Towards New Partnerships in Water Management

Market-exchange economy and territory-bound nation state were not designed to accommodate a communication revolution that can envelop the globe and connect everyone and everything on the planet simultaneously. The result is that we are witnessing the birth of a new economic system and new governing institutions that are as different from market capitalism and the modern territorial state as the latter were from the feudal economy and dynastic rule of an era ago.

Markets, in effect, are linear, discrete and discontinuous modes of operation. The new communications technologies and partnerships, by contrast, are cybernetic, not linear. The operational assumptions that guide networks and partnerships transform much of conventional modes of partnerships/ networks models and open up a new window for rethinking governance of natural resources and linkages between conservation, livelihood, human wellbeing and environmental health.

water-scarcity

Global and Local Water Agenda

Understanding the global and local water agenda is vital to conveying the ‘water knowledge’ between the North and the South and within countries in the South. Building an ‘institutional water memory’ is a necessary condition for transferring the ‘water knowledge’ between the global and local arenas. The experience of the last three decades, as formulated in the Mar Del Plata Action Plan (1977), Dublin Principles and Agenda 21, emphasized the need for integrated water management. All these initiatives call for a comprehensive vision of the water sector, which combines both sanitation and irrigation in the water sector.

The last two decades have taught us two major lessons in water management. First, we recognized that water is only one of a number of natural resource elements that needs to be managed in a sustainable manner. Second, we realized that water resources development is not attained only by supplying physical infrastructure. A new shift in thinking took place by changing infrastructure from supply-oriented — supply of facilities to communities who will one day become consumers — to demand–oriented, by focusing more on adequate assistance and development of the local capacity

Disseminating these lessons of sustainable water management may be achieved through dialogue and partnerships between the North and the South. This, in turn, is an important factor in enhancing the adaptive capacity of the people in the South. It is interesting that combining the global water vision with action at the local level was evident in the 1992 Earth Summit and Agenda 21. Both these global initiatives advocate solutions in water management that are characterized by a combination of government decentralization, devolution of local communities of responsibility for natural resources, and community participation.

The value of partnerships at both global and local agendas in water and sustainable development may be understood from various dimensions including: impact, benefits and externalities. ‘Think global, act local’ is a well-known saying that must be formalized and put to work.

The interactions between the technical and political discourses in water management and sustainable development resulted in an evolution of different paradigms (hydraulic mission, environmental, economic, social and governance).  The following issues represent my views of how new forms of partnerships in water management can evolve across themes, disciplines and time and space.

Partnership for Water, Sustainable Development and Poverty

The implementation of the global agenda Post 2015 should consider the role of water and ecosystem services in sustainable development. Historically, the policies imposed by the International Monetary Fund (IMF) and the World Bank, through the agricultural structural adjustment loan (ASAL), had shifted the economic incentives away from small farms toward large estates producing for export which places many small farmers are at risk of poverty. Water and environmental problems affect the poor the most, yet they are the least equipped to solve these problems.

 

The indicators of success in the implementation of the global agenda are judged on impact, benefit and outcomes at global, regional, national and local levels. For example, the Brundtland Commission on the Environment and Development‘s proposed answer to global poverty and environmental problems was an annual three per cent increase in the per capita income.

If we apply this global goal to the national/local level, it will yield interesting results. There would be a first-year annual per capita increase (in U.S. dollars) of $633 for the United States, $3.60 for Ethiopia, $5.40 for Bangladesh, $7.50 for Nigeria, $10.80 for China, and $10.50 for India. After ten years, such growth will have raised Ethiopia’s per capita income by $41, while the United States’ will have risen by $7,257. Hence, the local agenda in MENA countries should focus on people-centered development. Local people must benefit from the results of water initiatives.

Partnership for New Water Ethics

It is imperative to adhere to a global ethics in terms of sustainable development. Studies show that a preference for local solutions is justified only by the notion of equity, interpreted as the need to prevent shifting problems to others or elsewhere. Shifting problems to other places is not equitable for the part of the generation given the problem (from an intra-generational equity point-of-view). Ignoring problems is not equitable for the following generation (from an intergenerational point of view).

Global and Local Water Partnership

Water is essential for our survival

Hence, the MENA region must insist on its right to maintain an environment free of hazardous waste or any form of pollution that may affect human health. Simply said, we all live downstream. Mainstreaming culture and values in water management discourse is crucial to ensure relevance and impact.

Partnership for Water Governance, Equity and Human Rights

MENA countries must continue to strengthen and build the capacity of all institutions of the civil society. The civic intelligence should be enhanced to realize that sustainable development is a human right.

The basic question, ‘Who gets what and why?’ has both equity and ethical dimensions. Establishing a shared vision (constructing a joint reality) of sustainable development among the global and local stakeholders helps address environmental security, equity and ethics.  Policy makers in the Middle East and North Africa region should consider the role of indigenous people (like farmers) in the socio-economic development.

Globalization is characterized by two competing salient forces — the integration and marginalization forces. There are two different types of globalization — market-based globalization, and civil-society globalization. The marginalization of the poor in the South due to privatization of the utility services may be minimized if we consider the ‘region’ rather that the ‘nation-state’ as the unit of analysis. Jordan must continue to harmonize the Arab regional vision to ensure sustainable development.

Democratization and public participation is a necessary condition for achieving sustainable development.  MENA countries must enhance both the efficiency and efficacy of “governance” in strategic water management. Transparent indicators must be established and enforced to attain this goal after the social changes and entropy of the region after 2011.

Finally, a shift in thinking is needed in the new global economy and thus water partnerships. Instead of adopting the saying ‘Think global, act local’, we must adhere to a motto of  ‘Globalize consciousness, regionalize vision, and localize benefits’.

ROOTA and the 4 E’s – Helping a Marginalized Community in Cairo

Rising Out Of The Ashes (ROOTA) is a Canadian Registered Charity with the objective of alleviating poverty and improving education.  For the onset, ROOTA started by helping the marginalized community of the Zabaleen (which stands for Trash Collectors in slang Egyptian) of Manshayet Nasser.  Work with our boots on the ground The Association for the Protection of the Environment, we service a population of around 45,000.

Roota Charity

What is ROOTA’s goal?   

Education, and Income Generating Projects

We achieve this through the 4 E’s – Environment, Education, Empowerment and Employment – which are interacted and work in unison.  The Zabaleen are farmers who migrated in 1940 to upper Egypt seeking a better life.  They became responsible for recycling around 80 percent of the garbage in Cairo sifting through the garbage segregating waste and recyclable products with the objective of repurposing what they can thus saving the environment.

helping the zabaleens of cairo

A  typical day starts around 2AM going through the quiet streets of Cairo collecting garbage from every apartment, from floor to floor  accumulating  garbage in a big sack, throwing it  on his back (it is always a he), and eventually settling it on the donkey cart which he has been traveling with through the streets of Cairo until around 6 a.m.  Arriving in Garbage city  he delivers the goods to the women in the family i.e.  daughters, mother, sisters, who start sifting through the garbage.

ROOTA objective is  to help the Zabaleen do what they do in a more efficient way by providing them with opportunities of education, empowerment and employment.  Education opens a wealth of knowledge and thus enabling them to apply more advanced and healthier methods helping the environment and our lives.  During one of my visits I was flabbergasted to observe young women wearing protective gloves while sifting through garbage…that was a beam of light and hope.

ROOTA  offers opportunities for adult and children education.  For adults’ education, scholarships for qualified candidates to continue higher studies at colleges and universities for those who aspire to achieve a dream of a career.  In addition, literacy classes through the Condensed Literacy Education (CLE) program for a period of nine months after which the participants sit for a government exam to obtain the primary degree certificate which has a  rate of success around 75%.    It costs around $50.00 to support the Zabaleen for the CLE and scholarships.

For Children, ROOTA, offers an after school tutoring program, and day care services for around 400 students. The women usually have to attend to their children and to facilitate their participations in the programs offered, the women are encouraged to bring their children with them when being involved in a program. ROOTA offers the children day care services, and meals i.e. breakfast and lunch.  In addition, tutoring is given to those students who are in need of extra help with their studies or have dropped out of school due to family circumstances.

health camp for zabaleen

ROOTA supports as well opportunities for economic development by offering Income Generating Projects teaching Zabaleen women  for a period of three months to work on looms and sewing machines.  It also, installs home looms which costs $500.00ea for those who wish to work from home due to family situations, allowing them an extra income to help the family entity and aspiring to achieve economic development for this community.  Thus comes empowerment and employment opportunities.

ROOTA aspirations for 2021/22 is two fold: supporting 10 Zabaleen with scholarships  and  keeping kids in school and be a lighthouse for hope.

For more information:

Rising Out OThe Ashes
91 Rylander Blvd, Unit 7, Box 460, Toronto,  ON  M1B5M5, Canada

rootazabaleen@gmail.com
facebook.com/rootazabaleencanada/
https://roota.org
Charitable 783861529 RR 0001

Strategic Water Management in the 21st Century

The global water crisis in the 21st century is related to many economic, political, and social factors. A lot of people believe that the main reason behind the crisis lies in poor strategic water management and not in the lack of resources. It is estimated that in a few years almost half of the world’s population will live in water-stressed areas, such as MENA, where inhabitants will struggle to gain access to clean water.

Water_Scarcity

Saving the Environment

It is no secret that the environmental pollution is affecting every aspect of our lives. But when it comes to water resources, the problem is very obvious. Most of the water available on our planet is contaminated and has to go through a lot of filtration processes before it is available for use.

This means that governments need to work by establishing effective laws that criminalize the contamination of resources. At the same time, they should invest in clean water in order to establish filtration stations. Moreover, they will have to keep an eye on new technologies that they all have to adopt in order to save the current supply of clean water.

In the majority of the poor and developing countries, the inadequately made infrastructure is the reason why a lot of clean water ends up in waste. Most of these countries have no specific laws or tactics that can be used to benefit from wastewater or other purposes.

Pollution is also one of the reasons why most of the water available is left unused. You can definitely write an incredible research paper on the topic with the help of https://typemyessays.com. But solving the problem is a little bit more challenging.

In order to remove waste and chemicals, water has to be treated extensively. The process is expensive and most developing countries can’t afford these technologies. So, they switch to other resources that are already easier to use.

Water Wars in Asia

In some areas in the world, there is already a political, even a military, conflict because of the scarcity of water. India and Pakistan are already fighting over resources. The 2 neighbor countries are currently heading towards a military crisis that might damage the ecology of the region for good. India is planning to build 3 dams which will redirect the flow of its rivers away thus blocking Pakistan’s access to the supply coming from the Ravi, Sutlej, and Beas rivers.

Although the 2 countries already have a successful treaty that they both signed in the 1960s, new political, economic, and industrial changes have made some of the terms seem obsolete especially to the Indian side. Today, India believes that some of the resources that run to Pakistan are already affecting its industrial and economic progress and development.

A New Conflict Over the River Nile

There is also another conflict going on between Egypt, Sudan, and Ethiopia. For centuries, Egypt has enjoyed the generous flow of the River Nile that provided for the Egyptians and was the main reason behind the boom of the Ancient Egyptian Civilization. Moreover, in the 1960s Egypt was able to build the High Dam that was used to save water in times of drought as well as generate enough electricity to fund the modern industrial revolution.

The new war is taking place between Egypt on one side and Ethiopia on the other, while Sudan is in the middle between the two neighboring countries. The dispute started when Ethiopia decided to build a dam that will block most of Egypt’s water supply. Ethiopia claims that Egypt has politically controlled the Nile for decades and even centuries and it was about time that this all changed.

With the help of Israel, Ethiopia decided to build this dam until it was almost finished during a period where Egypt was dealing with a lot of internal political unrest. Ethiopia claims that the dam is essential for the country’s development as it will help to provide the electricity needed to fund an industrial progress, pretty much what Egypt did about 6 decades ago. However, with the population increase in Egypt, the new dam presents a strategic threat.

Although Egypt has built their Aswan Dam to preserve water, a lot goes wasted due to poor water management and the lack of investment in resources’ preservation. Strategic experts believe that Egypt will start to suffer from immense water shortages over the next decade.

People Have to Change

Dealing with the crisis starts with raising water awareness. A lot of people don’t realize that our planet can eventually run out of clean water. The increase in population presents a huge increase in demand that the current resources are unable to provide. People can do a few things that will help preserve water, one person at a time.

climate-change-water-resources

Climate change is profoundly affecting water resources in the Middle East

Using wastewater for irrigation is one of the best solutions to make use of wastewater without spending a lot of money or resources on chemical treatments. A lot of people should also learn about the smart domestic use of water at home. This will include the amount of time and the way they use water while brushing their teeth or taking a shower. Home residents should make the necessary investment in home appliances like washing machines and dishwashers especially the ones that use less water and energy.

A crisis is not going to affect one region or country in particular. Climate change is going to aggravate the water crisis in the coming years in water-stressed regions of the world. The environmental, ecological, social, and political effects can be widely spread across the globe. For example, the scarcity of water will affect several ecosystems involving the lives of animals, fish, birds, and plants. As a result, a lot of animals can go extinct due to the uncontrollable drought.

At the same time, the shortage in water can lead to the development of a lot of health problems that are going to affect millions of people. It is important that all countries should cooperate to come up with better water crisis management strategies to help our planet survive.

7 Reasons Why You Should Choose Zero Valent Iron Powder

Zero Valent Iron, also abbreviated as ZVI, is widely used for soil remediation and groundwater remediation. It is used as a reductant by degrading a variety contaminants found in the environment. A variety of other similar sites benefit from this powder’s characteristics, e.g. mine water drainage. This bulk reducing agent comes in various grades which influence the method of injection into any site. These methods of injection include:

  1. Direct Push Injection Method
  2. Hydraulic Fracturing and Injection
  3. Pneumatic Fracturing and Injection
  4. Injection Wells

The above injection methods all come with various advantages and disadvantages, both dependent on the ZVI particle size chosen and the site properties. For more details on these methods, you can visit http://hepure.com/product-list/ferox-zero-valent-iron-powders/ and learn more about Zero Valent Iron.

benefits of zero valent iron

Let us now look at reasons why you should add Zero Valent Iron Powder to your shopping cart.

1. Zero Valent Iron is Durable

When out shopping for an agent that converts contaminants to non-toxic matter, you want something that will last long. It’s made of the best prevention chemicals that keeps it on the right state for a long time. ZVI has that characteristic and it guarantees longevity of between 3-15 years. This time frame is dependent on the:

  • Zero Valent Iron Grade

The finer the powder particles are, the more reactive it is with the contaminants and the faster its ability to come into contact with the contaminants. The more coarse the particles, the longer it will take to react and also the longer its presence on your site.

  • Contaminated Site conditions

Every site comes with different characteristics as discussed below. The intensity with which your site is contaminated will determine the amount applied which in effect will affect the length it lasts on site.

soil remediation

2. Multiple Grades

This characteristic is ideal because every site has different requirements. These requirements vary due to a difference in geological settings which come with different contaminant profiles. One of the things that highly influence ZVI’s reactivity is grade particles.

This will help people is choosing the best grade depending on their income and purchasing power. Having a site inspection before purchasing ZVI is ideal because that will help determine the grade required for your site. It will also help in determining the length that ZVI will serve you.

3. Zero Valent Iron is Safe

This means that it does not cause more harm to your site by either introducing more harmful chemicals or reacting with your site’s soil. It only reacts with harmful contaminants leaving your site to perform as you desire.

Daughter products DCE and VC are harmful products which are produced during remediation processes but when you choose Zero Valent Iron, their production is minimized. It said to be safe for use for all the ages. It does not have serious side effects on the user.

4. Injection in Hard to Reach Surfaces

ZVI’s characteristics of coming in varying size particles is a gift that keeps on giving because it enables injection in hard to reach places. These size options have also encouraged the advances in injection methods. These methods make it efficient for any consumer regardless of their geological location or site contamination to find a method that best works for them.

5. Cost Effective

Its longevity characteristic goes a long way in saving the ZVI user the agony of replenishing fast depleting stock. When the ZVI powder is well paired with your site requirements, you are in a position to better plan on usage and purchase requirements.

6. Degrades a Vast Number of Contaminants

Not only does this contaminant come highly praised in longevity, it also reacts will a large number of contaminants. Most of these, if not all, can be found in one site hence reducing the need for purchasing another type of reductant. Some of these contaminants include:

  • Phenol
  • Dyes
  • Nitrate
  • Heavy metals
  • Arsenic
  • Nitroaromatic compounds
  • Chlorinated organic compounds

7. Various types within the ZVI family

There are several types of Zero Valent Iron which all come with a variety of advantages for any ideal consumer. These types include:

(1) Ferox Flow ZeroValent Iron Powder

  • It is the most flexible in the ZVI family and can work on any site
  • It is 95% pure ZVI and has no residual oils
  • It is very cost-effective
  • It provides a long term treatment solution due to its direct placement characteristic

(2) Ferox PRB ZeroValent Iron Powder

  • Is mainly designed for groundwater and soil remediation
  • It is free of rust and dust
  • It is ideal for effective long time reactivity life
  • It is cost effective
  • It can be combined with Ferox flow in cases of sites with high concentration and still maintain its longevity characteristic

(3) Ferox Target ZeroValent Iron Powder

  • Provides high reactivity but a shorter treatment life
  • Reacts abiotically with contaminants. This helps in bypassing harmful daughter products (DCE and vinyl chloride)
  • It is 95% pure ZVI and has no residual oils
  • It can also be combined with Ferox flow for the purpose of providing additional reactivity and longevity

(4) Ferox Plus Emulsified Zero Valent Iron (Ezvi)

  • It has vast experience in ground water and soil remediation
  • It is used to dehalogenate hydrocarbons such as VC, CFC, PCE and TCE
  • It is easy to inject
  • It arrives at the site in its ready to use form
  • Reduced treatment time
  • Cost efficient for sites within which chlorinated solvents have been identified
  • Consists of nano/micro scale ZVI
  • Ferox Plus bridges the chlorinated DNAPL remediation limitations on expenses and poor available technology

Final Remarks

Is your site in dire need of chemical reduction? Then ZVI is definitely the choice product for you. Having gone through all the above advantages of ZVI, you are guaranteed quality results when you purchase this oxidant. Its safety characteristic guarantees a restoration of your soil instead of causing more damage. The guaranteed longevity period comes well proven leaving you the choice as to which grade will suit you best.

With increasing technology and the variety that comes with this ZVI iron reductant, you are guaranteed to find a cost effective product that works for you. The various types within the Zero Valent Iron work together in cases of limitations, with ZVI you are guaranteed quality for your money.

العاصفه اليكسا – الجوانب الايجابيه لمنطقه الشرق الاوسط

شهد العام 2013 تحول في التاريخ عندما اجتاحت العاصفة اليكسا منطقة الشرق الأوسط وشمال أفريقيا حيث جلبت العواصف الثلجية والأمطار الغزيرة والرياح الجليدية لهذه المنطقة التي لم تشهد مثل هذه العاصفة منذ أكثر من 100 عام.  حيث تسببت العاصفة اليكسا بالفيضانات المدمرة في المدن العربية، مثل غزة، وانقطاع التيار الكهربائي في بعض مناطق الأردن.و تساقطت الثلوج بغزارة في الأردن و التي  غطت الشوارع، مما أعاق الحركة واجبرت الناس على المكوث في منازلهم لعدة أيام.  لقد جلبت هذه العاصفة أيضا المشقة والبؤس لللاجئين السوريين حيث  عانوا البرد القارس في خيام هشة وملاجئ مؤقتة.

الجوانب الايجابيه

لا نريد التقليل من شأن  الصعوبات و المعاناه الانفه الذكر التي تسببت بها اليكسا الا ان  مثل هذه العاصفه من شأنها ان تكون مفيده من جانب واحد الا وهو كميه المياه التي جلبت للمنطقة. لقد جلبت العاصفة اليكسا  وفره من المياه لمنطقه تعاني من شح شديد فيه. تأثيرات شح المياه اصبحت محسوسه بشكل واضح وسريع في جميع انحاء المنطقه,حيث تؤثر على بلدان مثل الاردن ومصر وفلسطين. وبالتالي فأن هذا الانهمار من الماء  يمكن ان يجلب بعض الراحه من حيث  وفره المياه مع جريان مياه الامطار وتساقط الثلوج الذي يعد مصدرا للمياه العذبه.

ولكن للاسف فأن هذه المصادر اديرت بصوره سيئه جدا مما تسببت بحدوث الفيضانات و اغلاق الطرق والشوارع بالثلوج. مياه الامطار الفائضه اختلطت مع مياه الصرف الصحي مسببه فيضان من مياه الصرف الصحي غمرت جميع انحاء المدن و البلدات المحليه . مما نتج عن ذلك حدوث مشاكل صحيه ضاره بين السكان المقيمين, الذين دعوا  للخروج بحلول سريعه  لمعاناتهم.

حل واحد يمكن استخدامه الا و هوحصاد مياه الفيضان و كميات الثلوج الكبيره. حصاد مثل مصادر المياه هذه  من شانه ان يقلل من اثار ندره المياه و الحد من الاضرار الماديه  للمدن و البلديات .

حالما يتم جمع مصادر المياه هذه , وجب عليهم معالجتها قبل استعمالها .و ما ان تتم معالجتها يمكن استخدام المياه في نشاطات متنوعه كالري او اي نوع من الاستخدامات المنزليه.

دراسه حاله – عمان

على مدار العاصفة ، شهدت عمان كميات وافرة من الثلوج والأمطار التي وضعت المدينة في ما بدا وكأنه طريق مسدود. وقد اضحى السكان غير قادر على الذهاب إلى العمل وأداء روتينهم اليومي . وقد غطت الثلوج  الشوارع التي وصلت إلى 3 أقدام ، مما جعل من الصعب جدا التنقل عليها . على الرغم من أن تساقط الثلوج كان له  تداعياته الضارة ، فهو مصدر للمياه العذبة . أن حصاد تلك المياه و الثلوج التي انهمرت  كان يمكن ان يكون إجراء بسيط نسبيا من شأنه ان يجنب  المدينه من الطريق المسدود التي وصلت اليه.

ان مثل هذا  الإجراء يتطلب قوى عاملة ، جنبا إلى جنب مع شاحنات ناقله ، لتعين الخروج إلى الشوارع و البدء في جمع أكبر قدر ممكن من الثلوج .حالما يتم جمعها، سيتم نقلها إلى أقرب محطة لمعالجة مياه الصرف الصحي ، مثل محطة معالجة مياه صرف السمرة التي  تقع في  منطقه عمان الرصيفة الزرقاء الكبرى   (هناك حاليا 26 محطه معالجة مياه الصرف الصحي في الأردن) .حالما يتم  معالجتها فان  المياه المنتجة يمكن أن تضاف إلى منظومه شبكه أنابيب المياه وتوزيعهاعلى البيوت.

حصاد ومعالجة هذه المصادر المائية تخفف من آثار ندرة المياه حتى لو لفترة زمنية قصيرة. فهو مفيد من حيث عدة طرق:

تتيح لطبقات المياه الجوفية و الأنهار الوقت للتجديد (حتى لو لفترة قصيرة)

يقلل من التكاليف المالية التي تنفق على استخراج المياه ( لفترة زمنية قصيرة)

يقلل من كمية الوقود الأحفوري المستخدم أثناء استخراج المياه ( الحد من اطلاق غاز  ثاني اوكسيد الكربون( CO2

ازاله الثلوج من الشوارع  التي تمكن الناس من العوده إلى روتين حياتهم اليومية  و عملهم .

للتغلب على التحديات

وغني عن القول ، معالجة مياه الصرف الصحي لديها جوانبها السيئه . الأولى، هي الطاقة المكثفة و متطلباتها الماليه. وثانيها ، فإنه يتطلب قدرات تكنولوجية متقدمة للغاية.اما الثالث ، فانها تتطلب مساحة كبيرة لتنفيذها. باستثناء الأردن و مقدار قليل من دول اخرى في المنطقة ،  ليس الكثير منهم لديه القدرات الاقتصادية والتكنولوجية للخضوع لمثل  هذا النوع  من إدارة المياه. تتفاقم المشكلة من جراء الصراع السياسي في المنطقة التي تشهده حاليا . دول مثل سوريا وفلسطين لديها قيود سياسية أكثر من غيرها  والتي لا تسمح لها باستخدام هذا المصدر المائي لكامل إمكاناتها .

ومع ذلك ، هناك طرق أبسط لمعالجة مياه الصرف الصحي التي لا تعتمد بشدة اقتصاديا و تقنيا.مثل هذه التقنيات تتطلب مساحة كبيرة حيث يسمح  لمياه الأمطار الزائدة بتخزينها لفترة معينة من الزمن، والذي يسمح للاوساخ بالاستقرار في الجزء السفلي من المنطقة ( التي يتم فيها تخزين المياه ) . ثم يتم تمرير المياه من خلال شاشة تصفية كبيرة تزيل الاوساخ المتبقية و البكتيريا من الماء. هذه الطريقه لا تعالج المياه كما تعالجها محطات معالجة مياه الصرف الصحي ، لكنها تعالج بما يكفي من أجل إعادة استخدامها لمماراسات معينه (مثل الري ، والغسالات، و الاستحمام).

الخلاصه

مع اعلان الأمم المتحدة عام 2013 “السنة الدولية لتعاون المياه” ,أصبحت ندرة المياه التهديد الأكثر حاليا الذي يواجهه العالم. ندرة المياه  الاكثر حده في منطقة الشرق الأوسط  حيث لا يملك سوى 1٪ من موارد المياه الصالحة للاستخدام في العالم، في حين وجود 5٪ من سكان العالم في هذه المنطقه. ومع زياده تعداد  سكان منطقه الشرق الاوسط أبعد من ذلك، فأن  من المرجح ان تزيد ندرة المياه, مع توقعات تشير إلى أن منطقة الشرق الأوسط  سوف  تنفذ من المياه بحلول عام 2050.

ترجمة

سلام عبدالكريم عبابنه

مهندسه مدنية في شركة المسار المتحده للمقاولات – مهتمه في مجال البيئه و الطاقة المتجدده

النفايات البلاستيكية معضلة العصر

يبدو أن المجتمع الدولي قرر أن يتبني إستراتيجة موجهة لمكافحة التلوث البلاستيكي بعد أن وصل التلوث بالمواد البلاستيكية الى مستوى الخطر وصار معضلة عصرية يهدد النظام البيئي لكوكب الأرض، ذلك ما تشير إليه الشعارات المتلاحقة التي رفعتها المنظمات الإقليمية والدولية لتدفع بإتجاه صحوة الضمير العالمي، وتوحيد قوى العمل الدولي لبناء إستراتيجية عالمية لموجهة تصاعد خطر التلوث البلاستيكي، وتتمثل تلك الشعارات في الشعار الذي رفعته شبكة يوم الأرض العالمية «إنهاء التلوث البلاستيكي» ليكون عنوان لفعاليات «يوم الأرض العالمي» في 22 ابريل 2018، والشعار الذي رفعته المنظمة الإقليمية لحماية البيئة البحرية «المخلفات البلاستيكية خطر يهدد البيئة البحرية» عنوان لفعاليات يوم البيئة الإقليمي في 24 ابريل 2018، وتوج ذلك المسار بتبني “جمعية الأمم المتحدة للبيئة .. UN Environment” كأعلى هيئة لصنع القرار على مستوى العالم في مجال البيئة شعار يوم البيئة العالمي الذي يوافق 5 يونيو 2018 “التغلب على التلوث البلاستيكي”.

turtle-plastic-ingestion

ومن المعروف ان جمعية الأمم المتحدة للبيئة تتناول التحديات البيئية الحرجة التي تواجه العالم، وتعمل على بذل مختلف الجهود وتبني المبادرات البيئية للتمكن من إيقاظ الضمير العالمي، وتحفيز وعي المجتمعات وتبصيرها بواقع الخطر الذي يهدد أمنها البيئي، وفهم خطر التحديات التي تواجه الأمن البيئي لكوكب الأرض، والحفاظ على بيئتنا وإعادة تأهيلها وذلك بما يتصل في صميم خطة التنمية المستدامة لعام 2030.

الجميع صار يدرك وفق المعطيات والبيانات المعروفة، بإن النفايات البلاستيكية المتصاعدة مستوياتها معضلة العصر، وبرغم ذلك فإن كميات النفايات البلاستيكية في تصاعد مستمر، والسؤال الإستراتيجي الذي ينبغي على بلدان العالم مجتمعة وضعه ضمن أجندتها البيئية، ما الذي ينبغي فعله للتمكن من تحقيق مبتغى شعار اليوم العالمي للبيئة للعام 2018.؟

الملاحظ ان التصريحات والبيانات البيئية لبلدان العالم توحي بأنها تضع في الإعتبار ضرورة أن تكون مشكلة التلوث البلاستيكي في صلب برامجها البيئية، وتجنيد طاقاتها وقدراتها في تجسيد مقاصد الشعار في خططها المقبلة لإنجاز الأهداف الوطنية للتنمية المستدامة، ولكن ذلك ليس كافٍ في تأكيد صدق النوايا بل ينبغي أن تُعزز تلك البيانات بخطط عملية وملموسة تساهم في تغيير الحالة والحد من تصاعد مستوى النفايات البلاستيكية.

لا يمكن الجزم بإنجاز الدول مقاصد شعار يوم البيئة العالمي “التغلب على التلوث البلاستيكي” الذي تبنته جمعية الأمم المتحدة للبيئة .. UN Environment” إذا لا يجري إعتماد إستراتيجة مستدامة في برامجها وأنشطتها تضع في الإعتبار المناهج التربوية والمدرسية والتعليمية والتوعوية، بالتوفق مع إقرار منظومة التشريعات البيئية والإدارية والرقابية لترشيد إستخدام المواد البلاستيكية، وتبني الأدوات العلمية السليمة في عملية إعادة تدوير النفايات البلاستيكية، وتحد من السلوك غير الرشيد في عملية التخلص من المخلفات البلاستيكية.

plastic-bags-middle-east

الحقيقة التي ينبغي عدم تجاهلها ان هناك مبادرات أخذت تؤكد حضورها في أنشطة عدد من الدول للحد من ظاهرة الإستغلال غير المقنن للمواد البلاستيكية وصارت تبتكر الوسائل العملية في تحفيز المجتمع لتبني الثقافة البديلة في إستخدام المواد المستدامة وغير الضارة بيئيا، وفي السياق ذاته بدأت العديد من المدارس في الكثير من الدول تَبنيّ البرامج والأنشطة البيئية التي تضع ضمن أهدافها نشر ثقافة إعادة تدوير مواد البلاستيك، والتقليل من إستخدام الأكياس البلاستيكية، ونشط في هذا السياق منظمات المجتمع المدني‘ وتبنت مبادرات نشر الوعي بمخاطر المواد البلاستيكية على النظام البيئي، والعمل في سياق ذلك على تنظيم برامج تنظيف البيئات الطبيعية والمياه البحرية والساحلية من مخلفات المواد البلاستيكية.

المؤسسات البيئية الرسمية في دول مجلس التعاون تبنت مبادرات طموحة للتوعية بمخاطر الإستخدام غير الرشيد للأكياس البلاستيكية على البيئة والإنسان وتحفيز المجتمع في إستخدام الأكياس البديلة في التسوق، وشهدت دولة الإمارات أنشطة نوعية للتوعية بالتحول الى الأكياس البديلة في التسوق ورفع بمناسبة يوم البيئة الوطني عام 2010 شعار الإمارات خالية من الأكياس البلاستيكية، وفي إطار إستراتيجية التوعية والتثقيف البيئي نظمت هيئة البيئة في الشارقة برنامج رصد البيانات بشأن الآثار السلبية للأكياس البلاستيكية على الثروة الحيوانية في المناطق البرية عام 2010، واعلنت في معرض الشارقة للكتاب عن حملة للتوعية بإستخدام الأكياس البديلة للتسوق وجرى توزيع أكياس قماشية على مرتادي المعرض.

المبادرات بشأن التوجه الوطني والدولي لخفظ مستوى النفايات البلاستيكية تؤكد حضورها في المشاريع البيئية، وبرغم أهمية ما نشهده من مبادرة هناك سؤال ينتظر الإجابة، ما الذي حققته الأنشطة التي جرى تبنيها في تغيير السلوك الإجتماعي في استخدام الأكياس البديلة في التسوق، والحد من مستوى المخلفات البلاستكية على المستوى الوطني.؟ وفي الإطار ذاته هل يمكن أن نشهد جدوى فعلية في تحقيق مقاصد شعار الإحتفال بيوم البيئة العالمي 2018.؟

استخراج الطاقة من النفايات

انظمة التحويل الحراري (أو الكيمو حرارية) تبدا بتكنولوجيا تحويل النفايات إلى حرارة عن طريق تحويلها لوقود اولا بشكل غازي او سائل، كما يمكنها التحويل باستخدام تقنية التحويل الثانوية التحويلها الى اشكال أكثر فائدة من الطاقة( حرارية و كهربائية). هناك مجموعة واسعة من التقنيات موجودة لتحويل الطاقة المخزونة في النفايات إلى أشكال مختلفة من الطاقة. هذه التقنيات يمكن تصنيفها وفقا للناقل الرئيسي للطاقة المنتجة في عملية التحويل. اشكال الطاقة من غاز، سائل  أو صلبة، وهذا تعتمد على طريقة ونسبة الأكسجين في اثناء عملية التحويل (عادة هواء).

الطرق الرئيسية الثلاثة للتحويل وفقا لآشكال الوقود الناتج هي الاحتراق المباشر في الهواء الزائد ، تحويل في خفض الهواء (وقود سائل/غازي)، والانحلال الحراري في غياب الهواء لاستخراج وقود صلب .

thermal conversion of waste

الاحتراق المباشر

تقنيات الاحتراق التقليدية ينتج عنها بخار من خلال حرق النفايات. ومن ثم يمكن توسيع هذا البخار من خلال توربو المولد لإنتاج الكهرباء. (Fluidized bed combustors)، والتي تستخدم  مادة خاملة صلبة مثل الرمل لتساعد في نقل الطاقة وتحويلها بشكل افضل وهذه التقنية تعتبر اكثر تطور. وتستخدم ايضا  (Bubbling fluidized bed combustors)  في مدى 10-30 ميغاوات بينما اضافة التدوير بميزة (Circulation) افضل للأحجم الأكبر. 

عملية التحويل لوقو غازي

طريقة التحويل في هذه العملية تعتمد على نسبة الأكسجين (هواء) في عملية الاحتراق وتقليلها لينتج غاز اول اكسيد الكربون والهيدروجين ومن ثم يمكن تحويلها لغاز طبيعي. غازان الهيدروجين واول اكسيد الكربون ذو قيمة حرارية أقل من الغاز الطبيعي ولكن لا يزال من الممكن استخدامها كوقود للغلايات، لمحركات للتوربينات بعد تنظيف مجرى الغاز من القطران والجسيمات.

الانحلال الحراري (وقود صلب)

الانحلال الحراري هو مصطلح يطلق على الانحلال الحراري للخشب في غياب الأكسجين. فإنه يتم تحويل النفايات إلى مجموعة من فحم صلب وغاز ونفط حيوي. وتصنف هذه التقنية لأنحلال حراري “سريع” أو “بطيء” وفقا للوقت الذي يستغرقه تجهيز المواد المراد تحويلها إلى وقود صلب بالانحلال الحراري. باستخدام الانحلال الحراري السريع، يمكن استخراج نفط حيوي بنسبة تصل إلى 80 في المئة من الناتج لهذا التفاعل. النفط الحيوي يمكن أن يكون بمثابة وقود سائل أو كمادة وسيطة لإنتاج المواد الكيميائية.

ترجمة

صخر فهد الهذلي- مهندس كيميائي.  جدة، المملكه العربيه السعوديه

Sickness of Buildings – Causes, Risks and Solutions

Environment is not only important for its own sake, but also as a resource for healthier living conditions and well-being. Poor environmental quality and its current and future impact on human health is a significant concern worldwide. Air pollution causes significant health problems. In fact, knowledge about the links between health and air quality has considerably improved in the last few decades. According to a WHO report, more than 30% of new and renovated buildings worldwide may generate severe complaints related to indoor air quality. Here’s everything you need to know about sickness of buildings:

sickness of buildings

What is Sick Building Syndrome?

Sick Building Syndrome (also know as SBS) is used to describe situations in which building occupants experience acute health and comfort effects that appear to be linked to time spent in a building, but no specific illness or cause can be identified. SBS occurs mostly in office buildings however, it may also occur in other public buildings such as schools and libraries. According to the USEPA, sickness of buildings is highly suspected when the following conditions are present:

  • Temporal symptoms related to time spent in a specific building or part of a building.
  • Symptoms disappear when the individual is out of the building.
  • Seasonality of the symptoms (heating, cooling).
  • Similar complaints among co-workers.

Potential Causes of Sick Building Syndrome

The exact mechanism by which a building is causing illness to occupants is still unknown. However, sickness of buildings results from a group of factors associated with effects of high concentrations of toxic pollutants present inside the building. In many cases, occupant’s behaviors such as closing windows while using ACs in summer or central heating system in winter leads to an unhealthy indoor atmosphere due to poor ventilation,. Furthermore, poor building design, maintenance, and/or operation of the structure’s ventilation system may also be at fault.

natural-ventilation

The ventilation system is often found to be at the core of the problem, and can itself be a source of irritants .The poor ventilation system can result in accumulation of pollutants within the building, in this case the indoor environment can often have lower air quality in comparison with the outdoor air, even in a heavily polluted city with vehicle exhaust and other pollutants. Moreover, very low levels of specific pollutants, such as VOCs, that are present inside a building may act in combination, to cause symptoms of illness.

Major Symptoms of Sick Building Syndrome

Building occupants complain of  sick building syndrome symptoms such as sensory irritation of the eyes, nose, throat; neurotoxic or general health problems; skin irritation; nonspecific hypersensitivity reactions; and odor and taste sensations.

In most cases, SBS symptoms will be relieved soon after the occupants leave the particular room or zone. However, there can be lingering effects of various neurotoxins, which may not clear up when the occupant leaves the building. In some cases, particularly in sensitive individuals, there can be long-term health effects.

What Makes a Building Sick?

There is a wide array of factors which can contribute to making a building ‘sick’. Sick Building Syndrome can be caused by inadequate ventilation, chemical contaminants from indoor or outdoor sources, and/or biological contaminants. Many volatile organic compounds, which are considered chemical contaminants, can cause acute effects on the occupants of a building

1. Chemical Pollutants

Indoor chemical pollutants such as ozone resulted from printers, VOCs, fresh painting, cigarette smoke, off-gasing of the carpets and furniture, and the frequent use of chemical cleaners or fresheners. Outdoor chemical pollutants such as motor vehicle exhaust and building exhausts.

2. Biological Pollutants

Poor sanitary and cleaning practices, especially in public facilities, lead to the accumulation of biological contaminants such as pollen and dust mites’, fungi, mold, and bacteria from the toilet. Besides, insect body parts are particularly troublesome allergens and are commonly implicated as contributors to SBS.

3. Physical factors

Major physical factors involved are weakness of ventilation, high temperatures, fluorescent lighting and electrical equipment, change in temperatures during the day, low humidity, poor lighting, dust, and use of display screens for long hours.

Associated Risks

It is important to be able to recognize the symptoms of sick building syndrome and to take action immediately, since misdiagnosis is one of the most critical issues. If you are experiencing SBS symptoms which remain even after leaving the building, this might be an indication of Building-related illness (BRI).

Sickness of buildings have long-term psychological effects in the form of depression, anxiety or paranoia and also leads to negative employee efficiency.

Plausible Solutions

To ensure elimination of SBS-related problems, several measures must be taken including improving the indoor air quality, as building sickness will diminish once the pollutant source is removed or modified. Another key measure is repairing or replacement of ventilation system to meet ventilation standards in the local building codes.

It is also important to improve cleaning practices at public spaces, taking to consideration that detergents shall be stored in well-ventilated areas and isolated from other materials. Other practices include frequent checking of heating, cooling and air conditioning systems, avoiding synthetic fabrics, minimizing the use of electronic items and unplugging idle devices, smoking restrictions, allowing time for building material in a new building to off-gas pollutants before occupancy.

indoor-air-quality-arab

Fortunately, nature has very effective tools for air purifying, for instance sun’s rays have a magical effect in cleaning the air. It is worthwhile to focus on efficient and periodic natural ventilation during the day, even during winter time.

Additionally, specific species of indoor plants not only purify the indoor air quality, but also have a positive effect on psychological health by increasing the concentration and relief of fatigue and stress. Indoor plants that are effective at air purification include Aloe vera, Boston fern, Chinese evergreen, Christmas cactus, Chrysanthemum and daisies.

Everything You Should Know About Desertification

As the global population crosses 7 billion, the pressure on land has increased exponentially in recent decades. Food security, habitat and livelihood are the buzz words these days. The paradox is that despite ever-increasing demand for land, more than 10 million hectares of arable land turns into desert every year. The major factors responsible for desertification are deforestation, over-grazing, unsustainable cultivation methods and poor irrigation practices, apart from climate change.

According to Mr. Luc Gnacadja, executive secretary of the United Nations Convention to Combat Desertification, “Land degradation is a global phenomenon, with 78 percent of the degrading land taking place in non-drylands.” The inevitable outcome of desertification is the loss of invaluable agricultural lands, destruction of vegetation cover and hydrologic imbalance in drylands.

how to combat desertification

Gravity of the Situation

Desertification is a worldwide phenomenon afflicting countries all over the world. China is experiencing desertification at an alarming rate – as much as 1,300 square miles each year. Sub-Saharan Africa is drying up, as are regions of Turkey that were once rich agricultural lands. The desert is making a comeback in the Middle East, with fertile lands turning into barren lands. According to United Nation’s Development Program’s 2009 Arab Human Development Report, desertification is threatening around one-fifth of the MENA region.

Around 48.6 per cent of the land area in the Mashreq, 28.6 per cent in the Nile Valley and the Horn of Africa, 16.5 per cent in North Africa and 9 per cent in the Arabian Peninsula is endangered on account of desertification. Among MENA countries, the countries facing the greatest dangers are Libya, Egypt and Jordan. In the Arabian Peninsula, Bahrain, Kuwait, Qatar, and the UAE are the most affected countries.

How to Combat Desertification?

The United Nations announced the decade starting 2012 as one for achieving zero net land degradation neutrality. In the Middle East region, the answer to this lies in combating desertification. We must take steps to stop the encroachment of deserts into the sparse fertile lands that we have.

fight against desertification

Desertification is a worldwide phenomenon affecting people all over the world.

There needs to be an imminent focus on the retention of the water table and stopping soil erosion. Ecosystems such as mangroves help to maintain the delicate biodiversity of our region and it is imperative that efforts are taken to prevent their destruction.

The American ecologist Aldo Leopold rightly said that “We abuse land because we regard it as a commodity belonging to us. When we see land as a community to which we belong, we may begin to use it with love and respect”. Our ancestors got it right when they said “Whatever is affixed to the soil belongs to the soil”, thereby ensuring that trees remained where they were.

The problem of desertification is to an extent self-created and our current lack of concern is only serving to exacerbate the issue. The solutions are quite simple, but it requires high degree of social responsibility and behavioral change.

Partnership is a binding principle in the fight against desertification. The major stakeholders are individuals and governments, authorities and companies, parliaments and NGOs. Schools and colleges can also play an important role in dissemination of information and developing skills and techniques to combat desertification.

Greening the drylands has to be the key initiative in combating desertification. This is a simple and effective procedure and needs to be implemented by involving all sections of the civil society. Trees not only absorb carbon dioxide but also help in preventing soil erosion. Trees have a positive impact on climate change and help in influencing weather patterns favorably over a period of time. I humbly implore you to take that first step, plant your first tree and green the horizon before it is too late.

What Type of Waste Can Be Converted into Renewable Energy?

There is, no doubt, an obvious need to reduce, reuse and recycle wastes but recovery of energy from wastes is also gaining ground as a vital method for managing wastes and Middle East should not be an exception.

Wastes can be transformed into clean and efficient energy and fuel by a variety of technologies, ranging from conventional combustion process to state-of-the-art plasma gasification technology. Besides recovery of energy, such technologies leads to substantial reduction in the overall waste quantities requiring final disposal.

Waste-to-energy projects provide major business opportunities, environmental benefits, and energy security.  There are many types of waste that can be converted into renewable energy including municipal solid wastes, crop residues and agro-industrial wastes.

energy-from-waste-schematic

Let us explore some of major types of wastes that can be converted into energy in the MENA region:

1. Municipal Solid Wastes

Atleast 150 million tons of solid wastes are collected each year in the MENA region with the vast majority disposed of in open fields and dumpsites. The major energy resource in municipal solid waste is made up of food residuals, paper, fruits, vegetables, plastics etc. which make up as much as 75 – 80 percent of the total MSW collected.

Municipal wastes can be converted into energy by thermochemical or biological technologies. At the landfill sites the gas produced by the natural decomposition of MSW (called landfill gas) can be collected, scrubbed and cleaned before feeding into internal combustion engines or gas turbines to generate heat and power.

waste to energy feedstock

The organic fraction of MSW can be biochemically stabilized in an anaerobic digester to obtain biogas (for heat and power) as well as fertilizer. Sewage sludge is a big nuisance for municipalities and general public but it is a very good source of biogas, which can efficiency produced at sewage treatment plants.

2. Agricultural Wastes

Agricultural wastes includes encompasses all kind of crop residues such as bagasse, straw, stem, stalk, leaves, husk, shell, peel, pulp, stubble, etc. Large quantities of crop residues are produced annually in the MENA region, and are vastly underutilised.

Dates, wheat and barley are the major staple crops grown in the Middle East region. In addition, significant quantities of rice, maize, lentils, chickpeas, vegetables and fruits are produced throughout the region, mainly in Egypt, Tunisia, Saudi Arabia, Morocco and Jordan.

date-palm-waste-management

Current farming practice is usually to plough these residues back into the soil, or they are burnt, left to decompose, or grazed by cattle. Agricultural residues are characterized by seasonal availability and have characteristics that differ from other solid fuels such as wood, charcoal, char briquette. Crop wastes can be used to produce biofuels, biogas as well as heat and power through a wide range of well-proven technologies.

3. Animal Wastes

The MENA countries have strong animal population. The livestock sector, in particular sheep, goats and camels, plays an important role in the national economy of respective countries. Many millions of live ruminants are imported each year from around the world. In addition, the region has witnessed very rapid growth in the poultry sector.

animal waste in MENA

The biogas potential of animal manure can be harnessed both at small- and community-scale. In the past, this waste was recovered and sold as a fertilizer or simply spread onto agricultural land, but the introduction of tighter environmental controls on odour and water pollution means that some form of waste management is now required, which provides further incentives for waste-to-energy conversion. The most attractive method of converting these waste materials to useful form is anaerobic digestion.

4. Wood Wastes

Wood processing industries primarily include sawmilling, plywood, wood panel, furniture, building component, flooring, particle board, moulding, jointing and craft industries. Wood wastes generally are concentrated at the processing factories, e.g. plywood mills and sawmills. In general, processing of 1,000 kg of wood in the furniture industries will lead to waste generation of almost half (45 %), i.e. 450 kg of wood.

Similarly, when processing 1,000 kg of wood in sawmill, the waste will amount to more than half (52 %), i.e. 520 kg wood. Wood wastes has high calorific value and can be efficiency converted into energy by thermal technologies like combustion and gasification.

5. Industrial Wastes

The food processing industry in MENA produces a large number of organic wastes and by-products that can be used as biomass energy sources. These waste materials are generated from all sectors of the food industry with everything from meat production to confectionery producing waste that can be utilised as an energy source. In recent decades, the fast-growing food and beverage industry has remarkably increased in importance in major countries of the region.

wheat-lebanon

Since the early 1990s, the increased agricultural output stimulated an increase in fruit and vegetable canning as well as juice, beverage, and oil processing in countries like Egypt, Syria, Lebanon and Saudi Arabia. Wastewater from food processing industries contains sugars, starches and other dissolved and solid organic matter. A huge potential exists for these industrial wastes to be biochemically digested to produce biogas, or fermented to produce ethanol, and several commercial examples of waste-to-energy conversion already exist around the world.

Conclusion

An environmentally sound and techno-economically viable methodology to treat wastes is highly crucial for the sustainability of modern societies. The MENA region is well-poised for waste-to-energy development, with plentiful availability of waste-to-energy feedstock in the form of municipal solid waste, crop residues and agro-industrial waste.

The implementation of advanced waste-to-energy conversion technologies as a method for safe disposal of solid and liquid wastes, and as an attractive option to generate heat, power and fuels, can greatly reduce the environmental impacts of wastes in MENA countries.

Islamic Framework on Integrated Water Resources Management

The Islamic perspective on Integrated Water Resources Management (IWRM) framework provides a holistic approach to look at the entire spectrum of water management components, i.e, water resources, uses, treatment and resue. Islam provides policies and principles that address all elements of the framework for

. At the resource level, Islam teaches that the Universe and humans are created by God. And the source of water is from God, the creator, however, Islam believes in the rational and pragmatic explanations of science.

The first verse in Quran is “Read” and there are many references in Quran that urge humans to think and contemplate about the universe, nature and the creation of God. Islam teaches that “everything is created from water” and that water at the global level is finite “bekadar” and is in balance and “mawzoon”.

water resource management in islam

Harmony between Human and Nature

The key characteristic of Islam is the belief in one God (Allah) and the belief in the Day of Judgment (Hereafter). These are the core of the social and environmental responsibility for both individuals and the corporate sector.

The relationship between the Human and Nature is based on harmony, since all creatures obey the laws (sunan) of God.  Harmonization of human’s will with the teachings of Islam leads to responsible, balanced and good life (Hayat Tayebah).  Being mindful of the purpose and meaning of every single human endeavor, every human activity is given a transcendent dimension; it becomes meaningful, of value, and goal-centered.

The Islamic worldview is based on an eco-cosmic understanding of the harmony between human and nature and the value of nurturing the aesthetic and natural intelligence of humans as trustees. The Islamic notion of Zohd which means living lightly on earth and having low ecological footprints is a key for securing a healthy planet. All forms of environmental problems like pollution and global warming and climate change according to the Islamic interpretation is attributed to human mis-conduct or mischief (Fassad).

Islamic Integrated Water Resources Management Framework

At the water uses level, Islam believes that water should be allocated to different uses with priority to water for drinking (Haqo Al-shafa). Besides, Islam recognizes the right for environment. The emphasis on balance, conservation and harmony is key to the Islamic view of water uses.

water resource management in islam

For wastewater, greywater and saline water, Islam instructs the mind that regardless of the quality of water whether it is fresh “Athb” or saline water “Milh Ujaj” but still it can of use and value for many purposes like a source for food from sea, a source for jewelry “diamonds” and a means for shipping, trade and transport.

By interpretation and using the notion of  public interest “Maslaha”, it is safe to say that greywater and wastewater can be of use and value for human use if treated with proper processes. This was confirmed by a judgment and ruling “Fatwa” by scholars from different disciplines who confirmed that wastewater can be used for human used if treated properly.  The Fatwa issued in 1978 by the Council of Leading Islamic Scholars (CLIS) in Saudi Arabia postulated that:

Impure wastewater can be considered as pure water and similar to the original pure water, if its treatment using advanced technical procedures is capable of removing impurities with regard to taste, colour and smell, as witnessed by honest, specialized and knowledgeable experts. Then it can be used to remove body impurities and for purifying, even for drinking.

For wastewater reuse, it was evident from the above Fatwa that wastewater can be used for other purposes. Hence, the Islamic model of IWRM adopted a closed loop of  IWRM framework. Islam does not allow waste among even lifeless things, to the extent that it disapproves the wasteful use of water, even if there is no scarcity of water.  It teaches to avoid waste in every conceivable form and to make the best use of all resources.

Islam reforms the notion of  “waste” and enlighten the human mind to re-think the concept of waste by learning from nature and the ecological processes. The analogy of human life is being made with the ecology and its transformations (the four seasons and the process of renewal and growth using natural energy and resources). Moreover, the Fatwa made scholars in Saudi Arabia paved the way to make wastewater reuse possible and to have a closed water loop in IWRM model.

Conclusion

Islam is not limited to the confined domain of a religion and spirituality (relation between man and God) but rather it is a way of life. Islam offers a holistic framework for looking at the cosmos, nature and the purpose and the role of the human being.  Besides, Islam nowadays has contextualized a number of economic institutions (Islamic banking and Waqf funds) and social institutions (health care, education).

It would be of value to develop a new framework and contextualize for Islamic integrated water resources management (IWRM) framework. This means that IWRM will not only be informed by culture and local knowledge but also reformed and transformed by Islam through a process of re-construction of knowledge and the revival of the human consciousness.

الرسالة الإعلاميّة: الأداة المستدامة لِلتّغْيِيْر

الإعلام رسالة وينبغي أن تكون للرسالة الإعلامية كلمتها الصادقة، ومن الطبيعي أن تكون للكلمة الصادقة فعلها في التغيير المستدام للمشاريع التربوية والثقافية وبناء المسؤوليات والقيم الاجتماعية والسلوك الإنساني الرصين في معالجة القضايا بمختلف منحدراتها ومنعطفاتها وعلاقتها بواقع حياة المجتمع البشري على البسيطة.

media and sustainable development

هنا يمكن الإشارة إلى أَنّ المعالجات الإعلامية التي يتولى صناعتها الإعلاميون الذين يتميزون بالكفاءة المهنية ويمتلكون الدراية المطلوبة للقضايا المعاصرة والذين يتميزون بكفاءة في توصيف واقع القضايا وانعكاساتها الاجتماعية ومتطلبات مخرجاتها التي تضع المؤشرات الإيجابية في معالجة القضايا بمختلف تجلياتها على واقع الحياة الاجتماعية وتقديم نموذج إيجابي يسهم في بناء المخرجات التي تؤسس لِوَاقِعٍ مستدام للحياة الاجتماعية ذلك هو النوع من حملة الرسالة الإعلامية الذين يتميزون بالمواقف الصادقة التي نحن بحاجة إلى وجودهم لتحقيق قفزة نوعية في بناء الإعلام المفيد في التّغيير والارتقاء بمشاريعنا الحيوية للمصالح الاجتماعية.

لذلك فَإِنّ الرسالة الإعلامية الصادقة والنزيهة عن مختلف أنواع العصبيات والمؤثرات السلبية التي يتميز بها حملة الأقلام النظيفة والمسؤولة في مواقفها تؤكد ضرورة الحاجة الى وجودها وفعلها لتمكين المشاريع التنموية بمختلف اتجاهاتها في واقع الحياة الاجتماعية والإنسانية سَعْياً لتحقيق فعلها المستدام للتغيير وتحقيق الأهداف الوطنية والعالمية للتنمية المستدامة بحلول عام 2030م.