Desalination as an Integrated Water–Energy–Material System in Water-Stressed Regions

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Water scarcity has become a structural constraint for sustainable development in arid and semi-arid regions. In North Africa, declining renewable water availability, recurrent droughts, population growth and agricultural demand have pushed conventional water resources beyond their renewal capacity. As a result, seawater desalination has evolved from an emergency response to a strategic infrastructure for national water security.

However, the rapid expansion of desalination systems has revealed systemic challenges extending beyond water production. Energy consumption, membrane fouling, chemical use, brine discharge and environmental impacts increasingly determine the sustainability and social acceptability of desalination. At the same time, desalination brine—traditionally considered a waste stream—is now recognized as a potential resource within circular economy frameworks, particularly in the context of growing demand for strategic materials such as lithium.

seawater desalination plant in middle east

This convergence of water security, energy transition, advanced materials and digitalization marks a paradigm shift: desalination plants are no longer mono-output facilities but multi-functional platforms at the intersection of water, energy and material systems.

Problem Statement

In arid and semi-arid regions, desalination has transitioned from a supplementary water source to a structural pillar of water security. In the Maghreb, large-scale seawater reverse osmosis (SWRO) systems increasingly supply urban populations, while raising new challenges related to energy demand, membrane durability, brine management and environmental sustainability. This article presents an integrated scientific analysis of desalination systems, focusing on

  1. hybrid renewable–grid energy configurations,
  2. emerging graphene-oxide-enhanced thin-film composite (GO-TFC) membranes,
  3. artificial intelligence (AI) and IoT-based predictive operation, and
  4. brine valorization pathways, including direct lithium extraction (DLE).

The study highlights that sustainable desalination cannot rely on single technological solutions but requires system-level integration combining advanced materials, digital control, circular economy principles and reinforced regulatory frameworks.

Desalination Development and Governance in the Maghreb

Algeria: Desalination as a Backbone of Potable Water Supply

Algeria currently operates 19 large SWRO plants, with a total installed capacity of approximately 3.7 million m³/day. Strategic projections indicate that desalinated seawater will supply ≈40% of potable water demand by the end of 2025, increasing to ≈60% by 2030. Desalination is strictly reserved for drinking water, while irrigation relies on dams, groundwater and treated wastewater.

This model prioritizes social equity and urban resilience but increases dependency on energy supply reliability and long-term membrane performance.

Morocco: Integrated Desalination within the Water–Energy–Food Nexus

Morocco operates 16 desalination plants with a total capacity of ~750,000 m³/day, with plans to reach ~1.7 billion m³/year. Morocco is the only Maghreb country implementing desalination-based irrigation at scale, notably in the Chtouka–Aït Baha region, where ~125,000 m³/day irrigate ~15,000 ha of high-value export crops (tomatoes, strawberries, cherries). This selective integration is economically viable only under high productivity and export-oriented conditions.

Energy Integration: Why 100% Solar Desalination is not Feasible

Although renewable energy is essential for decarbonizing desalination, 100% solar-powered desalination is not technically feasible at large scale due to solar intermittency and the continuous energy demand of RO systems. Stable pressure and uninterrupted operation are required to avoid membrane damage and excessive fouling.

Sustainable configurations rely on hybrid energy systems, including:

  • solar energy coupled to the electrical grid,
  • solar energy combined with battery storage,
  • hybrid solar–wind systems with grid backup.

These architectures significantly reduce carbon intensity while ensuring operational reliability. Renewable energy thus acts as a decarbonization lever, not a standalone energy source for desalination [1–3].

Advanced Membrane Materials: Graphene-Oxide-Enhanced TFC Membranes

GO-TFC Membrane Design

Recent advances in membrane science have demonstrated that thin-film composite (TFC) membranes incorporating graphene oxide (GO) into the polyamide (PA) active layer offer substantial performance improvements. GO produced by chemical exfoliation is fractionated to control nanosheet size and dispersed in an aqueous m-phenylenediamine (MPD) solution prior to interfacial polymerization.

Performance and Mechanisms

GO-TFC membranes exhibit:

  • ≈80% increase in water permeability,
  • ≈98% reduction in biofouling (biovolume-based),
  • high salt rejection maintained after 48,000 ppm·h chlorination exposure.

These enhancements result from increased hydrophilicity, modified surface charge, reduced roughness and optimized PA layer thickness. GO size and concentration are critical parameters controlling membrane performance [4–6].

Artificial Intelligence and IoT for Predictive Desalination

AI-Based Fouling Prevention

AI models integrating pressure drop, normalized permeate flux, salt passage and feedwater quality can anticipate fouling and scaling events, enabling proactive adjustment of pretreatment and operating conditions.

IoT Sensors and Energy Optimization

IoT sensor networks enable real-time detection of energy leaks, pump inefficiencies and abnormal pressure losses. Coupled with AI-driven predictive maintenance, these systems can reduce specific energy consumption by up to 20%, while extending membrane lifespan and minimizing unplanned shutdowns [7–9].

Brine Management, Valorization and Direct Lithium Extraction

Regulatory and Environmental Challenges

Brine discharge can alter marine salinity, temperature and oxygen levels. Strengthened legislative frameworks are required to define quantitative discharge standards and enforce cumulative impact assessments.

Brine Valorization and Circular Economy

Desalination brine contains recoverable salts (NaCl, Mg, Ca, gypsum) and trace elements. Direct Lithium Extraction (DLE) technologies—adsorption, ion exchange, membrane-based and electrochemical processes—enable lithium recovery with reduced land use and water losses compared to evaporation ponds [10–12].

Integrating brine valorization into desalination plants transforms an environmental liability into a strategic resource, aligning desalination with circular economy principles.

smart desalination system

System-Level Perspective

The convergence of hybrid energy systems, GO-TFC membranes, AI-IoT digitalization and brine valorization positions desalination plants as intelligent, adaptive infrastructures, capable of delivering water security while supporting energy transition and material recovery.

Conclusion

Desalination has entered a new phase where sustainability depends not on isolated technological improvements, but on system-level integration. Hybrid energy supply, advanced membranes, digital control and circular economy strategies collectively define the future of desalination in water-stressed regions.

References

  1. Ghaffour, N., Missimer, T.M., Amy, G.L., Desalination, 309, 197–207 (2013).
  2. Caldera, U., Bogdanov, D., Breyer, C., Desalination, 385, 207–216 (2016).
  3. IEA, Energy and Desalination Outlook, Paris (2021).
  4. Park, H.B. et al., Journal of Membrane Science, 370, 1–22 (2011).
  5. Lee, K.P., Arnot, T.C., Mattia, D., Water Research, 47, 5197–5210 (2013).
  6. Choi, W. et al., Journal of Membrane Science, 564, 970–980 (2018).
  7. Werber, J.R., Deshmukh, A., Elimelech, M., Journal of Membrane Science, 552, 66–73 (2018).
  8. Tang, C.Y. et al., Water Research, 146, 342–359 (2018).
  9. Ghaffour, N. et al., Nature Water, 1, 10–21 (2023).
  10. Tong, T., Elimelech, M., Environmental Science & Technology, 50, 6846–6855 (2016).
  11. Flexer, V., Baspineiro, C.F., Galli, C.I., Energy & Environmental Science, 11, 2262–2276 (2018).
  12. Panagopoulos, A., Science of the Total Environment, 693, 133545 (2019).

Why Now is the Best Time to Switch to an Electric Vehicle

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Electric vehicles (EVs) have been around for a while now, but it’s only recently that they’ve started to become more mainstream. With the current climate crisis and increasing awareness of the need for sustainable transportation, now is the best time to switch to an EV.

In this blog post, we’ll explore some of the reasons why you should consider making the switch to an electric vehicle in 2026

why switch to an EV

1. The Environmental Benefits of EVs

One of the most significant benefits of electric vehicles is their positive impact on the environment. EVs produce zero emissions, which means they don’t contribute to air pollution, greenhouse gas emissions, or the depletion of natural resources. In fact, studies have shown that EVs emit up to 70% less CO2 than gas-powered vehicles over their lifetime.

If you’re someone who cares about the environment and wants to do your part to reduce your carbon footprint, switching to an EV is a great way to start. And with the new Kia Niro EV, you can do so without sacrificing style, comfort, or performance.

2. The Cost Savings of EVs

Another significant advantage of electric vehicles is their cost savings. While the upfront cost of an EV may be higher than that of a gas-powered vehicle, the long-term savings can be substantial. EVs require less maintenance, as they have fewer moving parts, and the cost of electricity is significantly less than gasoline. Additionally, EVs may qualify for tax incentives and other incentives that can help offset the initial cost.

Environmental Impact of Electric Vehicles

3. The Convenience of Charging

Charging an electric vehicle is much more convenient than filling up at a gas station. With an EV, you can charge your car at home, work, or at one of the many public charging stations popping up all over the country. And with a range of up to 300 miles on a single charge, you won’t have to worry about running out of juice on a long road trip.

4. The Fun of Driving an EV

Electric vehicles offer a unique and exciting driving experience. With instant torque and acceleration, EVs can go from 0-60 in just a few seconds, making them quick and responsive on the road. And with regenerative braking, you can recharge your battery every time you slow down or stop, making your driving experience even more efficient.

5. The Future of Transportation

Finally, switching to an EV is not just a smart choice for your wallet and the environment, it’s also an investment in the future of transportation. As more and more people make the switch to electric vehicles, the demand for EVs will continue to grow, driving down the cost and making them even more accessible to the average consumer.

electric-cars-remote-areas

Conclusion

If you’re considering making the switch to an electric vehicle, there’s never been a better time to do so. With the current climate crisis, increasing awareness of the need for sustainable transportation, and the many benefits of EVs, now is the time to take action. And with a wide range of electric and hybrid models available, making the switch to an EV has never been easier or more accessible.

So why wait? Start exploring your options today and make the switch to an electric vehicle – your wallet, the environment, and future generations will thank you.

الإسلام و حماية البيئة

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حماية البيئة هو جانب هام من جوانب الإسلام. بما اننا خلفاء في الأرض، فإنه يقع على عاتقنا كمسلمين العناية بالبيئة، فهناك غرض محدد وراء وجود أنواع مختلفة، سواء كان ذلك نباتات أو حيوانات.  لذا يتوجب على المسلمين التفكير في العلاقة بين الكائنات الحية وبيئتها والحفاظ على التوازن البيئي الذي خلقه الله فحماية البيئة أمر أساسي للمعتقدات الإسلامية، والبشرية لديها مسؤولية لتضمن الحفاظ الآمن للبيئة

tips to save water in your backyard

حماية البيئة والحفاظ على الموارد 

المنظور الإسلامي حول حماية البيئة يعكس صورة إيجابية عن الإسلام وكيف يحتضن كل مسألة  تواجه البشر على وجه الأرض.  الموقف الإسلامي تجاه البيئة والحفاظ على الموارد الطبيعية لا يعتمد فقط على حظر الاستغلال المفرط ولكن أيضا على التنمية المستدامة، القرآن الكريم يقول:

وَهُوَ ٱلَّذِى جَعَلَكُمْ خَلَـٰٓئِفَ ٱلْأَرْ‌ضِ وَرَ‌فَعَ بَعْضَكُمْ فَوْقَ بَعْضٍ دَرَ‌جَـٰتٍ لِّيَبْلُوَكُمْ فِى مَآ ءَاتَىٰكُمْ ۗ إِنَّ رَ‌بَّكَ سَرِ‌يعُ ٱلْعِقَابِ وَإِنَّهُۥ لَغَفُورٌ‌ۭ رَّ‌حِيمٌۢ   سورة  6:165

يَـٰبَنِىٓ ءَادَمَ خُذُوا۟ زِينَتَكُمْ عِندَ كُلِّ مَسْجِدٍ وَكُلُوا۟ وَٱشْرَ‌بُوا۟ وَلَا تُسْرِ‌فُوٓا۟ ۚ إِنَّهُۥ لَا يُحِبُّ ٱلْمُسْرِ‌فِينَ   سورة  7:31

شجع النبي محمد صلى الله عليه وسلم غرس الأشجار والزراعة والتي تعتبر سبب للحسنات. ويتضح هذا في الاحاديث التالية  روى أنس بن مالك رضي الله عنه ان رسول الله  صلى الله عليه وسلم  قال: ” مَا مِن مُسلم يَغرِسُ غَرْسًا أو يَزرَعُ زَرْعًا فيأكُلُ مِنه طَيرٌ أو إنسَانٌ أو بهيْمَةٌ إلا كان لهُ بهِ صَدقَةٌٌ “

الإسلام ضد قطع أو تدمير النباتات والأشجار دون داع، كما هو واضح في الحديث التالي: عن عبد الله بن حبشي أن النبي محمد صلى الله عليه وسلم قال “مَنْ قَطَعَ سِدْرَةً صَوَّبَ اللَّهُ رَأْسَهُ فِي النَّارِ” رواه أبو داود و شجرة السدر تنمو في الصحراء ويُحتاج إليها الي حد كبير في المنطقة قليلة الغطاء النباتي.  والدمار الناجم عن إزالة الغابات في كثير من البلدان يتسبب في تآكل التربة وقتل التنوع البيولوجي للأرض.

تظهر براعة منهج الإسلام في استخدام الموارد الطبيعية، فجميع البشر وكذلك الحيوانات والحياة البرية لها الحق في تقاسم موارد الأرض. ويحظر الاعتداء على أي الموارد من حيث المبدأ الفقهي الذي يقول “ما أدى الي حرام فهو حرام”.

عندما ذهب أبو موسى الأشعري رضي الله عنه الى البصرة كوالي خطب في الناس “ان أمير المؤمنين عمر بعثني اليكم، أعلمكم كتابكم، وسنة نبيكم، وأنظف لكم طرقكم” وعن أبي هريرة أن رسول الله (صلى الله عليه وسلم) نهى أن يبول انسان في مصدر للمياه او في الطريق او في ظل او في جحر. هذه القيم تظهراهتمام الإسلام بتجنب تلوث الموارد الحيوية وأهمية النظافة.

impact of environment on mental health

نشر الوعي البيئي

هناك طرق مختلفة يمكنك بها رفع الوعي البيئي في الأوساط الشخصية والمهنية. فانتشار الشبكات الاجتماعية بين جيل الشباب يجعل من السهل نشر الوعي البيئي باستخدام حساب الفيسبوك وتويتر وغيرها. وهناك طريقة بسيطة وفعالة تستعمل وهي استخدام رموز الاستجابة السريعة QR Code  في حرم الجامعة.

وفكرة أخرى عظيمة ان تبدأ حملتك في المدرسة أو الكلية أو مكان العمل لزراعة الأشجار. يمكن أن تشجع الطلاب وأعضاء هيئة التدريس وزملاء العمل للتبرع مبلغ رمزي من المال من أجل حملة الزراعة. فزرع النباتات حول مدرستك أو المنزل أو مكان العمل ليس فقط مظهر جمالي ولكن أيضا توفر لكم بيئة صحية وتحسن نوعية الهواء الداخلي. روى جابر رضي الله عنه أن النبي محمد صلى الله عليه وسلم قال: ” مَا مِنْ مُسْلِمٍ يَغْرِسُ غَرْسًا ، إِلَّا كَانَ مَا أُكِلَ مِنْهُ لَهُ صَدَقَةً ، وَمَا سُرِقَ مِنْهُ لَهُ صَدَقَةٌ ، وَمَا أَكَلَ السَّبُعُ مِنْهُ فَهُوَ لَهُ صَدَقَةٌ ، وَمَا أَكَلَتِ الطَّيْرُ فَهُوَ لَهُ صَدَقَةٌ ، وَلَا يَرْزَؤُهُ أَحَدٌ ، إِلَّا كَانَ لَهُ صَدَقَةٌ”

الخلاصة

الوعي البيئي وحماية الموارد الطبيعية هي جزء لا يتجزأ من المعتقدات الإسلامية. كخلفاء لله على هذه الأرض، يجب علينا الاستفادة من الموارد الطبيعية بطريقة مستدامة لضمان استمرار عطاء الله لنا. ويتضح بشكل جميل مبدأ الحفاظ في القاعدة التي تقول أنه حين الوضوء لا يجب ان نسرف في الماء ولو كنا على نهر جار. كبشر، نحن القيمين على جميع الخلق، بما في ذلك التربة والهواء والماء والحيوانات والأشجار. من الأهداف الرئيسية لتعاليم الدين الإسلامي وسنة الرسول (صلى الله عليه وسلم) بناء والحفاظ على بيئة صحية ونظيفة تخلو من أي مصدر للتلوث وسوء الاستخدام.

ترجمة: طه واكد – مهندس مدني مهتم بشؤون البيئة – مصر

شريك مؤسس في مشروع دقيقة خضراء  –  معد وكاتب حلقات دقيقة خضراء عاليوتيوب

Energy Transition in Algeria: Concrete Levers to Move from Ambition to Action

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Algeria stands at a critical energy crossroads. Long known as one of Africa’s leading producers and exporters of hydrocarbons, the country is now attempting to balance the twin imperatives of maintaining economic stability from oil and gas revenues while accelerating a shift to a cleaner, more diversified energy system. With global pressure to decarbonize mounting and domestic energy demand rising rapidly, Algeria’s energy transition is no longer just a vision, it is becoming a necessary strategic priority. But turning ambition into tangible results requires a careful blend of policy frameworks, incentives, partnerships, and effective implementation.

a power plant in algeria

Algeria’s renewable energy potential is significant. The country enjoys some of the world’s highest solar irradiance levels, particularly in its vast southern desert regions, offering solar power generation potential of 1,850‒2,100 kWh/m²/year and up to 3,500 hours of sunshine annually, a resource few nations can match. Its Mediterranean coastline, meanwhile, provides abundant wind energy opportunities with high wind speeds, and ripple effects for hybrid renewable power systems. These inherent advantages position Algeria well to harness renewables as a cornerstone of its energy transition [1].

Algeria’s energy policy objectives reflect this opportunity. Under national strategies aligned with global targets, the government aims to increase the contribution of renewables to its energy mix significantly. Current plans target approximately 27–30% of electricity generation from renewable energy sources by 2035, guided by both climate commitments and economic diversification imperatives [2]. The long-term vision, supported by Algerian experts and energy clusters, stretches further still, with aspirations for 100% green energy production by 2050, embedding energy efficiency and green industrialization as core drivers of sustainable growth [3].

However, Algeria’s energy transition has historically faced constraints. For decades, hydrocarbon revenues have underwritten public finances, domestic energy subsidies, and social spending. As a result, the country’s energy sector remains dominated by fossil fuels, accounting for over 99% of the energy mix as recently as the early 2020s, and its renewable energy contribution was minimal in electricity generation [4]. Transitioning from such a landscape demands not only ambition but practical policy levers that can unlock investment, technology, and local capacity.

Modernizing Policy and Regulatory Frameworks

Perhaps the most critical lever for Algeria’s energy transition is a well-structured policy and regulatory environment that provides clarity, stability, and incentives for both domestic and international investments. Recent developments in Algeria’s fiscal and energy legislation illustrate a shift in this direction.

For example, the 2026 Finance Bill in Algeria has elevated the energy transition as a central economic and strategic pillar. It introduces targeted tax and customs incentives designed to reduce the cost of renewable energy investments, including preferential customs duties on photovoltaic materials and tax deductions for green hydrogen and clean energy projects. In addition, incentives for electric mobility and exemptions for hybrid and electric vehicles are included, underscoring a broader commitment to decarbonization [5].

Another key policy lever is the encouragement of public-private partnerships (PPPs). By introducing innovative financing mechanisms such as sovereign sukuk and state guarantees for major structural projects, Algeria aims to attract private capital and risk-sharing arrangements that can accelerate project deployment at scale. These arrangements also signal to investors that energy transition priorities are backed by institutional frameworks capable of supporting long-term commitments [6].

Scaling Renewable Energy Deployment

Translating ambition into tangible results requires moving beyond strategy documents to large-scale renewable energy deployment. Algeria has already started to issue renewable energy tenders and is negotiating power purchase agreements that can bring new generation capacity online.

The government’s renewable energy strategy envisions thousands of megawatts of renewable power, with solar and wind energy forming the backbone of the transition. Algeria plans to install 15,000 MW of renewable capacity by 2035, a substantial increase from its current renewable energy generation footprint [7]. Already, over 200 photovoltaic sites in 46 wilayas (provinces) are earmarked for development, and Algeria plans to commission 22 solar sites across southern provinces by 2026 as part of its immediate rollout [8].

A diversified deployment strategy not only addresses domestic power needs with clean energy but also positions Algeria for emerging export opportunities. Neighboring markets and even Europe have expressed increasing interest in North African renewable power and green hydrogen, leveraging geographic proximity and complementary climate goals.

Green Hydrogen: A Strategic Opportunity

A particularly promising component of Algeria’s energy transition is green hydrogen. Produced by electrolyzing water using renewable electricity, green hydrogen offers a carbon-free energy carrier that can decarbonize sectors such as heavy industry and international transport fuels. For Algeria, green hydrogen is not just a symbol of future potential, it is rapidly becoming a core pillar of its energy diversification strategy.

Green Hydrogen In The MENA Region

The country’s strategic geography and abundant solar and wind resources make it well-suited for large-scale green hydrogen production. Pilot projects are underway, and partnerships with German and Italians firms are already forming to explore production hubs that could serve both domestic and export markets, particularly in Europe, where hydrogen demand is expected to grow sharply in the coming decades [8].

By embedding green hydrogen into its policy and investment frameworks, and by tying hydrogen development to existing energy infrastructure and industrial ecosystems, Algeria could leapfrog traditional energy models and build a competitive advantage in emerging low-carbon value chains.

Energy Efficiency and Demand-Side Management

While renewable energy deployment is a headline driver, energy efficiency is an equally crucial lever in Algeria’s transition. Measures that improve energy conservation across industry, buildings, and transportation have the dual benefit of reducing emissions and lowering energy costs for consumers and businesses.

The National Energy Conservation and Efficiency Program, part of Algeria’s broader transition agenda, aims for steady improvements in energy efficiency, targeting annual gains through better technology, fuel substitution, and rational energy use [9]. Encouraging the adoption of efficient lighting, optimized industrial systems, and more stringent thermal building standards will improve Algeria’s energy productivity across key sectors.

Energy efficiency initiatives also provide a pathway for immediate impact, because they reduce waste and lower overall demand, they complement renewable energy deployment efforts and can free up capacity for export or strategic use.

Attracting Investment and International Partnerships

No energy transition can succeed without adequate financing and international cooperation. Algeria has progressively opened its energy sector to greater foreign participation, including strategic partnerships in renewable energy technologies and infrastructure. Collaboration with countries such as China, Germany, and the United States has already begun to flow into renewable electricity projects and technology transfer, especially in solar power and storage systems [10].

International investment is crucial for Algeria not only because it brings capital but also because it facilitates access to cutting-edge technology, project management expertise, and global networks that can accelerate deployment timelines.

Algeria’s integration into global climate frameworks, including ratification of the Paris Agreement and the submission of Nationally Determined Contributions (NDCs), further signals its commitment to international climate goals. Under these frameworks, Algeria aims to reduce greenhouse gas emissions and increase renewable energy deployment, aligning national policy with global climate priorities [11].

Building Local Value Chains and Workforce Capacities

A transition that imports technology without developing local capacity is unlikely to be sustainable. Algeria’s energy transition must also focus on building domestic value chains for renewables technology manufacturing, installation, operation, and maintenance.Developing a skilled workforce, from engineers to technicians, is crucial. Joint ventures and partnerships can include knowledge transfer components that empower Algerian institutions and companies to innovate independently. This strengthens the national economic fabric and creates high-value jobs in green sectors.

Measures to foster local industry might include incentives for renewable energy component manufacturing, partnerships with universities for renewable energy curriculum expansion, and micro-enterprise support for installation and maintenance services. As local capabilities expand, Algeria’s energy transition becomes not only an environmental imperative but a source of economic transformation and social opportunity.

Hybrid solar energy project in Algeria

One of the world’s first hybrid solar power plant is located at Hassi R’Mel

Overcoming Challenges and Risks

Despite the promising policy direction and strategic levers, Algeria’s energy transition faces several challenges. Historically, ambitious energy goals have sometimes struggled due to bureaucratic delays, subsidy distortions, and infrastructure constraints, particularly in electricity grid modernization [12]. Reducing dependency on fossil fuel subsidies while ensuring social equity is politically sensitive but essential to free up capital for clean energy investment. Additionally, while Algeria’s natural gas resources remain a strategic economic asset, and indeed large hydrocarbon agreements continue alongside clean energy ambitions,  balancing short-term economic needs with long-term sustainability requires careful planning and stakeholder engagement [13].

To mitigate these challenges, Algeria must pursue an integrated approach that synchronizes energy, industrial, financial, and educational policies. Strong governance, transparent procurement, and rigorous project management will be critical to building confidence among investors and citizens alike.

Conclusion

Algeria’s journey from energy transition ambition to impactful action is well underway but remains a work in progress. With robust renewable energy potential, emerging policy levers, supportive investment frameworks, and international partnerships, the country is laying the groundwork for a cleaner, more diversified energy future.

By prioritizing policy coherence, scaling renewable energy deployment, integrating green hydrogen into national strategies, promoting energy efficiency, and building local capacities, Algeria can transform its energy landscape. If properly executed, these levers could not only reduce Algeria’s carbon footprint but also stimulate economic growth, foster innovation, and position the country as a regional leader in sustainable energy.

The road ahead is challenging, but the combination of natural resources, strategic vision, and concrete policy levers offers a pathway for Algeria to turn its energy transition ambition into tangible progress that benefits both current and future generations.

References

[1] https://www.trade.gov/country-commercial-guides/algeria-renewable-energy

[2] https://www.algeriainvest.com/AlgeriaIC/public/premium-news/lalgerie-sengage-dans-le-renouvelable

[3] https://www.algeriainvest.com/premium-news/transition-energetique-en-algerie-a-lhorizon-2050-les-ambitions-des-experts-algeriens

[4] https://theaspd.com/index.php/ijes/article/view/1342

[5] https://algeriainvest.com/AlgeriaIC/public/en/premium-news/transition-energetique-le-plf-2026-instaure-des-mesures-incitatives

[6] https://algeriainvest.com/AlgeriaIC/public/en/premium-news/transition-energetique-le-plf-2026-instaure-des-mesures-incitatives

[7] https://algeriainvest.com/en/premium-news/30-du-mix-energetique-algerien-proviendra-de-sources-renouvelables-dici-2035

[8] https://meobserver.org/energy/2025/10/19/algeria-unveils-60-billion-energy-transformation-plan-for-2025-2029/

[9] https://www.trade.gov/market-intelligence/algerias-energy-transition-plan

[10] https://www.trade.gov/country-commercial-guides/algeria-renewable-energy

[11] https://en.wikipedia.org/wiki/Climate_change_in_Algeria

[12] https://asjp.cerist.dz/en/article/268141

[13] https://www.reuters.com/business/energy/algeria-plans-60-billion-energy-investment-over-five-years-energy-minister-says-2025-10-06/

Sustainable Pet Ownership: 4 Tips to Follow

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Sustainability is a lifestyle that many of us participate in these days. Whether you take out your recycling every week or own reusable bottles and containers, it’s important to make an effort to stop waste in any way you can, even when it comes to taking care of pets. Whether you take out your recycling every week or own reusable bottles and containers, it’s essential to stop waste in any way you can, even for taking care of your adorable pets.

If you own a pet, I am fairly sure you have thought of how to keep your pet healthy. Keeping a pet healthy can be difficult. Apart from everyday things such as taking your pet for exercise walks and grooming, you need to sign up for an affordable pet insurance company to add coverage for your pet’s frequent vet expenses.

There are many ways people and their pets can help save the planet. You may even be able to help in ways you don’t expect. Here are 4 of the best tips to become an eco-friendly pet owner.

1. Adopt Don’t Shop

Pets, especially cats and dogs, have overpopulation problems all over the world. When you buy them from stores or breeders, it increases the demand for new puppies and kittens. Why have more when there are millions of suitable furry friends in shelters across the world?

This eco-friendly pet tip counts for first time pet owners as well. If you are deciding whether or not to adopt an animal for the first time, you can save a life and its carbon footprint when you adopt from a shelter.

If you’re attracted to owning a pet for companionship and support, you may even be able to avoid housing fees or deposits when you adopt. The website www.esaregistration.org can help you register your animal as an Emotional Support Animal. This means the law protects your ability to bring your ESA with you.

2. Neuter and Spay

The number of stray animals in the United States alone is easily in the tens of millions. An article by RestedPaws.co.uk puts the number of animals entering shelters in the U.S. at 6.5 Million a year. When stray cats have kittens, those kittens become feral cats. The Invasive Species Specialist Group (ISSG) states that in general, overpopulation of feral cats can cause decline or extinction in many species, especially birds or small to medium-size mammals.

So, what can you do about this problem? Spaying and neutering your animals are the most effective and easiest ways to prevent overpopulation. Even if your pets stay indoors, it’s important to spay and neuter them in case they get lost.

3. Buy Sustainable Food

Pet food, like people food, can come in a lot of unnecessary packaging! When you focus on buying brands that offer sustainable and eco-friendly food, you can easily recycle the bags and reduce trash in landfills or the oceans.

In addition, many of these brands offer higher quality food. Much of it is organic and offers all the necessary nutrients your pet needs in their everyday diet. These options are also great to look at if your pet has allergies to certain types of meat or other ingredients found in the average brands.

4. Clean Up Responsibly

Cleaning up your dog’s poop on a walk is important. Not only does it keep the sidewalk clean; it keeps people safe. How? Dog waste carries nitrogen, phosphorous, and many harmful pathogens. Rain can carry it into streams and sewer systems, which can make many people ill.

You shouldn’t flush any animal poop down the toilet. Most cities don’t have the proper filtration system to filter out the chemicals contained in animal poop. It’s always best to throw it in the trash, unless you have a dog-poop compost program in your area.

There’s Always a Way to Make a Difference

All pet owners have a responsibility to do what’s best for their animals. These sustainable pet care tips will help guide you both towards an eco-friendly lifestyle and a better future.

Always check the ingredients in the product you buy! Food, toys, and pet accessories are all available in recyclable materials. Doing a little research to find the right product is worth it in the long run.

Environmentally-Friendly Wood – Benefits, Uses and Challenges

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In an era of heightened environmental awareness, individuals and industries alike are seeking sustainable alternatives to traditional materials. One notable trend that has gained significant traction in recent years is the use of sustainable wood products. These products not only meet the demands of consumers who prioritize sustainability, but they also contribute to the preservation of our planet’s precious resources.

benefits of sustainable wood

From sustainable sourcing and responsible forest management practices to the development of innovative wood-based materials, environmentally-friendly wood products offer a compelling solution for a wide range of applications.

Understanding Environmentally Friendly Wood

In order to appreciate the significance of environmentally-friendly wood products, it is essential to understand what sets them apart. At its core, sustainable wood refers to wood that is sourced and processed in a manner that minimizes its environmental impact and promotes sustainable practices.

A key aspect of eco-friendly wood is sustainable sourcing. This entails responsible forest management, where trees are harvested in a manner that allows for regeneration and the long-term health of the forest ecosystem. Sustainable forestry practices include selective cutting, reforestation initiatives, and the protection of endangered species and habitats.

By prioritizing sustainable sourcing and responsible forest management, environmentally-friendly wood products offer several benefits compared to their conventional counterparts. These benefits extend beyond mere environmental considerations and encompass economic and social aspects as well.

The Benefits of Environmentally-Friendly Wood

The use of sustainable wood products offers a range of significant benefits, making them an attractive choice for consumers, businesses, and industries alike.

1. Reduced Environmental Impact

Eco-friendly wood products contribute to the reduction of environmental harm in multiple ways. Firstly, sustainable sourcing and responsible forest management practices help preserve forests, which are essential for carbon sequestration and biodiversity conservation. Additionally, the production of wood products generally requires less energy and generates fewer greenhouse gas emissions compared to other materials like steel or concrete.

2. Renewable and Sustainable Resource

Wood is a renewable resource that can be replenished through responsible forest management practices. When trees are harvested, new ones can be planted in their place, ensuring the long-term availability of wood resources. This sustainable cycle allows for a continuous supply of wood without depleting natural ecosystems.

quran and the natural environment

3. Health and Safety Advantages

Eco-friendly wood products offer health and safety benefits. They are typically low in volatile organic compounds (VOCs) and toxic chemicals, making them healthier options for indoor use. Wood also possesses natural insulation properties, contributing to energy efficiency in buildings by reducing the need for excessive heating or cooling.

Examples of Eco-friendly Wood Products

The increasing popularity of environmentally friendly wood products has led to a wide range of innovative and sustainable options available in various industries.

Sustainable wood is gaining traction in the construction industry. It is being used for structural elements, such as beams, columns, and trusses, as well as for flooring, cladding, and interior finishes. Sustainable building practices often incorporate wood sourced from responsibly managed forests, promoting the use of materials that have a lower environmental impact compared to traditional construction materials.

The demand for eco-friendly wood furniture and interior design products is on the rise. Environmentally conscious consumers are opting for furniture made from sustainably sourced wood, such as bamboo, reclaimed wood, or wood certified by reputable organizations like the Forest Stewardship Council (FSC). These products not only showcase unique and stylish designs but also reflect a commitment to environmental responsibility.

The packaging and paper industries are also embracing eco-friendly wood products. Recycled paper and cardboard packaging, made from post-consumer waste, are increasingly prevalent. Additionally, wood-based alternatives to single-use plastics, such as wood pulp-based containers and utensils, offer biodegradable and compostable solutions that reduce plastic waste.

Beyond traditional wood products, there is a growing trend in the development of innovative wood-based materials. For example, engineered wood products, such as cross-laminated timber (CLT) and laminated veneer lumber (LVL), offer sustainable alternatives to conventional construction materials. These materials are designed to be strong, durable, and environmentally friendly, making them suitable for a wide range of applications.

Challenges and Solutions in Adopting Environmentally Friendly Wood

While the adoption of eco-friendly wood products is growing, there are still challenges that need to be addressed for widespread implementation.

1. Misconceptions and Lack of Awareness

One challenge is the presence of misconceptions or lack of awareness surrounding environmentally friendly wood. Some consumers may not fully understand the benefits or may have concerns about the quality or durability of these products. Education and awareness campaigns can play a crucial role in addressing these misconceptions and promoting the advantages of environmentally friendly wood.

2. Availability and Cost Considerations

In certain regions, there may be limited availability of environmentally friendly wood, making it challenging for consumers and businesses to access them. Additionally, these products may sometimes be more expensive compared to conventional alternatives. Increasing the production and availability of environmentally friendly wood products, along with initiatives to improve cost competitiveness, can help overcome these challenges.

3. Collaboration Between Stakeholders

The adoption of environmentally friendly wood requires collaboration between various stakeholders, including government bodies, businesses, manufacturers, and consumers. Collaboration can help in setting and implementing standards, regulations, and incentives that promote the use of environmentally friendly wood products.

why use environmentally friendly wood

4. Promoting Sustainable Forest Management Practices

To ensure a continuous supply of environmentally friendly wood, sustainable forest management practices need to be widely adopted. This involves promoting responsible logging, reforestation efforts, and protecting forests from illegal logging and deforestation. Governments, environmental organizations, and industry players can work together to enforce and support sustainable forest management practices.

The Role of Consumers and Businesses

The growing demand for eco-friendly wood products is driven by both consumers and businesses that recognize the importance of sustainability. Consumers play a crucial role in shaping the market by actively seeking out and purchasing environmentally friendly wood products.

Their choices send a clear message to manufacturers and retailers about the significance of sustainability. Informed consumer choices, backed by knowledge of certifications like FSC or PEFC, enable individuals to make purchasing decisions that align with their values.

Businesses, on the other hand, have the power to make significant contributions through their procurement practices and product innovation. By prioritizing the procurement of environmentally friendly wood products throughout their supply chains, businesses can support sustainable sourcing and responsible forest management practices. Investing in research and development allows businesses to create innovative wood-based products that meet consumer demands while minimizing environmental impact.

Through the collective efforts of consumers and businesses, the demand for environmentally friendly wood products can continue to grow. This increased demand will drive the adoption of sustainable practices, leading to positive environmental outcomes and a more sustainable future.

Conclusion

In conclusion, the growing trend of environmentally friendly wood products reflects a global shift towards sustainability and responsible resource management. From construction and furniture to packaging and innovative wood-based materials, environmentally friendly wood is being embraced in various industries.

Embracing eco-friendly wood products can contribute to the preservation of our forests, the reduction of carbon emissions, and the overall well-being of our planet. Together, let us embrace the growing trend of environmentally friendly wood and build a more sustainable future for generations to come.

Water Crisis in Morocco – Response and Challenges

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Water, the most basic and essential resource on Earth, has become a privilege in many parts of the world. It is, without a doubt, one of, if not the most vital, resources for life. However, communities across the globe are increasingly facing drought and scarcity, and we have noticed a significant disparity in access to clean, drinkable water.

As of 2022, nearly 500 million people across 19 African nations lack access to clean drinking water. The progress in resolving this issue has been slow due to the overexploitation of these resources, the impacts of climate change, and the historical sequels of colonialism that continue to affect the continent. In the African context, the scattered population plays an important role in this disparity, particularly in rural areas.

In Morocco, for example, the number of citizens with access to water has declined over the years. According to the National Council for Human Rights (CNDH), approximately 7 million people, which roughly translates to 20% of the Moroccan population, don’t have access to safe and clean water. Fatimaezzahra Oubni and her family are among those being impacted. They come from a remote, arid village in Draa-Tafilalet, located in southeastern Morocco. “My mom and I would go to the mountains nearby to fetch water and food for our livestock,” she explains. This isn’t a one-off scenario: this is the daily struggle of many Moroccans living in rural areas with very limited access to water.

groundwater depletion in morocco

The Water Crisis in Morocco

Morocco has been experiencing a particularly severe period of water scarcity and drought. Drought is no longer just a cyclical phenomenon; it has become a permanent fixture in the country. Morocco has entered its seventh consecutive year of drought. The average available water has dropped drastically: while the average in 1960 was 2,000 cubic meters per capita, it’s now around 600 cubic meters, which is roughly a quarter of what it was just 40 years ago.

Water scarcity in Morocco is not only a biological and ecological issue but also a socio-political one. It influences who gets access to the remaining resources, with metropolitan cities like Rabat and Casablanca, as well as those further north, such as Tangier, still receiving potable water without restrictions. This, however, is not the case for many remote villages or towns near larger cities. “In the summertime, people in my village get water in their houses for only 3 days a week, for just 3 hours a day. That water is usually used for essentials only, like cooking and cleaning,” says Fatimaezzahra.

In these regions, water is a privilege. People must ration it, which often leads these people to make difficult choices about how to use the little water left. Farmers are among those most affected. Bouchaib, a small farmer from the Zaer region near Rabat, shares his experience: “There used to be a lot of water around this land, even if it hadn’t rained for a while. We could still fetch water from the wells. Now, they’re all dried up! It makes it harder for me to manage water.(I have to decide whether to save the remaining water for my family or to water the trees and plants.If I pick the latter, I may not have enough to meet my family’s fundamental necessities.”

Bouchaib is not alone in this challenging situation. Morocco’s economic reliance on agriculture exacerbates the strain on its water resources. Agriculture in Morocco accounts for 87% of the country’s water use, which generally leads to the overexploitation of groundwater and exacerbates issues with food security. This, in turn, causes food to become scarcer and more expensive for the average citizen who can’t afford it. As Mohamed Taher Srairi, an agronomist with over 30 years of experience, points out, “Morocco is structurally an arid to semi-arid country, as more than 85% of its total land area receives only about 400 mm of annual rainfall on average.”

How Morocco is Responding to the Water Crisis?

Due to various factors, including population growth, climate change, and traditional water usage patterns, Morocco has been exploring new and innovative ways to address the issue. With rapid urbanization and an increase in rural migration to larger cities, farmers are being compelled to adapt their traditional agricultural practices.

In recent years, Morocco has invested in desalination stations as a means of providing drinkable water to as many people as possible. While costly, these stations have shown positive results in larger cities. The implementation of a “water highway” has been established to transport water from the Sebou Basin to the Bouregreg Basin, serving around 2 million people spread across Rabat and Casablanca. According to the National Communication for the UNFCCC in 2021, “80% of drinking and irrigation water could be met through desalination processes if managed in an integrated manner alongside other water resources.”

Dams, which have always been integral to water management in the country, were prioritized after Morocco’s independence in 1967 as part of an expansion plan for irrigated areas. However, many reports show that declining rainfall and poor management of dams, which cause mud accumulation and rising temperatures, leading to faster evaporation, are diminishing their effectiveness. As a result, dams cannot be the sole solution. The construction of 20 new dams, with a total capacity of 5.386 billion cubic meters, is another step the country is taking to tackle the issue. Instead, Morocco needs specific, measurable and achievable, and long-term solutions that address the root issues behind water scarcity.

Recent data also reveals a significant disparity in terms of water availability and distribution across Moroccan regions, with northern areas benefiting more due to their proximity to the coast. In contrast, the southern, desertic areas suffer from a scarcity of water resources.

water crisis in morocco

A Multidisciplinary Approach to Water Management

Recently, Morocco has developed many strategies aimed at preserving the biodiversity of its varied water ecosystems, all while establishing new policies that promote water solidarity and sustainability. Water management in Morocco is evolving through a multidisciplinary approach, taking into account the social, economic, cultural, environmental, technical, and political factors. A multi-level decision-making process, ranging from the local to the national level, will ultimately help involve both the private and public sectors, as well as the broader population, in finding accessible and convenient solutions.

For instance, Morocco has taken steps to combat water pollution by using treated wastewater for irrigation, especially in urban green spaces. The Ministry of Equipment and Water has even banned the irrigation of watermelon in drought-prone areas like Tata, as these high-water-demand crops would exhaust the already scarce groundwater in the region. While some farmers argue that these crops yield higher profits, the long-term environmental impact is unsustainable. Indeed, more traditional and resilient agricultural practices are — and should be— being promoted, such as conservation agriculture, which preserves soil moisture by avoiding soil tillage.

“There are now numerous initiatives aiming to reinforce the resilience of local communities, particularly in water-scarce areas, by promoting their traditional knowledge and better linking it to scientific analysis. This is particularly noted in the oases, which can be considered as pioneer fronts whenever it comes to the analysis of the possibilities to adapt to the effects of climate change.”, Mohamed explains. He proceeds: “There are, of course, all the initiatives aiming to encourage the circularity of water and even nutrients (soil minerals, for instance, through manure spreading) that were the pillar of traditional farming systems, and that will have to be encouraged to increase resilience in front of climate change’s impacts. “

These initiatives, once pillars of traditional Moroccan farming systems, are now being revisited as adaptive strategies in response to climate change.

The Social Dimension of Water Scarcity

Water scarcity is not simply an environmental issue; it’s also a social one.

“I’ve taken on loans just to help my family survive, buying water (gasoline to pump water out), supporting the farm, and covering daily needs.”, Fatimaezzahra shares. “There’s no time to relax or disconnect.” As the sole breadwinner, now living in the city, she supports her family back home by sending money to cover their basic needs, such as water and agricultural supplies. “Water scarcity doesn’t just mean less water; it means less time, less energy, fewer opportunities, and constant anxiety. Sometimes I am just like, wow, how would I survive this … but hamdoullah 3alkoulihal (thank God no matter what).”

Bouchaib, too, describes the mental stress of managing a small farm in a region where water is scarce. “There have been months where we’ve had to forgo many things just to make sure we had enough money for food and water. It’s hard and very daunting to know it could all end with no warning. Sometimes, I think I made the wrong decision by staying here while everyone else left. But, God willing, we’ll get some rain soon, and we won’t have to worry about this for a while.”

Morocco’s water crisis involves climate change, sociopolitical factors, and historical issues. This setting produces a fairly intricate network of difficulty for millions of Moroccans. From small farmers like Bouchaib, forced to take extreme measures and decisions about how to allocate the scarce water available, to families like Fatimaezzahra’s, who must adapt to a harsh daily life riddled with uncertainty, it is clear that water scarcity has and will continue to transform from an environmental concern to a deeply ingrained social crisis.

Bottom Line

There is no doubt that Morocco is facing an unprecedentedly increasing drought, shifting rainfall patterns, and growing demands for water resources; the country has no choice but to innovate. There must be a thorough and holistic approach to water management that addresses both the core cause of the problem and the symptoms that contribute to this disparity and uncertainty.

كيف نحدّ من التلوث الضوضائي في حياتنا اليومية

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في عالم يزداد ضجيجًا يومًا بعد يوم، أصبح التلوث الضوضائي من أكثر الملوثات الخفية تأثيرًا على صحتنا النفسية والجسدية، رغم أنه غالبًا ما يُستهان به. الأصوات المرتفعة والمزعجة لا تؤثر فقط على راحتنا، بل تمتد آثارها لتشمل المزاج، التركيز، العلاقات الاجتماعية، وجودة الحياة بشكل عام.

noise pollution

ما هو التلوث الضوضائي؟

هو التعرض المستمر لأصوات غير مرغوب فيها أو مزعجة، سواء في المنزل أو الشارع أو مكان العمل، مثل أصوات المركبات، الآلات، أعمال البناء، أو الأجهزة المنزلية الصاخبة.

لماذا يُعد خطرًا؟

التعرض الطويل للضوضاء قد يسبب:

  1. توتراً وقلق مستمرين
  2. صعوبة في التركيز والنوم
  3. انخفاض الإنتاجية
  4. تأثيراً سلبياً على العلاقات الاجتماعية
  5. إرهاقاً نفسياً وجسدياً

كيف يمكننا المساهمة في تقليل التلوث الضوضائي؟

1. خفض مصادر الضجيج في المنزل

إطفاء التلفاز عند عدم الحاجة، وتقليل صوت الأجهزة، يساعد على خلق بيئة أكثر هدوءًا، خاصة للأطفال وكبار السن

2. أختيار اصوات بديلة مريحة

في حال تعذر التخلص من الضوضاء الخارجية، يمكن استبدالها بأصوات مهدئة مثل الموسيقى الهادئة أو الضوضاء البيضاء التي تساعد على الاسترخاء والنوم

3. أستخدام العزل الطبيعي

زراعة الأشجار والشجيرات حول المنازل تساهم في تقليل الضوضاء بشكل ملحوظ، إضافة إلى دورها الجمالي والبيئي.

4. أحترام الأخرين

الانتباه للأصوات الصادرة منا، مثل الموسيقى العالية أو الحفلات المتأخرة، يعزز ثقافة الاحترام المتبادل داخل المجتمع.

5. دعم الهدوء الداخلي

ممارسة الرياضة، التأمل، أو اليوغا تساعد على تقليل تأثير الضوضاء على النفس، وتزيد القدرة على التعامل مع المشتتات.

6. تحسين العزل في المنزل

6استخدام الستائر السميكة، السجاد، والمواد الماصة للصوت يحد من انتقال الضجيج داخل المنزل وخارجه.

7. صيانة الأجهزة والأنابيب

الأجهزة القديمة أو الأنابيب التالفة قد تكون مصدرًا دائمًا للضوضاء، وإصلاحها يخفف الكثير من الإزعاج

8. فحص أنظمة الصوت

مكبّرات الصوت ذات الترددات المنخفضة (Subwoofers) قد تكون مزعجة جدًا لكِ وللجيران. اختيار سماعات عالية الجودة يوفّر صوتًا نقيًا دون الحاجة لرفع الصوت.
كما يمكنكِ ضبط الإعدادات أو استخدام وسادات عزل مخصصة لتخفيف الاهتزازات، خاصة أثناء التجمعات أو الحفلات

9. أستخدام المواد الماصة للصوت 

يُعد من الطرق الفعّالة للحد من التلوث الضوضائي داخل المنازل. إذ يمكن عزل المنزل صوتيًا عبر تركيب مواد تساعد على امتصاص الأصوات ومنع انتقالها بين الغرف أو إلى الخارج. من الأمثلة على ذلك استخدام الستائر العازلة للصوت، والتي تعمل في اتجاهين: فهي تقلل دخول الضجيج إلى المكان، وفي الوقت نفسه تحدّ من تسرب الأصوات الصادرة منه. كما يساهم السجاد السميك والأسقف المصممة خصيصًا لامتصاص الصوت في تقليل انتقال الضوضاء، مما يوفّر بيئة أكثر هدوءًا وراحة للسكان ويخفف الإزعاج عن الجيران.

رسالة أخيرة

الهدوء ليس رفاهية، بل حاجة أساسية لصحة أفضل وحياة أكثر توازنًا. من خلال خطوات بسيطة ووعي يومي، يمكن لكل فرد أن يكون جزءًا من الحل، وأن يحافظ على بيته ومجتمعه مساحة أكثر سلامًا وراحة

ترجمة : صفاء عقيل الصباغ

خريجة بكالوريوس اللغة الإنجليزية ، تعمل في مجال الترجمة من الإنجليزية إلى العربية، وتهتم بتقديم محتوى دقيق وواضح يحافظ على المعنى الأصلي.

Note: The original English version of the article is available at this link.

How Businesses Can Reduce Paper Use: 8 Effective Ways

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As a business owner, ensure environmental friendliness in all aspects of your business dealings. And one aspect of that is the reduction of paper usage. Reducing paper usage in the workplace is an effective way to promote sustainability and a healthy environment.

Everyone would want to save money and the planet at the same time. With a paperless office yet to be achieved, there are ways you can use less paper in your business.

Here are some of the ways businesses can ensure less paper usage:

ways businesses can reduce paper usage

1. Using Email And Internet Faxing

To reduce paper use, replace traditional paper communication with electronic communication. Instead of using paper to send announcements, memos and newsletters to employees or various stakeholders, it can be replaced by email or any other digital platform. This way, you save on paper and enhance an eco-friendly and cost-effective environment.

Additionally, you can use internet faxing to send and receive important documents. Companies like eFax.com allow you to receive and send fax from Gmail, tablet or phone. The fax can be attached to an email and viewed on any device, reducing the need to print it. This cuts down the need to use paper unless when necessary.

Also Read: The Importance of HIPAA Compliance in Faxing

2. Copying And Printing On Both Sides Of Paper

Print on both sides of the paper when printing documents you want to use on your business premises. Doing that helps save half the amount of paper you want to use. And this will reduce the amount of paper used and needed in your office and save money on purchasing printing papers.

3. Encourage The Use Of Dual Monitor

Another way of going encouraging paperless is considering dual monitors, which prevent workers from printing documents. Though it might seem expensive to use a dual monitor rather than printing the papers, it’s worth the expense when it comes to sustainability. The dual monitor setup reduces the need to print documents and makes transferring manual data much more effortless.

4. Share And Store Files Digitally

The digital revolution has transformed most aspects of office operations, and it’s essential to take advantage of it to improve the environment. Digital solutions can be incorporated into most operations, hence the need to equip all workers with tablets. Documents can be shared in digital formats rather than printing hard copies of every document.

automated reminders

Furthermore, you can record, share and store documents digitally. For example, using cloud solutions and digital backups to store your files can free up your office space and eliminate paper files. Employees can be encouraged to limit hard copy notes and instead substitute them with digital notes or emails too. Additionally, for contractor onboarding and tax compliance, collect Form W-9s digitally using FormPros to customize your W-9 easily and save a copy directly to your cloud storage instead of printing.

Sharing and storing files digitally embraces a paperless environment that is sustainable for business operations.

5. Enforcing Printing Policies

Office employees may take print equipment for granted. An employee can decide to print documents just because the printer is available.

And to reduce the use of paper and printing, managers need to enforce policies concerning the printing of documents. There should be rules about printing and when to use hard copies within the company. Printing documents is unnecessary when sharing or saving digitally is an alternative.

6. Consider Reusing Paper

Rather than throwing away papers, consider reusing them. Here are ways you can reuse paper:

  • Creating crafts and art projects: For instance, colored ones can be used for crafts and art projects. When you’re creative, leftover paper products can be helpful.
  • Wrapping fragile materials: Newspapers and magazines can be used in wrapping and packing fragile materials.
  • Wrapping gifts: Colored paper can be used to wrap gifts. You can look for colorful pages which can help wrap gifts.
  • Recycling: Paper can be reused through recycling and making new paper. This involves collecting used paper and breaking them into a pulp; later, used paper can be used to create new ones, thus reducing the demand for paper production.

Reusing paper plays a significant role in reducing waste and, at the same time, encouraging a sustainable environment within the business premises.

recycled paper

7. Considering Paperless Presentations

Most companies use hard-copy handouts for presentations and during meetings. And in most instances, these materials are used for a short period and then thrown or discarded, which leads to a pile-up of paper waste. Instead, it’s vital to have paperless presentations, which therefore utilize digital tools like laptops, projectors or tablets. While in the meeting, the team members can access information digitally and also take notes digitally

8. Encouraging Paperless Payments

To reduce paper usage, you can consider paperless invoices in your businesses. Companies can ensure clients get receipts, statements and invoices through email rather than paper. Besides, businesses can consider electronic payment options, for instance, digital wallets, to reduce the use of paper checks, providing convenience for both clients and FSA for employees. By considering paperless payments, businesses minimize paper usage, hence simplifying financial processes.

Conclusion

Businesses must adopt sustainable processes like reducing paper usage to keep the environment sustainable. It protects environmental resources by embracing digital solutions, reusing papers, enforcing policies, and limiting the use of hard copies in businesses. The implementation of these strategies impacts the environment as well as the general operation of the business.

How Podcasts and Audio Content Drive Environmental Awareness in MENA

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The digital era has opened new horizons for spreading environmental knowledge across the Middle East and North Africa. Eco-activists, researchers, and sustainability advocates are increasingly turning to podcasts as a powerful medium to educate communities about climate change, renewable energy, and conservation. For content creators looking to launch their own environmental podcast, understanding microphone prices and audio equipment options is the first step toward producing professional-quality content that resonates with audiences.

podcast in lush green surroundings

The Rise of Eco-Podcasts in the Arab World

Environmental podcasts have gained significant traction in recent years, particularly among younger generations seeking accessible information about sustainability. Unlike traditional media, podcasts offer an intimate and convenient way to learn about complex environmental issues during commutes, workouts, or daily routines. From discussions about water scarcity in Jordan to renewable energy developments in the UAE, audio content bridges the gap between scientific research and public understanding.

Why Audio Content Matters for Environmental Education

Studies show that audio learning enhances information retention and emotional connection with topics. When listeners hear passionate voices discussing coral reef restoration or the impact of plastic pollution on marine ecosystems, they develop a deeper sense of responsibility. Environmental organizations across the MENA region are leveraging this medium to share success stories, interview experts, and mobilize communities toward sustainable practices.

educational podcasts

Getting Started with Your Environmental Podcast

Launching an eco-podcast requires minimal investment compared to video production, yet delivers substantial impact. Essential equipment includes a quality microphone, audio interface, and editing software. Many successful environmental communicators started with basic setups and gradually upgraded their gear as their audience grew. The key is to begin sharing valuable content consistently while focusing on topics that matter to local communities.

As the MENA region faces pressing environmental challenges from water scarcity to desertification, the need for accessible environmental education has never been greater. Podcasts represent a democratic and scalable solution for spreading awareness and inspiring action.

Whether you are an established environmental organization or an individual passionate about sustainability, audio content offers an effective channel to amplify your message and contribute to a greener future for the Middle East.

Can Treated Wastewater Help Algeria Overcome Water Scarcity?

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Water scarcity is among the most critical environmental and socio-economic challenges confronting Algeria. Located largely within arid and semi-arid climatic zones, the country experiences highly variable rainfall, frequent droughts, and limited renewable freshwater resources. Per capita renewable water availability in Algeria is estimated at around 404 m³/year, placing the country well below the internationally recognized water scarcity threshold of 1,000 m³/year [1]. Climate change projections indicate further reductions in precipitation, rising temperatures, and increased evapotranspiration, all of which are expected to intensify water stress in the coming decades [2]. In this context, the search for alternative and non-conventional water resources has become a national priority, with treated wastewater increasingly recognized as a strategic option for enhancing water security.

wastewater treatment plant in algeria

Globally, treated wastewater reuse has emerged as a key component of integrated water resources management, particularly in water-scarce regions. Wastewater is no longer viewed solely as a waste product but rather as a reliable and climate-resilient water source that can supplement conventional supplies [3]. In the Middle East and North Africa region, municipal wastewater generation is estimated at more than 20 billion cubic meters per year, yet only a fraction of this volume is safely treated and reused [4]. Expanding wastewater reuse can significantly reduce pressure on surface water and groundwater resources while supporting agricultural production, industrial activities, and environmental protection.

Algeria has made considerable investments in wastewater treatment infrastructure over the past two decades. More than 230 wastewater treatment plants have been constructed across the country, increasing the national treatment capacity substantially [5]. These facilities are distributed across coastal, high plateau, and southern regions, reflecting a national effort to improve sanitation coverage and reduce pollution loads discharged into the environment. Despite these investments, the actual reuse of treated wastewater remains limited. Estimates suggest that less than 10% of treated effluent is currently reused, primarily for agricultural irrigation, while the majority is discharged into wadis or the sea [6]. This gap between treatment capacity and reuse highlights a significant untapped potential.

Agriculture represents the most promising sector for wastewater reuse in Algeria. The sector accounts for the largest share of national water withdrawals and is particularly vulnerable to water shortages. In arid and semi-arid regions, irrigation relies heavily on overexploited groundwater resources, leading to declining water tables and increasing salinity [7]. Treated wastewater offers a dependable alternative supply for irrigation, especially for forage crops, cereals, industrial crops, and tree plantations. Studies conducted in several Algerian regions, including the Mitidja Plain and the M’Zab Valley, have shown that treated wastewater can be used for irrigation without significant adverse effects on soil or crops when appropriate treatment levels and management practices are applied [8-9]. Moreover, treated wastewater contains nutrients such as nitrogen and phosphorus, which can partially substitute for chemical fertilizers and reduce production costs.

Beyond agriculture, treated wastewater can support other water-intensive activities. Industrial reuse is increasingly recognized as a viable option, particularly for cooling, washing, and process water in industries where potable quality is not required. International experience shows that industrial reuse can significantly reduce freshwater demand and improve overall water efficiency [10]. In Algeria, where industrial development is expanding, especially in coastal and high-plateau regions, reclaimed wastewater could provide a reliable supply while reducing competition with domestic and agricultural water uses. Similarly, treated wastewater can be used for landscape irrigation, green belts, road cleaning, and dust control, contributing to improved environmental quality and urban livability without consuming valuable freshwater resources.

The role of treated wastewater in climate change adaptation is particularly relevant for Algeria. Climate change is expected to increase the frequency and severity of droughts, making traditional water sources less reliable [11]. Unlike rainfall-dependent resources, wastewater generation is closely linked to population size and water consumption patterns, making it a relatively stable supply even during dry periods. By integrating wastewater reuse into national water planning, Algeria can enhance the resilience of its water systems to climate variability. Furthermore, wastewater reuse aligns with circular economy principles by closing water loops, reducing pollution, and promoting resource efficiency [12].

Despite its potential, several barriers hinder the large-scale adoption of wastewater reuse in Algeria. Technical challenges include the limited availability of tertiary treatment processes, which are often required to meet reuse standards, particularly for unrestricted irrigation. Many treatment plants operate with primary or secondary treatment only, resulting in variable effluent quality [6]. Institutional and regulatory challenges also persist. While Algeria has established regulations governing wastewater reuse, enforcement and monitoring remain inconsistent, and coordination among water, agriculture, and environmental authorities is often limited [5]. In addition, public perception and social acceptance pose significant challenges. Concerns about health risks and environmental impacts can reduce willingness among farmers and communities to use reclaimed water, underscoring the need for transparent communication, capacity building, and stakeholder engagement.

wastewater-treatment-processEconomic considerations further influence the feasibility of wastewater reuse. Although reuse can be cost-effective compared to alternatives such as desalination or long-distance water transfers, initial investments in wastewater treatment upgrades, distribution networks, and monitoring systems can be substantial. However, studies in comparable arid regions demonstrate that the long-term economic benefits of wastewater reuse including reduced water scarcity impacts, improved agricultural productivity, and job creation, often outweigh the costs [4,10]. In Algeria, targeted financial incentives, public–private partnerships, and integration of reuse into agricultural and industrial development programs could accelerate adoption.

Treated wastewater should not be viewed as a standalone solution to Algeria’s water scarcity but rather as a complementary component of a diversified water portfolio. The country has invested heavily in seawater desalination to secure drinking water supplies, particularly in coastal regions. While desalination provides a reliable source of potable water, it is energy-intensive and costly. Combining desalination with wastewater reuse allows for a more balanced allocation of resources, reserving high-quality desalinated water for domestic use while employing reclaimed wastewater for non-potable applications [13]. Such an integrated approach enhances overall system efficiency and sustainability.

Conclusion

The treated wastewater has significant potential to help Algeria overcome its growing water scarcity. The existing wastewater treatment infrastructure provides a strong foundation, but greater efforts are needed to translate treatment capacity into effective reuse. By upgrading treatment technologies, strengthening regulatory frameworks, promoting stakeholder acceptance, fostering water engineering education and integrating wastewater reuse into broader water and climate strategies, Algeria can transform wastewater from an underutilized by-product into a strategic resource. While wastewater reuse alone cannot fully resolve water scarcity, it is an essential pillar of sustainable water management and a key contributor to long-term water security in Algeria.

References

[1] Ait Mimoune Hamiche,Amine Boudghene Stambouli,Samir Flazi.A review on the water and energy sectors in Algeria: Current forecasts, scenario and sustainability issues. Renewable and Sustainable Energy Reviews. Volume 41, January 2015, Pages 261-276.

[3] Asano, T., Burton, F. L., Leverenz, H. L., Tsuchihashi, R., & Tchobanoglous, G. (2007). Water reuse: Issues, technologies, and applications. McGraw-Hill.

[4] Qadir, M., Drechsel, P., Jiménez Cisneros, B., Kim, Y., Pramanik, A., Mehta, P., & Olaniyan, O. (2020). Global and regional potential of wastewater as a water, nutrient and energy source. Nature Reviews Earth & Environment, 1, 681–695.

[5] MH. (2024). National water strategy. Ministry of Hydraulics, Algeria.

[6] Benderradji, L., Kettab, A., & Boudoukha, A. (2022). Wastewater treatment and reuse in Algeria: Current status and future challenges. Environmental Monitoring and Assessment, 194, 1–15.

[7] Bouarfa, S., Kuper, M., & Errahj, M. (2019). Water scarcity, groundwater overexploitation and irrigation sustainability in North Africa. Water Resources Management, 33, 259–273.

[8] Kettab, A., Boudoukha, A., & Benderradji, L. (2017). Wastewater reuse in Algeria: Stakes and perspectives. Desalination and Water Treatment, 91, 1–9.

[9]Hadj-Said, S., Chenchouni, H., & Kettab, A. (2020). Reuse of treated wastewater for irrigation in arid regions: Environmental and agronomic impacts in Algeria. Journal of Water Reuse and Desalination, 10(4), 473–486.

[10] OECD. (2018). Water reuse in the circular economy. OECD Publishing.

[11] IPCC. (2022). Sixth Assessment Report: Impacts, Adaptation and Vulnerability. Intergovernmental Panel on Climate Change.

[12]European Commission. (2020). A new circular economy action plan. Brussels.

[13] Ghaffour, N., Missimer, T. M., & Amy, G. L. (2015). Technical review and evaluation of the economics of water desalination. Desalination, 309, 197–207.

Long-Term Solutions to Address Water Scarcity in Jordan

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Jordan, characterized by its arid desert climate, is among the most water-scarce countries in the world. The nation’s renewable water resources amount to less than 100 m³ per capita annually—far below the water scarcity threshold. Overexploitation of groundwater, climate change, and rapid population growth have triggered an acute water crisis, leading to soil degradation, desertification, rising water costs, economic constraints, biodiversity loss, and public health challenges. Jordan primarily relies on surface water from rivers, groundwater, rainwater harvesting, and treated wastewater for reuse, while planning seawater desalination at Aqaba.

skyline of Amman

To address the escalating water shortage, a long-term strategy integrating cloud seeding, desalination, rainwater harvesting, and wastewater treatment and water reuse is essential. These technologies collectively offer resilience against water scarcity in a country with extremely limited resources.

Water Crisis in Jordan

Jordan ranks among the most water-stressed nations globally. Overdrafting of aquifers, urbanization, and refugee influxes have intensified pressure on water resources. Extreme water scarcity is defined as less than 500 m³ per person per year. In 1946, water availability was approximately 3,600 m³ per person annually, but this figure has plummeted to less than 100 m³ by 2017.

Prolonged droughts during the 1970s increased evaporation and exacerbated irregular rainfall patterns. Climate change has further reduced precipitation and raised temperatures, increasing volatility in water supply. Precipitation has declined by about 20% over recent decades, and 92% of Jordan’s land area receives less than 200 mm of rainfall annually. Evaporation accounts for roughly 88–93% of total precipitation, while infiltration remains minimal.

Groundwater levels in aquifers are dropping by up to two meters annually due to overexploitation. Additional losses occur through leakage in distribution systems, where cracks in main pipelines and faulty connections cause significant water loss. Studies indicate that only 30–50% of produced water reaches households due to leakage.

Population growth, improved living standards, and economic development have increased water consumption, thereby generating more wastewater. Wastewater is highly concentrated due to low per-household water use, making it rich in organic matter, nitrogen, phosphorus, and minerals. However, high salinity can negatively affect soil fertility and crop production.

Climate projections for 2100 suggest temperature increases of 2.1–4 °C and precipitation declines of 15–35%, impacting agriculture, marine ecosystems, and multiple sectors. Globally, forecasts indicate that water scarcity will affect 40% of the world’s population by 2030.

In 2019, 54.4% of Jordan’s water consumption came from groundwater, 30.8% from surface water, 14.5% from treated wastewater, and only 0.3% from desalinated seawater. Additionally, about 26% of water resources are shared with neighboring countries through transboundary basins governed by agreements. The Jordan and Yarmouk Rivers flow through Israel and Syria, making access uncertain.

Wastewater Treatment and Reuse

Jordan has long invested in wastewater reuse, particularly for agricultural irrigation. The country operates 32 treatment plants that process wastewater for irrigation purposes. Many plants meet basic standards for Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD), but microbial quality and salinity remain challenges. Membrane Bioreactor (MBR) technology offers high water quality and requires less space, though it demands higher energy and poses risks of membrane fouling.

wastewater treatment plant

In 2008, treatment plants were overloaded, resulting in poor quality. Conditions improved by 2018 with the establishment of new facilities and expanded connections, reducing load to 68% of design capacity and improving outcomes. Today, approximately 75% of treated water meets national irrigation standards.

Desalination of Seawater and Brackish Water

The most common desalination method is Sea Water Reverse Osmosis (SWRO), combined with energy recovery systems to reduce costs. Seawater desalination at Aqaba is a cornerstone of Jordan’s long-term strategy. The National Carrier Project in Aqaba is expected to deliver about 300 million m³ of desalinated seawater annually to Amman, powered by solar energy.

Environmental challenges include brine disposal, which can harm coral reefs and coastal ecosystems. Mitigation measures include high recovery rates, blending with cooling water, and advanced discharge designs.

seawater desalination project in qatar

مشاريع المياه تعتبر من المشاريع المكلفة

Brackish water desalination from 50 BWRO plants in the Jordan Valley produces about 7.7 million m³ annually for agricultural use. The cost of brackish water desalination ranges from $0.33–$0.48 per cubic meter, significantly lower than seawater desalination at $0.50–$0.70 per cubic meter.

Cloud Seeding Technology

In 2016, Jordan successfully conducted cloud seeding experiments using ionization technology, which increased rainfall during the project period. The technique involves dispersing small particles of silver iodide or dry ice into clouds to stimulate condensation. The United Arab Emirates has established an extensive research program—the UAE Research Program for Rain Enhancement Science (UAEREP)—to advance this technology.

how cloud seeding works

Cloud seeding is theoretically cost-effective, with estimated costs of $0.01–$0.04 per cubic meter of harvestable rain, according to UAE studies. However, its effectiveness varies significantly with cloud conditions and requires advanced radar monitoring.

Future Strategies

Jordan faces an impending water crisis. Precipitation scenarios for 2080 predict declines of 10–28% depending on region, alongside increased evaporation and temperature rises of up to 4.5 °C. Extreme weather events, such as heavy rainfall, may cause flooding and increased water salinity, further reducing flows in the Jordan River.

Long-term strategic investments are essential to secure water for domestic, industrial, and agricultural needs. Despite high initial costs, these investments are economically viable in the long run. A combined approach—solar-powered desalination for drinking water, leakage control to reduce water losses, rainwater harvesting, reuse of treated wastewater for agriculture and industry, and cloud seeding as a complementary measure—is critical to building resilience against water scarcity.

References

Al-Addous, Bdour, M., Anaief, M. M., Rabaiah, S., & Schweimanns, N. (2023, October 25). Vattenresurser i Jordanien: En översikt av nuvarande utmaningar och framtida möjligheter.Vattenresurser i Jordanien: En översikt av nuvarande utmaningar och framtida möjligheter

Alhanaqtah, O. J. (2023, December 17). Forecasting of the waste generation in Jordan: Alternative econometric approaches. International Journal of Economics and Finance, 16(2), 35–49 https://doi.org/10.5539/ijef.v16n2p35

Almansoori, H., & Badran, A. (2020). Cloud seeding in the UAE research paper. (PDF) Cloud Seeding In The UAE Research Paper

EcoPeace Middle East. (n.d.). Water desalination in the Jordan Valley. Water Desalination in the Jordan Valley – EcoPeace Middle East

Kharabsheh, N. M., & Al-Zboon, K. K. (2021, September). Wastewater treatment and reuse in Jordan: 10 years of development. Desalination and Water Treatment, 238, 15–27. 238_2021_15.pdf

Qtaishat, T. H., Al-Karablieh, E. K., Salman, A. Z., Tabieh, M. A., Al-Qudah, H. F., & Seder, N. (2017, April 17). Economic analysis of brackish-water desalination used for irrigation in the Jordan Valley. Desalination and Water Treatment, 72, 13–21. 72_2017_13.pdf

Salameh, E., Al-Alami, H., & Hamdan, I. (2024). Navigating environmental challenges in Jordan: A comprehensive study on degradation, remediation, and future imperatives. Advances in Environmental Studies, 8(1), 598–616.

SciDevNet. (2017, February 9). Jordan resorts to cloud seeding tech for water. Jordan resorts to cloud seeding tech for water

UNDP. (2022, August). Jordan’s 2022–2050 national climate change policy. climate_change_policy_of_jordan_september2022.pdf

WeatherTec. (n.d.). Ett nytt sätt att bekämpa vattenbrist: Skörd av atmosfärisk luftfuktighet.