this blog post do not necessarily reflect the official policy of Citizens for Global Solutions.

IPS UN Bureau

 


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Curia expande sua capacidade biológica com acesso ao DNA doggybone da Touchlight

ALBANY, N.Y. e HAMPTON, Reino Unido, July 25, 2023 (GLOBE NEWSWIRE) — A Curia, uma organizao lder em contratao de pesquisa, desenvolvimento e fabricao, e a Touchlight, uma empresa pioneira na produo de DNA enzimtico, anunciou hoje um acordo de fornecimento para a Curia e seus clientes de um acesso arrojado ao DNA doggybone (dbDNA) da Touchlight. O acordo expande as ofertas de produo de mRNA da Curia com uma fonte adicional diferenciada de matria–prima de DNA imediatamente disponvel para ser acessada pelos clientes da Curia. Sob o acordo, a Touchlight passar a produzir o dbDNA diretamente em nome dos clientes da Curia.

"A Curia continua empenhada a aprimorar nossas ofertas biolgicas e capacidade de manufatura completa de mRNA", disse Christopher Conway, presidente de P&D da Curia. "Com a adio do DNA enzimtico por meio da nossa parceria com a Touchlight, nossos clientes tero uma vantagem essencial em termos de escalabilidade e velocidade no mercado."

O dbDNA da Touchlight um vetor de DNA linear, de fita dupla e fechado covalentemente. O DNA serve como modelo para terapias de mRNA. Atravs de um processo enzimtico simples chamado transcrio in vitro, a informao gentica copiada do DNA para o mRNA. Este mRNA ento capaz de ensinar as clulas a produzir protenas precisas que so usadas para tratar ou prevenir doenas. O DNA enzimtico da Touchlight produzido com um processo enzimtico livre de clulas que oferece benefcios incomparveis em velocidade, qualidade e capacidade quando comparado produo tradicional de DNA de plasmdeo.

Karen Fallen, CEO da Touchlight, comentou: " um grande prazer trabalhar com a Curia na maior expanso do acesso ao dbDNA como um material inicial essencial. O trabalho junto aos outros CDMOs um componente essencial do nosso foco em permitir amplo acesso ao mercado de dbDNA. A Curia est criando uma soluo abrangente de mRNA, e esse acordo permite que ambas as empresas ampliem sua oferta para um pblico mais amplo."

O dbDNA da Touchlight uma nova soluo amplamente aplicvel e verstil, avanando a capacidade de produo de mRNA da Curia como um complemento sua oferta de plasmdeo de grau de bioprocessamento.

Sobre a Curia

A Curia uma organizao lder em contratos de pesquisa, desenvolvimento e fabricao que fornece produtos e servios de P&D por meio da fabricao comercial para clientes farmacuticos e biofarmacuticos. Os quase 4.000 funcionrios da Curia em 29 locais nos EUA, Europa e sia ajudam seus clientes a avanar da curiosidade para a cura. Saiba mais em CuriaGlobal.com.

Sobre a Touchlight

A Touchlight uma CDMO de propriedade privada com sede em Londres, Reino Unido, focada no fornecimento de servios de DNA e na fabricao de produtos enzimticos doggybone DNA (dbDNA) para permitir o desenvolvimento de medicamentos genticos. A Touchlight fornece desenvolvimento e fabricao rpidos e enzimticos de DNA para toda a produo de terapia avanada, incluindo mRNA, terapia gnica viral e no viral e API de DNA. O dbDNA uma estrutura mnima, linear e covalentemente fechada, que elimina sequncias bacterianas. A revolucionria plataforma de produo enzimtica da Touchlight permite velocidade, escala e capacidade sem precedentes para o direcionamento de genes com um tamanho e complexidade impossveis com as tecnologias atuais. Os clientes podem ser apoiados durante a fase pr–clnica, desenvolvimento e fornecimento, at o licenciamento e transferncia de tecnologia para uso interno.

Contato da Curia:
Viana Bhagan
+1 518 512 2111
corporatecommunications@CuriaGlobal.com

Contato da Touchlight:

Karen Fallen, Diretora Executiva
Robin Bodicoat, Diretor de Marketing
E: info@touchlight.com
T: +44 (20) 8481 9200


GLOBENEWSWIRE (Distribution ID 8880042)

Curia erweitert Biologika-Kapazitäten mit Zugang zu Doggybone-DNA von Touchlight

ALBANY, New York, und HAMPTON, Vereinigtes Königreich, July 25, 2023 (GLOBE NEWSWIRE) — Curia, ein fhrendes Auftragsforschungs–, Entwicklungs– und Produktionsunternehmen, und Touchlight, ein Unternehmen, das bei der enzymatischen DNA–Produktion Pionierarbeit leistet, haben heute eine Vereinbarung bekanntgegeben, die Curia und seinen Kunden einen vereinfachten Zugang zur Doggybone–DNA (dbDNA) von Touchlight ermglicht. Die Vereinbarung erweitert das mRNA–Produktionsangebot von Curia um eine zustzliche, differenzierte Quelle fr DNA–Rohmaterial, auf die die Kunden von Curia sofort zugreifen knnen. Im Rahmen der Vereinbarung wird Touchlight dbDNA direkt im Auftrag der Kunden von Curia herstellen.

"Curia ist nach wie vor bestrebt, sein Angebot an Biologika und seine durchgngigen MRNA–Produktionskapazitten zu strken", so Christopher Conway, President of R&D bei Curia. "Mit der Ergnzung unserer Partnerschaft mit Touchlight durch enzymatische DNA haben unsere Kunden einen entscheidenden Vorteil in Bezug auf Skalierbarkeit und Markteinfhrungsgeschwindigkeit.”

Die dbDNA von Touchlight ist ein linearer, doppelstrngiger, kovalent geschlossener DNA–Vektor. Die DNA dient als Vorlage fr die Herstellung von mRNA–Therapien. Durch einen einfachen enzymatischen Prozess, die sogenannte In–vitro–Transkription, wird die genetische Information von der DNA in die mRNA kopiert. Diese mRNA ist dann in der Lage, den Zellen beizubringen, bestimmte Proteine herzustellen, die zur Behandlung oder Vorbeugung von Krankheiten eingesetzt werden. Die enzymatische DNA von Touchlight wird mit einem zellfreien enzymatischen Verfahren hergestellt, das im Vergleich zur herkmmlichen Plasmid–DNA–Produktion unbertroffene Vorteile hinsichtlich Geschwindigkeit, Qualitt und Kapazitt bietet.

Karen Fallen, CEO von Touchlight, dazu: "Wir freuen uns, mit Curia zusammenzuarbeiten, um den Zugang zu dbDNA als wichtiges Ausgangsmaterial weiter auszubauen. Die Zusammenarbeit mit anderen CDMOs ist eine Schlsselkomponente unserer Bemhungen, einen breiten Marktzugang zu dbDNA zu ermglichen. Curia baut eine umfassende mRNA–Lsung auf, und diese Vereinbarung ermglicht es beiden Unternehmen, ihr Angebot auf ein breiteres Publikum auszuweiten."

Die dbDNA von Touchlight ist eine neuartige Lsung, die breit anwendbar und vielseitig ist und die mRNA–Herstellungskapazitten von Curia als Ergnzung zu seinem Angebot an Plasmiden in Bioprozessqualitt erweitert.

ber Curia

Curia ist ein fhrendes Auftragsforschungs–, Entwicklungs– und Produktionsunternehmen. Es bietet Pharma– und Biopharma–Kunden Produkte und Dienstleistungen von der Forschung und Entwicklung bis zur kommerziellen Herstellung. Die fast 4.000 Mitarbeiterinnen und Mitarbeiter von Curia an 29 Standorten in den USA, Europa und Asien untersttzen ihre Kunden dabei, von Kreativitt und Neugier zu Behandlungs– und Heilungsmglichkeiten zu gelangen. Mehr Informationen erhalten Sie unter CuriaGlobal.com.

ber Touchlight

Touchlight ist ein privates CDMO mit Sitz in London, Vereinigtes Knigreich, das sich auf die Bereitstellung von DNA–Dienstleistungen und die Herstellung von enzymatisch hergestellter Doggybone–DNA (dbDNA) konzentriert, um die Entwicklung von genetischen Medikamenten zu ermglichen. Touchlight bietet eine schnelle, enzymatische DNA–Entwicklung und –Herstellung fr die gesamte Produktion von neuartigen Therapien, einschlielich mRNA, viraler und nicht–viraler Gentherapie und DNA–API. dbDNA ist eine minimale, lineare, kovalent geschlossene Struktur, die bakterielle Sequenzen eliminiert. Die revolutionre enzymatische Produktionsplattform von Touchlight ermglicht eine noch nie dagewesene Geschwindigkeit, Skalierbarkeit und die Fhigkeit, Gene mit einer Gre und Komplexitt anzuvisieren, die mit aktuellen Technologien unmglich ist. Kunden knnen von der prklinischen Phase ber die Entwicklung und Lieferung bis hin zur Lizenzierung und zum Technologietransfer fr den internen Gebrauch untersttzt werden.

Curia "" Kontaktinformationen:
Viana Bhagan
+1 518 512 2111
corporatecommunications@CuriaGlobal.com

Touchlight "" Kontaktinformationen:

Karen Fallen, Chief Executive Officer
Robin Bodicoat, Head of Marketing
E–Mail: info@touchlight.com
Tel.: +44 20 8481 9200


GLOBENEWSWIRE (Distribution ID 8880042)

Curia étend ses capacités dans le domaine des produits biologiques en accédant à l'ADN doggybone de Touchlight

ALBANY, New York, et Hampton, Royaume–Uni, 25 juill. 2023 (GLOBE NEWSWIRE) — Curia, une organisation de premier plan dans le domaine de la recherche, du dveloppement et de la fabrication en sous–traitance, et Touchlight, une socit pionnire dans la production enzymatique d'ADN, ont annonc aujourd'hui un accord qui fournira Curia ainsi qu' ses clients un moyen simplifi d'accs l'ADN doggybone de Touchlight (dbDNA). L'arrangement tend les offres de fabrication d'ARNm de Curia avec une source supplmentaire et diffrencie de matire premire d'ADN qui est immdiatement accessible par les clients de Curia. Dans le cadre de l'accord, Touchlight fabriquera directement dbDNA pour le compte des clients de Curia.

Curia reste dtermine renforcer ses offres de produits biologiques et ses capacits de fabrication d'ARNm de bout en bout , a dclar Christopher Conway, prsident de la R&D chez Curia. Avec l'ajout de l'ADN enzymatique grce notre partenariat avec Touchlight, nos clients bnficieront d'un avantage dcisif en termes d'volutivit et de rapidit de commercialisation.

dbDNA de Touchlight est un vecteur d'ADN linaire, double brin, ferm de manire covalente. L'ADN sert de modle pour l'laboration des traitements base d'ARNm. Grce un processus enzymatique simple appel transcription in vitro, les informations gntiques sont copies de l'ADN l'ARNm. Cet ARNm est alors capable d'apprendre aux cellules fabriquer des protines spcifiques qui sont utilises pour soigner ou prvenir des maladies. L'ADN enzymatique de Touchlight est produit par un processus enzymatique acellulaire qui offre des avantages ingals en termes de rapidit, de qualit et de capacit par rapport la production traditionnelle d'ADN plasmidique.

Karen Fallen, PDG de Touchlight, a comment : Nous sommes ravis de travailler avec Curia afin d'largir l'accs dbDNA en tant que matire de dpart essentielle. Travailler en parallle avec d'autres CDMO est un lment cl de notre volont de permettre un large accs du march dbDNA. Curia met en place une solution complte pour l'ARNm, et cet accord permet aux deux entreprises d'tendre leur offre un public plus large.

dbDNA de Touchlight est une solution nouvelle, largement applicable et polyvalente, qui permet Curia de renforcer ses capacits de fabrication d'ARNm en complment de son offre de plasmides de qualit bioprocdurale.

propos de Curia

Curia est une une organisation de recherche, dveloppement et fabrication en sous–traitance de premier plan qui fournit des produits et services allant de la R&D aux clients pharmaceutiques et biopharmaceutiques en passant par la fabrication commerciale. Bass sur 29 sites travers les tats–Unis, l'Europe et l'Asie, les prs de 4 000 employs de Curia aident les clients de l'entreprise passer de la curiosit la gurison. Pour en savoir plus, rendez–vous sur CuriaGlobal.com.

propos de Touchlight

Touchlight est une CDMO prive base Londres, au Royaume–Uni, qui se concentre sur la prestation de services d'ADN et la fabrication d'ADN doggybone (dbDNA) produit de manire enzymatique pour permettre le dveloppement de mdicaments gntiques. Touchlight assure le dveloppement et la fabrication rapides et enzymatiques d'ADN pour la production de tous les traitements avancs, comprenant l'ARNm, la thrapie gnique virale et non virale, et l'API d'ADN. dbDNA est une structure minimale, linaire et ferme de faon covalente, qui limine les squences bactriennes. La plateforme rvolutionnaire de production enzymatique de Touchlight permet une vitesse et une chelle sans prcdent, et offre la possibilit de cibler des gnes d'une taille et d'une complexit impossibles atteindre avec les technologies actuelles. Les clients peuvent bnficier d'une assistance depuis la phase prclinique jusqu' l'octroi de licence et au transfert de technologie pour une utilisation en interne, en passant par le dveloppement et l'approvisionnement.

Contact chez Curia :
Viana Bhagan
+1 518 512 2111
corporatecommunications@CuriaGlobal.com

Contact chez Touchlight :

Karen Fallen, prsidente–directrice gnrale
Robin Bodicoat, directeur du marketing
E : info@touchlight.com
T : +44 20 8481 9200


GLOBENEWSWIRE (Distribution ID 8880042)

Biodigesters Light Up Clean Energy Stoves in Rural El Salvador

Marisol and Misael Menjívar pose next to the biodigester installed in March in the backyard of their home in El Corozal, a rural settlement located near Suchitoto in central El Salvador. With a biotoilet and stove, the couple produces biogas for cooking from feces, which saves them money. The biotoilet can be seen in the background. CREDIT: Edgardo Ayala / IPS

Marisol and Misael Menjívar pose next to the biodigester installed in March in the backyard of their home in El Corozal, a rural settlement located near Suchitoto in central El Salvador. With a biotoilet and stove, the couple produces biogas for cooking from feces, which saves them money. The biotoilet can be seen in the background. CREDIT: Edgardo Ayala / IPS

By Edgardo Ayala
SUCHITOTO, El Salvador , Jul 25 2023 – A new technology that has arrived in rural villages in El Salvador makes it possible for small farming families to generate biogas with their feces and use it for cooking – something that at first sounded to them like science fiction and also a bit smelly.

In the countryside, composting latrines, which separate urine from feces to produce organic fertilizer, are very popular. But can they really produce gas for cooking?

“It seemed incredible to me,” Marisol Menjívar told IPS as she explained how her biodigester, which is part of a system that includes a toilet and a stove, was installed in the backyard of her house in the village of El Corozal, near Suchitoto, a municipality in the central Salvadoran department of Cuscatlán.”When the first ones were installed here, I was excited to see that they had stoves hooked up, and I asked if I could have one too.” — Marisol Menjívar

“When the first ones were installed here, I was excited to see that they had stoves hooked up, and I asked if I could have one too,” added Marisol, 48. Hers was installed in March.

El Corozal, population 200, is one of eight rural settlements that make up the Laura López Rural Water and Sanitation Association (Arall), a community organization responsible for providing water to 465 local families.

The families in the small villages, who are dedicated to the cultivation of corn and beans, had to flee the region during the country’s 1980-1992 civil war, due to the fighting.

After the armed conflict, they returned to rebuild their lives and work collectively to provide basic services, especially drinking water, as have many other community organizations, in the absence of government coverage.

In this Central American country of 6.7 million inhabitants, 78.4 percent of rural households have access to piped water, while 10.8 percent are supplied by wells and 10.7 percent by other means.

With small stoves like this one, a score of families in El Corozal in central El Salvador cook their food with biogas they produce themselves, thanks to a government program that has brought clean energy technology to these remote rural villages. CREDIT: Edgardo Ayala / IPS

With small stoves like this one, a score of families in El Corozal in central El Salvador cook their food with biogas they produce themselves, thanks to a government program that has brought clean energy technology to these remote rural villages. CREDIT: Edgardo Ayala / IPS

Simple green technology

The biodigester program in rural areas is being promoted by the Salvadoran Water Authority (Asa).

Since November 2022, the government agency has installed around 500 of these systems free of charge in several villages around the country.

The aim is to enable small farmers to produce sustainable energy, biogas at no cost, which boosts their income and living standards, while at the same time improving the environment.

The program provides each family with a kit that includes a biodigester, a biotoilet, and a small one-burner stove.

In El Corozal, five of these kits were installed by Asa in November 2022, to see if people would accept them or not. To date, 21 have been delivered, and there is a waiting list for more.

In El Corozal, a rural settlement in the municipality of Suchitoto in central El Salvador, the technology of family biodigesters arrived at the end of last year, and some families are now producing biogas to light up their stoves and cook their food at no cost. CREDIT: Edgardo Ayala / IPS

In El Corozal, a rural settlement in the municipality of Suchitoto in central El Salvador, the technology of family biodigesters arrived at the end of last year, and some families are now producing biogas to light up their stoves and cook their food at no cost. CREDIT: Edgardo Ayala / IPS

“With the first ones were set up, the idea was for people to see how they worked, because there was a lot of ignorance and even fear,” Arall’s president, Enrique Menjívar, told IPS.

In El Corozal there are many families with the surname Menjívar, because of the tradition of close relatives putting down roots in the same place.

“Here we’re almost all related,” Enrique added.

The biodigester is a hermetically sealed polyethylene bag, 2.10 meters long, 1.15 meters wide and 1.30 meters high, inside which bacteria decompose feces or other organic materials.

This process generates biogas, clean energy that is used to fuel the stoves.

The toilets are mounted on a one-meter-high cement slab in latrines in the backyard. They are made of porcelain and have a handle on one side that opens and closes the stool inlet hole.

 One of the main advantages that family biodigesters have brought to the inhabitants of El Corozal, a small village in the Salvadoran department of Cuscatlán, is that the whole process begins with clean, hygienic toilets, like this one set up in Marleni Menjívar's backyard, as opposed to the older dry composting latrines, which drew flies and cockroaches. To the left of the toilet is the small handle used to pump water to flush the feces into the biodigester. CREDIT: Edgardo Ayala / IPS

One of the main advantages that family biodigesters have brought to the inhabitants of El Corozal, a small village in the Salvadoran department of Cuscatlán, is that the whole process begins with clean, hygienic toilets, like this one set up in Marleni Menjívar’s backyard, as opposed to the older dry composting latrines, which drew flies and cockroaches. To the left of the toilet is the small handle used to pump water to flush the feces into the biodigester. CREDIT: Edgardo Ayala / IPS

They also have a small hand pump, similar to the ones used to inflate bicycle tires, and when the handle is pushed, water is pumped from a bucket to flush the waste down the pipe.

The underground pipe carries the biomass by gravity to the biodigester, located about five meters away.

The system can also be fed with organic waste, by means of a tube with a hole at one end, which must be opened and closed.

Once it has been produced, the biogas is piped through a metal tube to the small stove mounted inside the house.

“I don’t even use matches, I just turn the knob and it lights up,” said Marisol, a homemaker and caregiver. Her husband Manuel Menjívar is a subsistence farmer, and they have a young daughter.

In El Corozal, biodigesters have been installed for families of four or five members, and the equipment generates 300 liters of biogas during the night, enough to use for two hours a day, according to the technical specifications of Coenergy, the company that imports and markets the devices.

But there are also kits that are used by two related families who live next to each other and share the equipment, which includes, in addition to the toilet, a larger biodigester and a two-burner stove.

With more sophisticated equipment, electricity could be generated from biogas produced from landfill waste or farm manure, although this is not yet being done in El Salvador.

 Marleni Menjivar gets ready to heat water on her ecological stove, watched closely by her four-year-old daughter, in El Corozal in central El Salvador, where an innovative government program to produce biogas has arrived. With this technology, people save money by buying less liquefied gas while benefiting the environment. CREDIT: Edgardo Ayala / IPS

Marleni Menjivar gets ready to heat water on her ecological stove, watched closely by her four-year-old daughter, in El Corozal in central El Salvador, where an innovative government program to produce biogas has arrived. With this technology, people save money by buying less liquefied gas while benefiting the environment. CREDIT: Edgardo Ayala / IPS

Saving money while caring for the environment

The families of El Corozal who have the new latrines and stoves are happy with the results.

What they value the most is saving money by cooking with gas produced by themselves, at no cost.

They used to cook on wood-burning stoves, in the case of food that took longer to make, or on liquefied gas stoves, at a cost of 13 dollars per gas cylinder.

Marleni Menjívar, for example, used two cylinders a month, mainly because of the high level of consumption demanded by the family business of making artisanal cheeses, including a very popular local kind of cottage cheese.

Every day she has to cook 23 liters of whey, the liquid left after milk has been curdled. This consumes the biogas produced overnight.

For meals during the day Marleni still uses the liquefied gas stove, but now she only buys one cylinder a month instead of two, a savings of about 13 dollars per month.

“These savings are important for families here in the countryside,” said Marleni, 28, the mother of a four-year-old girl. The rest of her family is made up of her brother and grandfather.

“We also save water,” she added.

The biotoilet requires only 1.2 liters of water per flush, less than conventional toilets.

In addition, the soils are protected from contamination by septic tank latrines, which are widely used in rural areas, but are leaky and unhygienic.

The new technology avoids these problems.

The liquids resulting from the decomposition process flow through an underground pipe into a pit that functions as a filter, with several layers of gravel and sand. This prevents pollution of the soil and aquifers.

Also, as a by-product of the decomposition process, organic liquid fertilizer is produced for use on crops.

Most families in the rural community of El Corozal have benefited from one-burner stoves that run on biogas produced in family biodigesters. Larger two-burner stoves are also shared by two related families, where they cook on a griddle one of the favorite dishes of Salvadorans: pupusas, corn flour tortillas filled with beans, cheese and pork, among other ingredients. CREDIT: Coenergy El Salvador

Most families in the rural community of El Corozal have benefited from one-burner stoves that run on biogas produced in family biodigesters. Larger two-burner stoves are also shared by two related families, where they cook on a griddle one of the favorite dishes of Salvadorans: pupusas, corn flour tortillas filled with beans, cheese and pork, among other ingredients. CREDIT: Coenergy El Salvador

Checking on site: zero stench

Due to a lack of information, people were initially concerned that if the biogas used in the stoves came from the decomposition of the family’s feces, it would probably stink.

And, worst of all, perhaps the food would also smell.

But little by little these doubts and fears faded away as families saw how the first devices worked.

“That was the first thing they asked, if the gas smelled bad, or if what we were cooking smelled bad,” said Marleni, remembering how the neighbors came to her house to check for themselves when she got the latrine and stove installed in December 2022.

“That was because of the little information that was available, but then we found that this was not the case, our doubts were cleared up and we saw there were no odors,” she added.

She said that, like almost everyone in the village, her family used to have a dry composting toilet, but it stank and generated cockroaches and flies.

“All that has been eliminated, the bathrooms are completely hygienic and clean, and we even had them tiled to make them look nicer,” Marleni said.

She remarked that hygiene is important to her, as her little girl can now go to the bathroom by herself, without worrying about cockroaches and flies.