CSR Perspectives for the Middle East

Corporate Social Responsibility has moved beyond philanthropy, and is rapidly undergoing integration into the company’s core business strategy. However, in the Middle East, we can find companies that are still perceiving CSR as philanthropy and yet to view it as a “core business strategy “. Is it because of the culture and religion that we should give to the poor (Zakat or charity) so they consider it as their CSR? Should it be obligatory so companies will start thinking about CSR more strategically?

corporate-social-responsibility

Over the past few years, the interest has literally exploded in regional media and business community with a lot of foreign companies working in the field, companies hiring CSR specialists and setting up CSR departments. The focus is also getting more strategic and more diversified. In a survey, conducted by Sustainability Advisory Group in 2009, it was found that whilst there is a strong in-principle support for CSR initiatives, the region has not yet taken the next step of translating this into budget allocations, clear accountability and rewards and recognition.

There is a significant difference among Middle East nations in applying and practicing CSR. In the UAE and Oman, over the past couple of years there were different planned and meaningful initiatives. Companies in these countries are taking CSR and sustainability very seriously and they are showing an increasing commitment to CSR.  On the other hand, countries like Lebanon, there has been lot of focus on purely PR activities masked as CSR.

In an article entitled “CSR in the Arab World: A Mission Impossible?”, Norwegian researcher Kjetil Selvik mentions that it is hard to spot the difference between CSR and Zakat in practice. In Arab countries, CSR is often reduced to some donations like money or food, or to planting trees in public parks. Measures like these do not satisfy the ambitions of CSR promoters, who would like to see systematic changes in how companies are operating.

Does this mean that CSR won’t have a development impact in the Arab World? One of the main challenges is that CSR is associated with profit logic. The Zakat model differs fundamentally in its incentive for acts of social responsibility. This is something that the individual is supposed to do for God. On the other hand, CSR is promoted as a business tool to improve the company’s reputation, and companies frequently share successful CSR stories with the media and the public.

CSR-Middle-East

The normative difference between CSR and Zakat complicate the entrance of CSR into the Arab World. The CSR model introduces an ethical, normative framework that collides with local sensitivities. This is a potential problem of which organizations and businesses trying to introduce CSR in Arab countries should take note, says Selvik.

To conclude, companies in the Middle East are now realizing the importance of adopting a CSR strategy which can help them in reaping the benefits on their triple bottom line. They are trying to go beyond a simple donation or planting trees. Moreover, they are starting to measure their KPIs and to write sustainability reports. However, companies in the Middle East still have a long road to go for achieving sustainability when compared to their Western counterparts.

Anthropogenic Climate Change Impacts on Ecosystems

Anthropogenic climate change is hindering a wide variety of organisms, their genetics and species’ habitats – in short, biodiversity. The accelerated pace of human development and its impacts on biodiversity which sustain it, is both massive and significant. Biodiversity is inextricably linked to climate; climate change is both a cause and an effect of biodiversity change. Climate change jeopardizes the services offered by the global ecosystems that have been taken for granted. Let us examine how climate change is affecting specific ecosystems.

climate-change-ecosystems

Agricultural Ecosystem

Agricultural ecosystems are spread around the globe; hence, the impacts of climate change on agricultural biodiversity will be diverse and extensive. Climate change is threatening plant growth and production due to proliferation of pests and diseases, wildfires, yield reduction due to extreme weather, and changes in rainfall patterns.

Other risks include nutrients leaching from the soil during intense rains, and greater erosion due to stronger winds, while livestock will be negatively affected by rising temperature, disease and weather extremes.

Forest Ecosystem

Forests cover one-third of Earth’s surface and host two-thirds of all known terrestrial species. Changing climatic conditions may cause frequent forest fires and create conditions favorable to pests; both will lead to degradation and loss of biodiversity.

Marine and Coastal Ecosystems

Oceans cover 70% of Earth’s surface area, forming the largest habitat on Earth; which has some of the world’s most diverse and productive ecosystems, including coral reefs.

The key threats facing the unique entity of ocean by climate change include:

  1. Rise in sea level: On coastal margins, rising sea levels may lead to an important coastal habitat reduction such as salt marshes.
  2. Warmer oceans: Rising sea temperatures will lead to increase coastal erosion, extensive coastal flooding events and reducing sea-ice cover. Furthermore, it will affect the species composition and distribution and survival of particular marine resources. Corals reef is a good example, as minor increases in temperature causes coral bleaching leading to loss of coral reef structure and impact negatively on the coral reef ecosystem.
  3. Increased acidification: as the ocean absorbs atmospheric CO2; it becomes more acidic. Increasing acidification of the ocean due to climate change, has made it difficult for coral polyps to capture water`s calcium. Consequently, coral reefs, face bleaching (whitening and death) at large-scale levels.

acidification-water-bodies

Polar Ecosystem

Climate change is having the most visible and significant impacts on the polar ecosystems. Escalating melting of ice sheets and glaciers is affecting native people, wildlife and plants in the Polar Regions. Melting glaciers and ice are leading to further release of greenhouse gases and contributing to sea levels rising, threatening many areas with coastal flooding, increasing in beach erosion, and contaminating fresh water supplies.

Furthermore, climate change has devastating effects on polar species, such as: Polar bears, whales, walrus, and seals, which struggle to adapt to the destructive effects of climate change including habitat degradation, changing feeding and migrating patterns. Moreover, warming of areas of the polar oceans in the Antarctic has had a negative impact on the plankton community composition and distribution that support a rich marine food chain.

Mountain Ecosystems

Some plant species showed shifting in distribution, while other plants previously found on mountaintops have disappeared due to climate change. The shrinking of glaciers result from climate change has led to changes in mountains capacities of holding water, hence affecting downstream ecosystems.

Island Ecosystems

Island ecosystems are fragile and characterized by a high biodiversity. The climate change threats the island ecosystems by rising sea level and massive coral bleaching. Island ecosystems also might suffer from reducing rainfall, an increased frequency and/or intensity of storms, and intolerable high temperatures.

Microbial Ecosystems

Microbes are central to all life on earth; Microbes perform different significant functions for ecosystems. Little is known about how climate change will impact microbial communities, hence, accumulating evidences show that climate change can hinder specific properties of entire microbial communities and ecosystem functioning. A recent study has shown that soil microbes alter DNA in response to climate change, therefore affecting microbial influence on soil carbon storage and other greenhouse gases.

microbial-biodiversity

Recent researches have also shown an increased in microbial-mediated disease impacts in both the terrestrial and marine ecosystems, due to changes in distributing of existing infectious disease vectors, and the seasonal distribution of some allergens pollen species Additionally, evidences show that changes in climate alter certain properties of microbial communities, which eventually have enormous impacts on the food chain supported by the microbes.

Climate Change Impacts on Biodiversity

The future projection of climate change in the Arabia shows a hot, dry future; researches predict more severe droughts, desertification, shifting of ecosystems and species loss. Furthermore, climate change will lead to a significant heat stress and a severe water shortage, hence, Middle East is identified as the first region to run out of fresh water in the globe.

biodiversity_jordan

Generally, terrestrial biodiversity in Middle East will suffer the greatest decrease as a result of climate change, while marine ecosystems will suffer from increase in sea levels, changing circulation patterns, changing the biological characteristics, increasing in invasive species, and the marine ecosystems will become more tropical.

Conclusion

Anthropogenic climate change has started affecting different organisms in different ecosystems. The IPCC’s 2007 calculations estimated that greenhouse gas emissions would need to be reduced by at least 80% by 2050 to avoid the devastating impacts of climate change. Since humans have created this problem, it is our moral responsibility to solve it. Governments need to improve the resilience of their communities to existing impacts of the changes in the climate; by doing so, they can enhance the prosperity and sustainability of present and future generations.

Additionally, energy production from burning fossil fuels produces about 80 % of the global CO2 emissions, thus renewable energy is a desirable alternative for reducing human impacts on climate change while protecting biodiversity. Further research should be undertaken to broaden our perspective on the impact of climate change on different ecosystems, with an effective communicating platform to share information, experience and knowledge in climate change mitigation and adaptation.

Waste Management Awareness in Oman: A Pilot Study

The four Rs (reduce, reuse, repurpose, and recycle) of waste management have not yet entered the everyday discourse of Oman, but does this mean that they are not part of everyday life in Oman? We think the people of Oman can help us to answer this question. To get a first-hand understanding of the degree of waste management awareness in Oman, a pilot study was designed, a questionnaire was prepared, and in a series of interviews with individual Omanis we recorded their responses.

waste-oman

Insights into the Survey

The questionnaire covered household consumption habits, food waste and other household waste, and awareness of the four Rs, with particular attention to recycling. The main focus of the survey was on food waste. Of the 21 questions, fifteen were multiple-choice, with write-in options for any needed explanation. There were six open-ended questions, inviting respondents to give their opinion or share something of their experiences and knowledge of the topic.

The respondents were all adult Omani nationals, ranging in age from their early twenties to their late fifties. All respondents reside in Muscat, but the majority were originally from other provinces and maintained a strong connection with their home village or town. The respondents represented various occupations such as: university student, homemaker, bank clerk, teacher, taxi driver and police officer. The interviews were carried out in March and April 2016.

Who take care of grocery shopping?

60 percent of respondents said that in their household, the wife usually took care of the grocery shopping. 20 percent said the husband had that responsibility, and another 20 percent said that both husband and wife regularly did the grocery shopping together. When asked how often (monthly, weekly, daily, or not regularly) the grocery shopping was done in their households, most respondents said that it depended on the commodity.

Dry goods such as rice, pulses, flour, sugar, and coffee were purchased in larger quantities on a monthly basis, while most households shopped for fruits, vegetables, milk and bread at least once a week.

Do you prefer to buy food in bulk or pre-packaged?

In response to this question: Do you prefer to buy food in bulk (by the gram/kilogram) or pre-packaged? they answered patiently (but clearly some thought it was a silly question) that of course “it depends on the type of food.” Some foods were fresher and cheaper in bulk, whereas other foods were cleaner and free of impurities when packaged at the factory.

80 percent of respondents stated that they shopped at a supermarket for most of their household groceries; 50 percent of them said that they regularly shopped at an outdoor market (such as a fish or vegetable market) for certain commodities. No respondents said that they relied on small shops for their grocery shopping.

A few of the middle-aged respondents recalled that when they were children, there was not much choice when one went to the market. Their parents could buy staples such as rice, flour, tea, coffee and sugar, and a few varieties of greens and fruits. Nowadays, one of them remarked, shopping at the supermarket they had trouble deciding between the many processed and packaged products on offer, such as cheeses, yoghurt, juices, sweets, and imported fresh and frozen meats and other produce.

70 percent of those surveyed said they used the free ‘disposable’ plastic bags dispensed by the shops, and only 30 percent took their own reusable fabric bag or other reusable receptacle to do their shopping. However, those who did go to the outdoor markets said they often brought their own cartons or plastic vegetable crates in order to carry the produce home in their cars.

When asked what their parents or grandparents had used for their shopping, 40 percent said “a basket” and 60 percent said “a box” (meaning either a vegetable crate or a carton). Apparently plastic bags were not an option in “the old days.”

Do you find that your household ends up throwing out food?

The interviewer mentioned to each respondent the statistics that came from the 2012 Sultan Qaboos University study on household food waste in Oman, and posed this question: Do you find that your household/family ends up throwing out food that was not eaten before it spoiled? The responses were somewhat unexpected.

Only 30 percent reported that their household regularly had to throw away uneaten food. The other 70 percent said that when there was any food left over from a family meal or a child’s dish, it was fed to animals such as chickens and goats. Several female respondents mentioned that in general they only prepared enough food to feed their own family and perhaps to send a plateful of it to a neighbour.

solid-waste-oman

In a big city no one notices what you throw in your rubbish bin

The exception to this pattern was when they had guests, in which case it was compulsory to prepare greater quantities than usual. Respondents who brought up the subject of hosting and special occasions explained that in Omani culture it was considered a sign of respect for their guests and a point of honour for their family if they served more food than the guests could actually eat.

Therefore, weddings, the arrival of a newborn, the two Eids and other celebrations could be expected to result in substantial quantities of wasted food. However, according to several respondents, “back in the village” this is not what happened. Tribal and local municipal regulations actually prohibited the disposal of large quantities of food waste at dumpsites.

The main reason given was that leaving leftover food outside was “bad for the livestock.” That is, a camel will naturally eat as much food as it finds, and if discarded food such as rice is left out in the open, the camel will continue to eat until it gets sick. This surprising claim about camels eating cooked rice seems to be supported by scientific research: “Yagil (1990) observed that camels selected feed which is highly digestible, especially rich in easily fermentable carbohydrates and having high water contents [sic].” Cooked rice fits all three criteria.

Furthermore, camels are proficient at “eating in excess of their immediate needs and storing the extra as fat in the hump.” So out of necessity to protect the health of the camels, it was forbidden to scatter uneaten food. Instead, whoever hosted an event at which quantities of excess food remained would take the food immediately to any nearby encampment of migrant workers and distribute it there. Alternatively, the hosts would distribute it to needy families in their community. If it was not possible to donate the leftover food to others, it was dried in the sun to preserve it and then fed in small quantities to livestock such as goats and chickens.

Comparison between ‘Now’ and ‘Then’

When asked to compare the level of household food waste generated today and when they were children, there was unanimous agreement among respondents that either no or little food was ever wasted “back then,” whereas modern-day urban living has made it harder to avoid wasting food. The respondent above-mentioned who had remarked on the great variety of options available in supermarkets posited that this meant that people ended up buying more than they could practically consume.

Another factor suggested by respondents as leading to increased food waste is simply living in a big city where no one notices what you throw in your rubbish bin: back in the village or small town, neighbours would know exactly what your family has tossed into the local dump, so there was a sort of peer pressure against food waste.

What type of drinking water does your household consume?

As a follow-on to consumption patterns for food, the survey asked what type of drinking water each household consumed. In most parts of Oman, it is assumed that tap water is not safe for drinking. 80 percent of respondents said they subscribed to a commercial service for drinking water. Of those, two-thirds purchased refillable water dispensers (such as Salsabeel, a local brand), usually delivered to their homes as part of the service; one-third bought water from the ubiquitous blue tanker trucks that also deliver to residences in Muscat and other cities and towns.  No households in the survey used non-refillable plastic water bottles (such as Masafi or Oasis brand) as their primary source of drinking water, but thirty percent said they used them on occasion, especially when travelling by road.

water-bottles-middle-east

Interviewees were asked which of these components (food, plastic packaging/bags, paper/cardboard, plastic bottles or “other”) made up most of the refuse found in their own household rubbish bins. Half of them asserted it was plastic packaging or plastic bags, one-third believed it to be paper and/or cardboard, and the remaining respondents said it was plastic bottles (such as containers for juice, water and household disinfectants).

Are you aware of any local programme for recycling?

The questions about plastic water bottles and what types of material were trashed led to this next query: Are you aware of any local programme for recycling? Only twenty percent of respondents answered “Yes,” and of those, none were aware of any active recycling programme in their neighbourhood or workplace. One respondent thought that the 2013 Dar al Atta’a clothing recycling initiative was still ongoing, because the bins for paper and cardboard recycling set up by the same charity around Muscat in 2015 looked almost identical to those previous bins for clothing.

recycling-program-Oman

A few respondents had heard that plastic bottles were being collected somewhere in the city, but had no idea where. Several respondents mentioned that in the past, they used to see individuals salvaging empty aluminium soft drink cans from municipal rubbish bins near streets and in public parks. A couple of these respondents noted that the remuneration price for those used cans had fallen several years ago, and they believed this to be the reason this type of recycling seemed to have disappeared.

Do you recycle any of these items?

The follow-on question was: Do you recycle any of these items? paper/cardboard, plastic bottles, aluminium/metal, glass, clothing or “other”. The category “other” was intended to catch possible but expectedly rare responses such as batteries, electronics and printer ink cartridges. One would think that this follow-up question would have received “Not applicable” as a response from all respondents. However, a few respondents mentioned that they “recycled” some of their own household’s waste, in that they re-used or repurposed items such as cardboard boxes, plastic bottles, glass jars and old tee shirts. Most (70 percent) said that they regularly donated used clothing to poor families or (especially with children’s clothing) gave them to relatives.

This question spurred a couple of female respondents to comment on clothing “waste” as a problem “particular to Omanis,” as they saw it. They mentioned that Omanis who wear traditional clothing must have most of their clothes tailor made, and that—particularly for women’s wear—the fashions changed quickly from season to season. As a result, many women and girls felt they could not be seen wearing last season’s dresses and scarves, and had to buy the latest styles.

One respondent further remarked that the cycle of conspicuous consumption was affecting Omani society at many levels, and was even more problematic when it involved costly commodities such as mobile phones, especially on the part of the youth, who junked their “old” phones for the latest models with astonishing frequency.

What factors influenced the beliefs and attitudes about wasting food or throwing away useful items?

Interviewees were asked what factors influenced their beliefs and attitudes about wasting food or throwing away useful items. Sixty percent said that religion (Islam) played the greatest role in this. Thirty percent said family upbringing was the main influence and another ten percent attributed their attitudes to their culture. Education and tradition were mentioned by the majority of respondents as the secondary factors.

What do you think that people in Oman can do to help reduce the amount of waste they are making?

The final question in the survey was: What do you think that people in Oman can do to help reduce the amount of waste they are making? This open-ended question elicited a variety of responses: “Be responsible for yourself and your family”; “don’t buy more than you need”; “donate extra food and clothing instead of throwing it away”; and “re-use items in your home and at your farm.”

Note: This is the second article in our special series on ‘Waste Management in Oman’. The first part can be read at this link.

The third and final part analyses the results of the survey and makes a wide range of recommendations to improve the waste management situation in Oman.

الابتكار من أجل التنمية المستدامة.. مسؤولية الجميع

على مرعقود طويلة،  اقتصر تقدم و تطور العلوم والتكنولوجيا والابتكارعلى البلدان الأكثر تقدما، حيث لا يزال الاستثمار في مجال البحث والتطوير دون الطموح في البلدان النامية. حتى مع وجود أشخاص ذوي قدرات و مواهب بارزة،  لا يزال البحث والتطوير  محصورين  في نطاق المختبرات فقط، بعيدا  عن التفاعل مع حاجات السوق والمجتمع. ولكن ليس من الممكن بأن يستمرالحال كذلك كون الإجراءات والخطوات الجماعيه المتخذة على الصعيد المحلي هي الأدوات الأساسية نحو التغيير العالمي

sustainable-development-arab

 ولا تعمل الأهداف العالمية للتنمية المستدامة على تسليط الضوء على الابتكار كأحد الأهداف التنموية فحسب، بل تؤكد أيضا على الأهمية الكبيرة للابتكار من أجل تحقيق الأهداف الأخرى. سواء عملنا على التصدي لتحديات  التعليم، أوالطاقة، أوالصحة، أوالتغيير المناخي، أو الفقر؛ فلابد من تناول العلوم والتكنولوجيا والابتكار بأسلوب تشاركي شمولي لضمان المنفعة العامة

إن بناء  عناقيد اقتصادية مستدامة وشركات صغيرة/أعمال مجتمعية تتمحور حول التكنولوجيا الجديدة ليس ممكنا إلا من خلال  تحفيز عنصر الابتكار ضمن جميع شرائح المجتمع المحلي؛ بما في ذلك النساء والشباب والمجتمعات الأصيلة

 ويعتبر ربط الاحتياجات التكنولوجية المحلية بالفرص العالمية تحديا مشتركا في العديد من البلدان، وللتغلب على هذا التحدي يتوجب علينا جميعاً أن نكون أكثر وعياً  لديناميكية السوق وأهمية شمول المجتمع بجميع عناصره وشرائحه.  وتعد القدرة على تحديد ومعرفة الاحتياجات والقدرات المحلية المتعلقة بالتكنولوجيا هي الجوهر لتكوين تصور واضح عن القيمة المضافة للتطبيقات التي بدورها ستعمل على تعظيم الانتاجية وتعزيز التنافسية الاقتصادية

 قد يكون تعزيز و تحفيز الابتكار على المستوى المحلي هو الوصفة السحرية التي  تؤدي إلى التقدم في مجال تحقيق أهداف التنمية المستدامة إذا ما توفرت جميع المكونات اللازمة لذلك . إلا أن البلدان النامية تحتاج إلى المساعدة والدعم لتطوير وتصميم نماذج محلية ملائمة للابتكار ضمن إطار التنمية المستدامة

الأهداف العالمية للتنمية المستدامة

 ولعل  الدروس المستفادة في هذا المجال تشير إلى أن القطاع العام قد لا يكون هو المحرك الرئيسي للابتكار. حيث تلعب الشركات دورا هاما في تسريع  وتيرة الابتكار سواء كانت من فئة المستثمرين أو المستهلكين. إلا أن المحفزات الحقيقية للابتكار المستدام لم يتم تمكينها وتفعيلها بالشكل المطلوب بعد. إذ يقع على عاتق  الجامعات والمؤسسات البحثية ومراكز الدراسات والفكر والمنظمات غير الحكومية مسؤولية أخذ زمام المبادرة  في عملية تحديد الاحتياجات المحلية وتعزيز الروابط بين اللاعبين الرئيسيين. وللقيام بهذا الدور، لابد وأن نمكن هذه المؤسسات من  فهم تحديات التنمية المحلية وتحويلها إلى فرص للابتكار

من خلال الجمع بين المعرفة والتأثير المجتمعي الناتجين عن التعاون والتحالف بين العلماء ومؤسسات المجتمع المدني، نستطيع الوصول إلى بيئة ممكنة على مستوى السياسات والتشريعات تحفز الابتكار المحلي والإقليمي وتحتفي بالمبتكرين.

ترجمة

نيرمين ابو شاويش

تخرجت من الجامعه الهاشميه عام 2005 حاصله على بكالوريوس في ادارة المياه والبيئة، حصلت في عام 2016 من وزارة البيئة الاردنية على دبلوم في تقييم الاثر البيئي، تعمل منذ تخرجها في احدى كبرى شركات التصميم و الاستشارات الفنيه في العالم، تنوعت خبرتها بين العمل في مجال دراسات بيئية لكبرى المشاريع داخل المملكه كدراسه تقييم الاثر البيئي لمشروع شبكة السكك الحديدية الوطنية وبين الاشراف على تطبيق خطط الادراة البيئية اثناء تنفيذ المشاريع كالاشراف على مشروع ممر عمان التنموي

ثقافة المجتمعات الأصلية في معادلة السلوك البشري والتنمية المستدامة

المجتمعات الأصلية في المناطق المختلفة من العالم التي قطنت الغابات والجبال والسيوح والسهول والمناطق البرية والساحلية، بنت منظومة من القيم والتقاليد والثقافات المتعارف عليها التي صارت على مر الزمن نظاماً عرفياً يحدّد مبادئ والتزامات العقد الاجتماعي والسلوك البشري في العلاقة مع النظم البيئية، وجرى الاعتراف بها وتأكيدها في مواثيق المؤتمرات الدولية بشأن التنمية المستدامة ومبادئ الاتفاقية الدولية للتنوع الحيوي.

indigenous-communities-deforestation

وتؤكد المادة (8) الصيانة في الوضع الطبيعي، من الاتفاقية على أن على كل طرف متعاقد، قدر الإمكان وحسب الاقتضاء وذلك وفقاً لما هو منصوص عليه في البند (ي) «القيام، رهناً بتشريعاته الوطنية، باحترام المعارف والابتكارات وممارسات المجتمعات الأصلية والمحلية التي تجسد أساليب الحياة التقليدية ذات الصلة بصيانة التنوع البيولوجي واستخدامه على نحو قابل للاستمرار، والحفاظ عليها وصونها وتشجيع تطبيقها على أوسع نطاق، بموافقة ومشاركة أصحاب هذه المعارف والابتكارات والممارسات، وتشجيع الاقتسام العادل للمنافع التي تعود من استخدام هذه المعارف والابتكارات والممارسات».

ومن المعروف أن هذه القيم تدخل في المرحلة المعاصرة ضمن منظومة المقومات الاستراتيجية لخطط العمل التنفيذي لبناء السلوك البيئي وإنجاز أهداف التنمية المستدامة.

البيئة البحرية معلم رئيس في مكونات النظام البيئي، وهي مصدر مهم لحياة ومعيشة المجتمعات الأصلية في البلدان المشاطئة للبحار في العالم التي اعتمدت في منظومة حياتها على ما تكتنزه نظمه الطبيعية من ثروات حيوية، وبنت منظومة متنوعة من المبادئ والالتزامات العرفية لصون نظامها البيئي ومكوّنها الأحيائي لتأمين متطلبات استدامة بقائها. ويمثل البحر ركناً مهماً في استراتيجية حياة المجتمعات الأصلية في بلادنا كمقوم معيشي واقتصادي وقيمة روحية واجتماعية، وكموقع مهم للراحة والاستجمام وممارسة الأنشطة الترفيهية والاجتماعية.

وبحكم علاقتنا الممتدة لما يقارب العشر سنوات في ممارسة الصيد البحري تمكنا من الاطلاع على حياة وثقافة وممارسات وسلوك أهل البحر في بلادنا، وللبحارة مبادئ متعارف عليها في ممارسة الصيد البحري، تمثل جزءًا من قيم السلوك البشري الرشيد في العلاقة مع مكونات المنظومة البيئية للبحر، والالتزام المسئول بصون نظافة ونقاء مياهه. ويمكن تبين ذلك في الممارسات الرشيدة التي يلتزم بها أهل البحر للحفاظ على الثروة السمكية، وتتمثل في الحرص على عدم صيد الأسماك الصغيرة واعتماد فتحات بمقاييس محددة في صناعة شبابيك الصيد والأدوات التقليدية للصيد المعروفة بـ «القراقير»، لاستبعاد الصيد الجائر للأسماك الصغيرة، والالتزام بمواسم للصيد والحفاظ على سلامة الفشوت والشعاب المرجانية، وترشيد استهلاك الحشائش البحرية للصيد وعدم رمي «القراقير» المتهالكة في المياه البحرية لحماية مواقع الصيد من التلوث الذي يؤدي إلى تدهورها وهجرة الأسماك. كما كانوا يؤكدون دائماً ويحرصون على تربية أبنائهم وزرع ثقافة السلوك الرشيد في العلاقة مع البحر.

البيئة الصحراوية هي أيضاً ثروة مهمة لحياة قطاع واسع من المجتمعات الأصلية في العديد من البلدان، وتتميز بخصوصيتها في المكوّن الروحي وفي وجدان وثقافة وتقاليد المجتمعات المحلية الأصلية، التي توارثت قيم ومفاهيم العلاقة الرشيدة في الاستثمار الموزون لما تكتنزه من موارد وخيرات. والباعث الفعلي لتلك العلاقة يتمثل في الارتباط التاريخي والحياتي لتلك المجتمعات بالبيئة البرية، حيث سجلت تلك العلاقة مآثر تاريخية ظلت محفوظة في ذاكرة ووجدان أهل البر، وتشكّل مؤشراً مهماً لطبيعة العلاقة مع ما يكتنزه نظام البيئة الصحراوية من ثروات مهمة لحياة المجتمعات الأصلية التي تقطن في تلك البيئات.

الباحث والإعلامي الجزائري عياش يحياوي سجّل في كتابه «خلوجبات» بعض هذه المواقف، حيث دوّن بعض أقوال الرواة في المنطقة الغربية في أبوظبي، ويقول الراوية علي زايد بن دودة المنصوري من منطقة السلع في أبوظبي أن «الصحراء كانت نظيفةً في رملها وهوائها، وكان البدوي يشعر بذلك ويلمسه في حياته اليومية، ولم تكن رائحة البترول ومشتقاته معروفة. قاع نظيف، القرص، يوم تسوي القرص وتشويه تشم ريحته من بعيد، الهوا صافي، ما في بترول، ما في آيل، ما في غبار، كان ابن آدم قوي، صاحي، يصيد أرنب ويشويها، ويطبخ عليها عيش، ويشرب لبن، والقاعة نظيفة، والقاعة ما فيها وسخ، ما فيها شي، البوش، الجمل الجمل، نضيعه ما ندري في الليل وين، بعيد مثل الشبهانة، نشم ريحته في الليل، ونعرف وين، ونعرف مكانه، الهوا نظيف».

environmental-degradation

الوعي الاجتماعي بضرورة الحفاظ على الثروة الطبيعية لصون ديموية بقاء المجتمعات المحلية القاطنة في المناطق البرية مؤشر مهم في بناء منظومة القيم والعادات والتقاليد والأعراف المجتمعية في العلاقة مع ما تكتنزه تلك المناطق من ثروات وخيرات حيوية. وكما بيّن لنا الشاعر بخيت المسافري من مدينة الذيد في الشارقة «أن المجتمعات البدوية كانت تنظم سير القوافل البرية وفق مسارات متعارف عليها يضمن عدم التأثير السلبي على الموارد الطبيعية في تلك المناطق، وتعليم الأجيال على عدم السير على المواقع العشبية التي هي ثروةٌ للرعي،

كما أن لها نظاماً للرعي وطرقاً ومواسم محدّدة للتحطيب واستغلال ثروات وخيرات بيئات المناطق البرية. وفي السياق ذاته درجت المجتمعات المحلية على ممارسة أنشطتها المتنوعة التي تميّز بها مجتمع البادية في مناطق متعارف عليها وبشكل منظم يحول دون التعدّي على مكوّنات تلك المناطق، والامتثال للعادات والتقاليد الرشيدة في الحفاظ على نظافة بيئات المناطق البرية وجعلها مكاناً ملائماً للراحة والاستجمام».إن هذه المفاهيم الخاصة بالعلاقة مع البيئة غدت منظومةً متكاملةً للعقد الاجتماعي في تنظيم العلاقة مع النظام البيئي في المناطق البرية.

Breathing Life into Sand

Dake Rechsand’s innovative and transformative solutions are proactively contributing to the creation of a more sustainable and abundant world. The company’s breakthrough breathable sand technology utilizes low-value desert aeolian sand, to create a constantly evolving portfolio of high value products. The solutions offered by Dake Rechsand include applications in water purification, desert farming, water harvesting, construction, sand casting, sand oil and more. The company is transforming food and water security in water stressed regions and is currently engaged in an ambitious plan to enable farming and greenery for at least 10,000 acres across UAE or for half a million trees by H1, 2021.

Chandra Dake, the Executive Chairman and Group CEO of the Dake Group, talks to EcoMENA about the ‘Magic Sands’ technology, and how it can transform the agricultural scenario in the UAE and other countries in the MENA region.

chandra-dake

EcoMENA: How does Dake Rechsand breathable sand technology align with the UAE government’s vision of creating a more food and water secure UAE?

Chandra Dake: Speaking in a recent cabinet meeting, His Highness Sheikh Mohammed bin Rashid Al Maktoum raised the issue of working towards a UAE of the future, which is self-reliant in meeting its food and water needs. This is a responsible reaction to the disruption of global supply chains that we experienced after the COVID-19 outbreak. However, ramping up local production of food, and enhancing the UAE’s ability to be water secure, will also make a significant impact in lowering carbon emissions. As Sheikh Mohammed pointed out, the solution lies in implementing innovative technologies that produce practical results, in a sustainable manner.

Dake Rechsand’s breathable ‘magic’ sand products take an abundant local resource – desert sand – and repurpose it to be the solution, rather than being part of the problem. It’s crucial to note that our solutions are completely scalable, empowering large scale implementation through government or agri-business intervention, as well individual users who wish to reduce the environmental impact of their homes and communities.

EcoMENA: Could you elaborate on how these ‘magic’ breathable sand products can be implemented in individual and community applications?

Chandra Dake: We have all witnessed the increase in rainfall in the UAE due to cloud seeding. However, this has also led to an increase in flooding, and has not yet had an optimal impact on greening the nation.  Dake Rechsand’s products can transform rainwater harvesting efforts, as well as enabling vigorous plant growth in sand, using much less water than conventional methods. These are two capacities which, in combination, can transform the UAE.

The opportunities for a decentralized and community led impact are endless. Corporate offices looking to landscape their campuses, schools wishing to teach their students the value of sustainability, or even people who would like to try their hand at growing vegetables and fruit in their backyard, as well as greening their gardens. All this and more can become possible while drastically reducing water consumption, as well as enabling the harvesting of rainwater using tiles, kerbstones and pavers from our IDER range of products.

EcoMENA: What do think will the impact of the Dake Rechsand technology on future projects and developments in the UAE?  

Chandra Dake: The UAE has emerged as a regional commercial hub, which is the location of choice for regional headquarters for several large corporations. At the same time, it is also a major residential real estate market, famed around the world for its luxury developments and great livability.  The UAE administration has introduced several investor friendly initiatives, to make these market segments attractive to international investors.

These strengths can be further enhanced by landscaping companies and consultants using our products in projects. Residential communities, commercial compounds, healthcare and educational campuses, and more, can all be enhanced using our breathable sand products. These sites can be much more green and lush, even at the height of the harshest UAE summer, while using significantly less water than they currently do.

dake-rechsand

A layer of 1 inch of our magic breathable sand, when applied a few inches under the root bed of the plant, allows enough water to be retained for the plant to flourish. Not just that, the kerbstones and paving products we offer can reclaim the excess water, and also collect rainwater, for underground storage that keeps water fresh for up to seven years. These capabilities will lead to decentralized water sources, which together contribute to a self-reliant and thriving UAE.

EcoMENA: What about the top-down government led initiatives for food and water security? Are Dake Rechsand products compatible with that scale of implementation as well?

Chandra Dake: Any progressive vision of the future must be anchored in sustainable smart urban clusters, which provide residents with the greatest access to conveniences and services, while doing so sustainably. However, a ‘smart’ city is not just about embedded digital technologies and future-ready public transport etc. At the end of the day, such urban clusters need access to abundant local food and water sources.

The UAE administration has garnered a lot of international praise for its people-centric and visionary initiatives. Nevertheless, until recently, the food needs of these large urban populations would have needed to rely on imports. Water resources would have had a large desalination component, which is heavily reliant on energy consumption. When Dake Rechsand’s breathable sand technology is added to the larger technology driven vision for the future of the UAE, an instantly more sustainable and self-reliant model becomes possible to implement.

دليل التسوق الأخضر

مع قدوم شهركانون الأول، يتم التخطيط و التحضير للعديد من المناسبات والحفلات الموسمية على الصعيد العالمي. و يأتي مع هذه المناسبات نوع من التسوق المنفعل مما يؤدي إلى استخدام وهدر المزيد من الموارد. بالإضافة إلى ذلك، شهركانون الأول هو أيضا مشهور بهوس التسوق الذي يُسيطر على الأشخاص من مختلف مناحى الحياة “التسوق” هو بالتأكيد أحد أشهر ‘الرياضات في الأماكن المغلقة “يُمارس بالتساوي من قبل شعوب الدول المتقدمة والنامية إعتماداً على أسلوب حياتهم وميزانياتهم و تقوم به السيدات بنسبة أكبر.

shopping-ecofriendly

“التحول الأخضر” هو الطريق الجديد بالنسبة لنا جميعاً فهو عبارة عن تغيير نمط الحياة الى الأفضل بما في ذلك تحسين العادات الشرائية و نمط التسوق الخاص بنا بحيث نعمل على تخفيض العبء البيئي الإضافي الناجم عن العادات القديمة. تعمل قوى السوق العالمية و المنتجين و الصناعات بالتعاون مع المؤسسات التسويقية و الإعلامية على تنظيم حملات تسويقية تهدف إلى استمالتنا لشراء المزيد من منتجاتها الأساسية و غير الأساسية.

مسؤولية الإشراف البيئي تقع على عاتقنا كأفراد للسيطرة والتصرف والانتقال إلى “التسوق الأخضر” لتغيير عاداتنا الشرائية المدللة. يبدأ تحمل هذه المسؤولية من خلال مراجعة لائحة التسوق الخاصة بك و تدقيق نمط حياتك وتحديد مجالات التحسين و التغيير للحد من التلوث.

و لنصبح “مستهلك أخضر” نحتاج إلى الحفاظ على الموارد، وتوفير الطاقة، ومنع النفايات عن طريق شراء المنتجات ذات الكفاءة في استخدام الطاقة، مُستخدمة أو قابلة لإعادة الاستخدام، مصنوعة من مواد معاد تدويرها أو قابلة لإعادة التدوير و غير مغلفة أو تستخدم مواد أقل للتعبئة والتغليف.

green-shopping

يتضمن “التسوق الأخضر” تعلم كيفية الشراء بذكاء مع أخذ المعايير البيئية في عين الاعتبار. واليكم بعض النصائح المفيدة “للتسوق الصديق للبيئة”:

  1. تحقق مما إذا كانت السلعة “حقا” أو “على وجه السرعة” مطلوبة. قد لا يكون لديك حاجة لإستخدامها فورا أو يمكنك تأجيلها إلى وقت لاحق.
  2. تحقق من كمية ومحتوى السلعة المطلوب بالإضافة إلى المدة ؟
  3. ما هي بدائل هذه السلعة من حيث التكلفة والحجم والعدد وما إلى ذلك؟
  4. التوجه لشراء المنتجات المعمرة بدلاً من السلع الاستهلاكية. شراء السلع التي تستمر لفترة أطول ويمكن إعادة استخدامها مثل البطاريات القابلة لإعادة الشحن وتَجنب المنتجات البلاستيكية مثل أدوات المائدة والألواح.
  5. تجنب السلع التي تتسم بالتعبئة والتغليف الزائد. إبحث عن المنتجات الأقل تغليفاً أو توجه للشراء بكميات كبيرة مما يعني كميات أقل من القمامة للتخلص والنقل.
  6. تشارك مع الأصدقاء. طريقة أخرى لحفظ الموارد والطاقة هي التبادل مع الأهل والأصدقاء بدلاً من شراء المنتجات الجديدة. ويشمل تشارك و تبادل ألعاب الفيديو والأقراص المدمجة وأقراص الفيديو الرقمية ،إلى اَخره… .
  7. شراء الأجهزة و السلع الإلكترونية الموفرة للطاقة وتشجيع المنتجات الموفرة للطاقة.
  8. شراء الهدايا المفيدة بهدف الإستخدام وليس التكلفة.
  9. إختيار السلع المصنوعة من مواد معاد تدويرها.
  10. عند الإختيار بين المنتجات المتماثلة، إختر المنتج الذي يمكنك إعادة استخدامه أو إعادة تعبئته في وقت لاحق، أو تلك التي لم يتم هدر الموارد على تغليفها حيث أنك سوف تقوم بالتخلص منه بمجرد وصولك إلى المنزل.
  11. شراء المنتجات المستدامة والتي لديها القدرة على أن تُنتج (مراراً وتكراراً) دون أن ينجم عنها الكثير من الضرر على البيئة.
  12. شراء السلع المصنوعة محلياً و المنتجات الغذائية المزورعة محلياً. الأطعمة المحلية طازجة و شراءها يحفاظ على القطاع الزراعي المحلي و يدعم المزارعين المحليين للبقاء في السوق، مع تجنب التلوث الناجم عن نقل المنتجات في جميع أنحاء البلد أو المنطقة.

دعونا نُلهِم أنفسنا على العيش بنمط حياة ملائم و صديق للبيئة ، صحي ، ومستدام.

تحول إلى متسوق (مستهلك) أخضر. إستكشف وتمتع و أحدث فرقا!

ترجمة م. لينا مراد خالد الكردي

ماجستير طاقة متجددة و كفاءة الطاقة \ باحثة

الترجمة ليس بالضرورة أن تُمثل رأي أو توجه المترجمة

Climate Change Impacts in North Africa

In North Africa, rising temperatures associated with climate change are expected to decrease the land areas suitable for agriculture, shorten the length of growing seasons and reduce crop yields. The decrease in annual precipitation that is predicted for Northern Africa in the 21st century will exacerbate these effects, particularly in semi-arid and arid regions that rely on irrigation for crop growth.

Whilst extreme events associated with climate change, like floods and droughts, will probably set economic development back many years, approaches to climate change adaptation are not usually aligned with development issues. Climate change mitigation will divert resources from programmes to address poverty, unemployment and poor-living conditions and threats the sustainability of development process.

climate-change-north-africa

Therefore, seemingly conflicting interests between the development and climate change agendas often arise, especially in regions like North Africa.

Sea Level Rise, Droughts and Floods

Droughts and floods are the most common climatic events in North Africa and represent direct threats to lives, livelihoods and socio-economic aspects. However, as one of the world’s most water-scarce regions with a high dependency on climate-sensitive agriculture, the economic and social conditions in North Africa are likely to deteriorate in the future. This is also particularly relevant to the region due to the high dependence of regional economies on agriculture.

The main economic and social activities in North Africa are concentrated along the coastal zones. Population within 100 km of coast is 68.8 percent in Algeria, 78.7 percent in Libya, 65.1 percent in Morocco, and 84 percent in Tunisia. Thus, sea level rise could result in major population movements and adversely affect many economic activities like tourism; a major source of employment and income in Morocco and Tunisia.

Water Scarcity

North Africa faces many similar issues to the Levant region when it comes to geographical climate impacts in terms of water scarcity and soil degradation. Furthermore, in Egypt it is projected that 1 meter sea level rise will affect an approximate of 6 million people mostly ‘poor’, living in the Nile delta basin. Thus this weakening in the Nile Delta which is heavily inhabited and used for agriculture shall impact millions of people.

Water-Scarcity-Jordan

Recent studies have forecasted that Nile river’s flow will decrease by 40-60% which will increase frequency and intensity of drought, particularly in North African countries causing major socio-economic and political problem for the region. It is also emphasized that Egypt will have to redesign its water policy due to precipitation changes around Ethiopia, from where 80% of water that flows into Egypt is generated.

Agriculture

In North Africa, rising temperatures associated with climate change are expected to decrease the land areas suitable for agriculture, shorten the length of growing seasons and reduce crop yields. In these countries, we estimate that a 1°C rise in temperature in a given year reduces economic growth in that year by about 1.1%. The decrease in annual precipitation that is predicted for Northern Africa in the 21st century will exacerbate these effects, particularly in semiarid and arid regions that rely on irrigation for crop growth.

As one of the world’s most water-scarce regions with a high dependency on climate-sensitive agriculture, the economic and social conditions in North Africa are likely to deteriorate in the future. This is also particularly relevant to the region due to the high dependence of regional economies on agriculture.

tunisia-climate-change

Desertification and drought are real threats for Tunisia

Crop production would be reduced across much of the continent as optimal growing conditions are exceeded. The capacity of African communities to cope will be significantly challenged. In North Africa, infrastructure and adaptation to extreme weather events are expected to prove costliest.

Economic Impact

The main economic and social activities in North Africa are concentrated along the coastal zones. Thus, sea level rise could result in major population movements and adversely affect many economic activities like tourism; a major source of employment and income in Morocco and Tunisia.

There needs to be integration into the political and economic choices made by these countries, so that there is an understanding of the structural reality of climatic change in its broad dimensions and with its medium- and long-term repercussions. There is a need to make a clear and direct connection between this phenomenon and other socio-economic factors that are more integrated on a policy level.

Recycling of E-Waste in GCC: Challenges and Opportunities

The growing amount of e-waste is gaining more and more attention on the global agenda. In 2017, e-waste production is expected to reach up to 48 million metric tons worldwide. The biggest contributors to this volume are highly developed nations, with the top three places of this inglorious ranking going to Norway, Switzerland and Iceland. In Norway, each inhabitant produces a massive 28.3 kg of e-waste every year. Not far behind the top ten of this ranking lie GCC member states, with both Kuwait and UAE producing each 17.2 kg e-waste per capita per year. Saudi Arabia with its many times larger population produces least e-waste per capita among all GCC countries, with 12.5 kg a year.

ewaste-middle-east

Link between Development and E-Waste

Recent research suggests that there is evidence of a strong link between economic development and the generation of e-waste.  Due to rapid urbanization growth rates along with a substantial increase in the standard of living, more people develop a consumerist culture. With rising disposable income, people replace their technology more frequently, as soon there are upgraded gadgets on the market. This development is aggravated by technological progress, which renders shorter life spans of products.

Complexity of E-Waste

E-waste is not only a fast-growing waste stream but also complex, as it contains a large variety of different products. This makes it extremely difficult to manage. The rapid technology development and the emergence of items such as smart clothes will render e-waste management even more difficult in the future. Dealing with e-waste is not only toxic for workers with direct contact to it, but also the dumpsites on which e-waste is stored can have severe environmental impacts on the surrounding areas. Many developed countries export the bulk of their e-waste to developing countries, where it is recovered using extremely harmful methods for both human and the environment.

Out of the total e-waste produced world-wide, only about 15% are collected by official take-back schemes. The European Union is one of the few regions in the world with uniform legislation regarding the collection and processing of e-waste. The WEEE (Waste Electrical and Electronic Equipment) Directive took effect in 2003 and was designed to make manufacturers of appliances responsible for their equipment at the end of its life, a system known as extended producer responsibility (EPR).

An Untapped Opportunity

However, e-waste should not only be seen as a problem which more and more developed countries have to face. According to statistics, the intrinsic material value of global e-waste is estimated to be 48 billion euros in 2014. Even though the large part of e-waste constitutes of iron and steel, precious metals such as gold, copper, palladium, silver, platinum, cobalt, and more provide economic incentive for recycling.  In addition to the intrinsic material value, there are more benefits to e-waste recycling, such as job and employment creation.

In addition to these economic benefits, the recycling of electronic waste products also ensures to reduce environmental pollution by conserving virgin resources, whose extraction goes along with severe damages to entire ecosystems.

Situation in Gulf Countries

In almost all GCC countries, there is minimal to zero legislation on e-waste, with minor differences between the respective counties. Kuwait as one of the biggest per capita e-waste producers among the GCC nations uses the same landfills for both conventional and e-waste. Bahrain operates only one landfill for the entire country, but there are several recycling initiatives in place, aiming at separating plastics, metals and paper. Still, there is no comprehensive law on e-waste management.

Saudi Arabia possesses the biggest total amount of e-waste among the GCC countries. There are private companies, initiatives and Non-Profit-Organizations currently working on e-waste recycling, but there is no regulated system in place.

Oman does not have regulations or facilities to deal with e-waste, but the country has recently stated the realization of a need for it. Qatar has also recognized the need to address the waste management issue, but no concrete actions have been taken.

The most advanced momentum regarding e-waste of all GCC countries can be found in the UAE. In some waste management centers, there are facilities where e-waste is classified and sorted out specifically. The UAE government is currently developing regulation and facilities to for sound e-waste recycling.

The Way Forward

As we have seen, in many GCC countries the need for e-waste legislation is widely recognized. E-waste management provides an opportunity and a huge potential in the entire Middle East, primarily due to four reasons. First, e-waste management is a source of employment for both highly skilled and unskilled workers. This could help to transfer employment from the public to the private sector, which is a goal of many Gulf countries.

Second, e-waste recycling can also minimize costs, as less landfill space is being used. In Bahrain, the only existing landfill is expected to reach its capacity in the next years, and poses furthermore a health risks for the population as it is close to urban areas.

The most advanced momentum regarding e-waste in the GCC can be found in the UAE.

Third, the intrinsic value of e-waste with its precious metals provide economic incentive for recycling. As reserves for many metals decrease drastically, the economic value of these resources is expected to increase. And fourth, developments in e-waste management provide opportunities for industry and environmental research. Innovative and efficient recycling processes could be developed and transferred to other countries.

In order to fulfill this potential for e-waste management in GCC countries, the first step is to develop a sound regulatory framework in order to ensure private sector participation. Additionally, programs to increase public awareness for waste and in specific e-waste need to be developed, which is necessary for an integrated e-waste management system.

References

Kusch, S. & Hills, C.D. (2017). The Link between e-Waste and GDP—New Insights from Data from the Pan-European Region. Resources 6 (15); doi:10.3390/resources6020015

Baldé, C.P., Wang, F., Kuehr, R. & Huisman, J. (2015). The global e-waste monitor – 2014. United Nations University, IAS – SCYCLE. Bonn, Germany

Cucchiella, F., D’Adamo, I., Lenny Koh, S.C. & Rosa, P. (2015). Recycling of WEEEs: An economic assessment of present and future e-waste streams. Renewable and Sustainable Energy Reviews (51); doi:10.1016/j.rser.2015.06.010

Alghazo, J. & Ouda, O. (2016). Electronic Waste Management and security in GCC Countries: A Growing Challenge. Conference Paper.

Debusmann, B. (2015). New regulations are coming up to deal with e-waste.

Dake Rechsand’s ‘Magic Sand’ Aims to End UAE’s Food and Water Deficit Within 5 Years

Addressing the UAE and larger MENA regions’ sustainability challenges of water conservation, green cover and food security, Dake Rechsands’ breakthrough sand technology can harvest and store rainwater to create a new water source for the region as well as transform deserts into lush tropical forests and organic farms.

Dake Rechsand, a collaboration between South Africa’s Dake Group and the Rechsand Technology Group from Beijing, today announced the launch of their revolutionary ‘magic sand’ technology and its affiliated sand-made product range in the Middle East region. The joint venture is the result of their mission to take these innovative technologies to the global market to alleviate pressing challenges of food and water security, especially in desert regions like the Middle East. The product has been lauded by the United Nations (UN) as well as other international bodies for its potential to mitigate concerns around global warming, forestation, water conservation and food security – issues that are also central to regional efforts for a sustainable future.

magic-sands

The Dake Rechsand technology transforms the properties of ordinary sand, to allow the free passage of air, while retaining water. Developed by Mr. Qin Shengy, Dean of Production at the Rechsand Research Institute, this technology is the result of over 35 years of research. The phenomenal results Mr Shengy has achieved include growing 1,500 acres of organic rice in the Ulam Buh Desert – one of the world’s seven driest regions, with temperatures of up to 57 degrees Celsius.

Thanks to decades of R&D, the Rechsand Research Institute has developed an array of products, with unique properties suitable for gamechanging real world applications. The revolutionary product is now being promoted globally by Dake Rechsand and given the MENA region’s water scarcity, Dubai is serving as the regional launch pad for the innovations first global launch. In keeping with these plans, Dake Rechsand has shifted its headquarters to Dubai.

“The Middle East and North Africa region is the most water scarce region of the world. The region is currently using over 75 % of its renewable water resources, 85 % of which is being used for irrigation” , says Chandra Dake, Executive Chairman & Group CEO of Dake Group, a diversified investment group with a keen interest in innovative technologies that can help solve global problems. “In the UAE, the decade between 2008 and 2018 saw water consumption rise by almost 26%, to 1.87 billion cubic meters. The authorities were quick to realise that this consumption rate was unsustainable, and made significant investments in cloud-seeding technologies, with very successful results.

chandra-dake

Chandra Dake – Executive Chairman and Group CEO of the Dake Group

However, UAE continues to be limited in its capacity to harvest this increased annual precipitation, resulting in flooding and wastage of surface water. At the same time, this additional rainfall has done little to green the desert, or reduce the dependence on external sources of food. Dake Rechsand can address both these issues simultaneously”, adds Chandra, a passionate advocate of Innovation to solve global Sustainability, Food Security and Water Conservation issues.

The breathable sand, the only one of its kind in the world, delivers on two key challenges for the region – Desert Farming as well as Water Conservation. Made up of regular sand particles, coated using a special technology, this ‘magic sand’ can retain water much longer while also allowing free circulation of air, unlike other hydrophobic materials. The innovation can empower the region to grow food abundantly while also cutting down on water needed for irrigation by nearly 80%. Even traditionally high water consumption crops like rice and several varieties of fruit and nut trees can be easily grown in desert regions, without the need to for excess water or chemical fertilizers and pesticides.

Additionally, Dake Rechsand’s IDER range of products, including tiles and kerbstones, has been developed to allow both air and water to permeate, resulting in a revolutionary innovation for rainwater harvesting. “Rainwater is the purest source of fresh water, yet most rainfall on the planet is wasted and often results in flooding and road clogging. Left stagnant too long, this precious life giving resource can easily become unusable. Reservoirs built using the Rechsand IDER Honey Comb Harvesting technology can preserve water in its pristine state for up to seven years without developing algae, without the need for chemicals or electricity”, shares Chandra.

Chandra confirms that the innovation has been creating excitement worldwide, including an invitation to present at the UN Convention to Combat Desertification (UNCCD) in New Delhi in 2019, with the Secretary General of the UN Desertification Council endorsing Rechsand’s magical sand technology products as an effective solution to achieve the goal of ‘Zero desertification’ by 2030.

The product has already been introduced into the UAE market with several successful pilot projects underway. “In the regional context, the Al Ajban farm in Abu Dhabi, where salinity of the water is very high, is a great example of a large scale commercial deployment that has already produced outstanding results”, Chandra continues. “Homes in Dubai, which have adopted this breakthrough technology, are boasting lush tropical greenery, even during peak summer months. We see a huge potential for regional adoption led by government departments, smart city planners, water conservation and sustainability initiatives, agri-businesses, as well as landscapers and home gardens”.

dake-rechsand

Currently, Dake Rechsand products are fabricated in China. However, the company is already making plans to develop regional manufacturing facilities based on demand within the MENA region. “We are excited by the vision of a green, water abundant Middle East, which produces a significant percentage of its own food, in a sustainable and organic manner. We believe our range of products offers a truly magical solution for a global crisis in water and food security. And we feel the MENA region, with its harsh summers, sprawling desert and water deficit, can emerge as an ideal test case, to lead a global transformation”, concludes Chandra.

ABOUT DAKE RECHSAND

Dake Rechsand’s innovative and transformative solutions are proactively contributing to the creation of a more sustainable and abundant world. The company’s breakthrough breathable sand technology utilizes low-value desert aeolian sand, to create a constantly evolving portfolio of high value products. The solutions offered by Dake Rechsand include applications in water purification, desert farming, water harvesting, construction, sand casting, sand oil and more.

With a global presence that currently extends to the USA, the UAE, India, China and South Africa, the company is transforming food and water security in water stressed regions. It is currently engaged in an ambitious plan to enable farming and greenery for at least 10,000 acres across UAE or for half a million trees by H1, 2021.

ABOUT CHANDRA DAKE

Chandra Dake is the Executive Chairman and Group CEO of the Dake Group, and an advocate of Innovation and Sustainability, with a Food Security and Water Conservation focus. Mr. Dake reconciles a strong entrepreneurial drive with a philanthropic spirit, which has helped him conceptualize and implement socially conscious and sustainable business models, over a 21 year career as a successful entrepreneur.

Mr Dake’s business interests have blossomed to include sectors such as Information Technology, Agriculture, Energy, Commodity Trading and Sustainable Technologies. His business approach is anchored in strong ethics and values, which is evident in his efforts to implement inclusive growth models for underprivileged community farmers, and scaling transformative Desert Farming and Water Conservation solutions.

For enquiries and interview, please contact neha@yourwordsmiths.com; 0504507068

Some Magical Facts about Magic Sand

Why is it Magical for Desert Farming and Food Security?

  • Breathable sand creates Breathable roots, which can transform forestation/green cover
  • A thin cover of the sand reduces water usage for agriculture, farming, forestation or gardens by 80%, which could mean billions of gallons of water saved per year
  • The breathable sand can also revolutionize Desert Farming to improve yield quantity and quality
  • It promotes faster adoption of organic farming practices as desert soil is uncontaminated with any chemicals or fertilizers

Why is it Magical for Rainwater Harvesting and Water Security?

  • Pavements and Kerbstones made of magic sand can absorb 100% of the rainwater instead of letting it run waste
  • Underground/under-landscape reservoirs, made of the same breathable magic sand, can be built under the roadside landscapes/roundabouts, especially in the low-lying areas of Dubai, where rainwater flooding is a menace.
  • These reservoirs can collect 1000’s of gallons of the same rainwater, and the breathability of the tiles means the water remains 100% fresh without the need for any electric stimulation or chemicals.
  • Being modular, these reservoirs can be created anywhere in the city, below the ground, and do not require a city-wide centralized water collection system
  • The same water can then be redirected for the city’s usage
  • Over time, this can help create a new source of water for the desert/MENA region
  • As a bonus, the tiles are 100% skid-free, leaving roads, walkways and pathways, absolutely water-free & safe even after heavy rains or water use

تحلل نفايات الإطارات

يتم تجاهل عشرات الملايين من الإطارات في منطقة الشرق الأوسط كل عام . إن التخلص من نفايات الإطارات  مهمة صعبة لأن الإطارات لها عمر طويل وغير القابلة للتحلل . الطريقة التقليدية في إدارة نفايات الإطارات هي تخزينها أو إغراقها أو طمرها  غير القانوني، وكلها حلول قصيرة الأجل .الإطارات المخزونة توفر  أرضا خصبة مثالية لتكاثر البعوض، والحشرات والثعابين . بعض الحرائق المفاجئة او العرضية في مكبات الإطارات في إثارة إصدار الغازات السامة منها لأشهر . على سبيل المثال، شب حريق هائل  في الجهراء موقع تفريغ في الكويت في ابريل 2012 حيث تم تخزين أكثر من 5 ملايين من نفايات الإطارات .

إن تراكم الإطارات فوق بعضها البعض في مكبات الإطارات قد تلحق الضرر في طبقة المطاط و في بطانة الإطار .  و مكبات النفايات غير مفضلة لدى العديد و ذلك لأنها تحتاج مساحات كبيرة كما ان 75% من هذه المساحات يعتبر ذو قيمة .

وحظرت العديد من البلدان في أمريكا الشمالية وأوروبا طمر  الإطارات بشكل كامل وجعل إعادة التدوير 

إعادة تدوير الإطارات هي عملية إعادة تدوير الإطارات الخاصة  بالمركبات و لكنها  لم تعد مناسبة للاستخدام وذلك بسبب ردائتها و توفر بعض الأضرار فيها مثل الثقوب . هذه الإطارات هي الأكبر والأكثر إشكالية من بين جميع مصادر النفايات، وذلك بسبب انتاجها بشكل كبير وديمومتها .

و هناك ثلاث تقنيات رئيسية لإعادة تدوير نفايات الإطارات الطحن الميكانيكي ، والطحن المبرد والانحلال الحراري .

الطحن الميكانيكي

عملية الطحن الميكانيكي تحدث عن طريق تكسير خردة الإطارات تحت درجة حرارة الغرفة . يتم تمرير الإطارات من خلال مقطّع الذي بدوره يقوم بتقطيع الإطار الى رقائق , ثم يتم تحطيم هذه الرقائق الى حبيبات صغيرة و إزالة قطع الفولاذ والألياف في هذه العملية . تتم إزالة أي قطع  متبقية عن طريق  المغناطيس أما الأليافتتم إزالتها  من خلال مجموعة من شاشات تهتز ومناخل خاصة . و يمكن الحصول على جزيئات أدق من المطاط من خلال طحن الحبيبات الصغيرة بطاحن دوّارة و عالية السرعة .

الطحن المبرد

يتم الطحن المبرد عن طريق طحن خردة الإطارات عند درجات حرارة 80 درجة سيليزية تحت الصفر باستخدام النيتروجين السائل او المبردات التجارية . يتم تجهيز المبردة عموما  قبل معالجة إطار السيارة أو الشاحنة كمادة وسيطة، في معظم الأحيان على شكل رقائق أو حبيبات . عندما تتعرض هذه الإطارات لدرجات حرارة منخفضة، تصبح هشة ويمكن طحنها بسهولة وكسرها . يمكن أن يكون هناك نظام من أربع مراحل والذي يتضمن الحد من الحجم الأولي،التبريد، الانفصال، و من ثم الطحن . وتتطلب هذه العملية طاقة أقل من غيرها، وتنتج المطاط المكسر ذو جودة مناسبة .

فتات المطاط، والمنتجات التي تم الحصول عليها من طحن اإطارات الخردة، تستخدم لتصنيع إطارات جديدة أو مجموعة متنوعة من التطبيقات بما في ذلك مشاريع التشجير بمدها على  الطريق، وكغطاء لسطح الملعب، ومسارات الركض، والاعشاب المجال الرياضي .

الإنحلال الحراري

هو عبارة عن التحلل الحراري لإطارات الخردة إما بغياب او نقص غاز الأكسجين . يستخدم الانحلال الحراري إطارات السيارات و الشاحنات مسبقة التجهيز كمادة خام أساسية . هذه المعالجة تتم على مرحلتين , والذي يستخدم التحلل الحراري لتسخين المطاط في غياب الأكسجين مما يؤدي إلى تقسيمه إلى أجزاءه المكونة له , على سبيل المثال، الوقود المشتق من الإطارات (TDF)، والغاز الاصطناعي .

التكسير والتكسير التدريجي  كما يتم تسخين المواد إلى 450-500 درجة مئوية وما فوق.  استخدام TDF في أفران الأسمنت، مصانع الورق أو محطات الطاقة هي واحدة من أفضل استخدامات الإطارات الخردة. الفحم يمكن استخدامه في عمليات الإنتاج ذات القيمة المنخفضة كملوّن أو حشو.

ترجمة 

علا محمود المشاقبة , حاصلة على درجة البكالوريوس تخصص " إدارة الأراضي و المياه " من الجامعة الهاشمية – الأردن بتقدير جيد جدا , أعمل تطوعيا كعضو إداري مع مجموعة " مخضّرو الأردن JO Greeners"  منذ ثلاثة سنوات و حتى الأن  , و متطوعة أيضا مع منظمة  EcoMENA  . موهبة الكتابة شيء أساسي في حياتي و قمت بتوظيفها في كتابة و خدمة القضايا البيئية .

8 Eco-Friendly Ways to Wash Your Car

How do you normally wash your car? Most of us will answer “the driveway” as the place where we normally wash our car. Washing our car in the free driveway might be one of the most harmful things we do to our environment. Like the other wastewater from our home, the car wash wastewater doesn’t go into the septic to get into treatment. The car wash wastewater from the driveway goes straight into the sewer or drains and gets mixed with the river or local pond without any wastewater treatment. This chemical car wash water pollutes the aquatic life and its ecosystem.

There are many ways to clean your car, one of the best way is to clean via car vacuum cleaners. All the oil, gasoline, paint residues, dust, soap chemical, and other pollutants from the car wash water completely destroys the aquatic ecosystem. It is a must that we avoid polluting the aquatic ecosystem by following other eco-friendly methods instead of the traditional one.

Let us explore some of the eco-friendly ways in which we can wash our car and other automobiles.

1. Commercial Car Wash

Commercial Car wash is an obvious answer to clean our car in an eco-friendly way. Car wash centers are required to treat the wastewater before letting it go into the drain or sewer. In this way, the aquatic ecosystem doesn’t get polluted as the waste is treated beforehand by the wash centers. They also use a computer-controlled motorized pressure pump to efficiently clean our cars. It minimizes the use of water in cleaning the car.

commercial-car-wash

Using a commercial car wash or drive-through car wash saves you a lot of time and energy in cleaning your car even if it costs you some money. They also give you a thorough cleaning of your car, so your money spent will also be worth in the long run. Commercial car wash centers are probably one of the best ways to clean our car in an eco-friendly way.

2. Bio-Degradable soap

If you like to wash your car by yourself in your home, you can still do it in an eco-friendly way by using biodegradable soap. These soaps are better than your normal car wash liquid as it is phosphate-free and has no harmful chemicals. They are also water-based cleaners, so you can safely use it on your car to clean without affecting your environment.

The main reason why cleaning your car in the driveway causes harm is because of the chemical soap or liquid that you use. It contains harmful chemical with phosphate, sodium, and potassium that affects the soil and water when mixed. When you use a biodegradable soap instead of your normal one, you can still wash your car in your home without affecting the environment.

3. Waterless car washing

There are other ways in which you can wash your car without the use of water. One such way is to use car wash spray. Using a spray gun, you can wash your car while also minimizing the use of water. You can do spot cleaning with a spray gun and wipe the dust off with a washcloth. It is effective in spot cleaning than using a pipe or hose.

environmentally-friendly-car-wash

The main advantage of this method is that no chemical water is let into the drain and sewers, so you are cleaning your car in an eco-friendly way. While you won’t get the satisfaction of cleaning your car whole using a pipe, this way of using the spray gun to clean the car is definitely better for the environment.

4. Don’t let chemical water mix into the sewer

If you are used to cleaning your car in your home using a chemical or bio-friendly soap, you can still be eco-friendly by following this advice. The environment gets affected when the wastewater gets mixed into the soil or the sewer, so you can prevent this to be eco-friendly in cleaning your car.

You can use a bucket to collect all the dirty chemical water from the cleaning before it reaches into the sewer. Then, you can dump this waste chemical-laced water into your kitchen sink or toilet. This will work because the water from your house gets treated before it reaches the river. It is a great eco-friendly way to wash your car.

5. Washing your car on gravel or grass

Washing your car above gravel or grass might not be completely eco-friendly, but it’s still better than doing nothing. The stone and sand mixture in the gravel or the grass will filter the wastewater from your car wash, so it will not reach the nearby sewer to get mixed into the river.

environmentally-friendly-car-washing

The wastewater will soak into the ground and settles there. It will still affect the soil and the land, but the aquatic ecosystem will be protected as the wastewater will not mix into the sewer.

6. Use the chemical subtly

Even if you use a bio-degradable or other chemical soap to clean your car, you should use it as little as you need to clean. Using the chemical soap abundantly without any caution will clearly affect the environment much.

So it will be prudent for you to use the chemicals as little as possible so the environment doesn’t get affected much. The biodegradable soap that was mentioned earlier will also contain a few harmful chemicals, so you must use those carefully as not to affect the environment.

7. Cleaning Windows using Vinegar

Instead of using chemical soap to clean your windows, you can use vinegar. Use a spray bottle filled with vinegar and washcloth to do a spot cleaning of your windows. It will clean your car while not affecting the environment in any way.

8. Using reusable washcloth

Instead of using a one-time use cloth or wipes to clean your car, you can use a reusable washcloth. Using the reusable washcloth will benefit the environment in a great way. It reduces the accumulation of dust while also saving your money on buying new clothes.

Conclusion

Many of us are not aware of the environmental problems caused by cleaning the car in our home. It can be easily mitigated by following any of the steps listed above but using a commercial car wash center is considered the best option for both the car and the environment. We hope you got some information on how to clean your car in an eco-friendly manner.