Rwanda to privatise methane gas plant


A methane gas plant on Lake Kivu where Rwanda produces 2 MW of electricity. The Rwanda government is negotiating with an Israeli firm to take it over to increase its capacity.
KIGALI, RWANDA - The Rwandan government continues to negotiate with an Israel firm to lease her pilot methane plant on Lake Kivu, western Rwanda, in a bid to increase the plant's electricity production capacity.
The plant, which currently produces 2 megawatts, which is way below the installed capacity of 4 megawatts due to technology failure, is expected to provide 50 megawatts when Israel Africa Energy Limited finally gains its control.
The methane plant known as Kibuye Power (KP1) started filtering methane gas and converting it into electricity in 2008 to provide scientific proof that it was possible to separate methane gas from water and generate electricity out of it.
The Minister of Infrastructure for Rwanda Mr. Albert Nsengiyumva says that privatisation of the KP1 is still ongoing with hopes that a deal would be sealed 'very soon'.
The government chose Israel Africa Energy Ltd, a subsidiary of Israel Electric Corporation (IEC) among many other companies that had expressed interest in the plant.
Rwanda, like many African countries, is desperate for sustainable electricity supply in order to lower operating costs for private operators and increase their profitability to support economic growth.
Access to electricity especially in the rural areas where many people rely on agricultural activities has been linked to massive job creation and technology transfers, which are regarded as catalysts for development.
Rwanda currently has an installed capacity of more than 85 megawatts but the supply is around 75 megawatts.  
Electricity access is estimated between 12% and 15% but the country has ambitious target to reach 50% of the population in the next six and a half years.
This will require some US$4 billion to be invested in various power generation projects including generation of 100 megawatts from methane gas and another huge capacity from geothermal sources.
Currently, CoutourGlobal, a US based firm, which has a $325 million gas-to-power agreement with the government of Rwanda is moving to install a platform on which the gas-filtering equipment will be installed in Kibuye, on Lake Kivu, Western Rwanda.
The company recently received a political guarantee from the World Bank and it is using it to secure loans and finance power generation in Rwanda.
The first phase of the project is targeting 25 megawatts while the remaining capacity is expected in the second phase if the all the required funds are mobilised.
The government offered to buy the ContourGlobal electricity but the company has delayed to start generation. Early this year, the government threatened to review the agreement if ContourGlobal fails to start.
Methane gas in Lake Kivu is estimated at 60 billion cubic meters but research has concluded that only 40 billion are currently extractible.
The deadly gas shared by Rwanda and DR Congo and the two countries have a joint plan to extract and generate 200 megawatts from the gas.
The gas has a value estimated between $7 and $ 41 billion according experts.

Are We Measuring… Too Much?

The problem is where the measurement drives the implementation.


Are We Measuring… Too Much?

Authored by: Martin Herrndorf

'Impact assessment' has become a mantra across much of the social entrepreneurship and impact investing scene. Are we measuring enough? The right thing? In the right way? Or, maybe... are we measuring too much?

We all want 'impact', and 'measurement' sounds like a good way to get it. And there is certainly are a lot of good reasons for impact measurement, some of which led Ted London to postulate that "Managers of business ventures that work with the world's poor need more than financials and feel-good stories to measure success. They need to know exactly who's benefiting and how" (London)

As a consequence, conferences, courses and tools for impact measurement abound - and the topic has received favourable treatment here on NextBillion. But does it all add up? In a provocative roundup of USAID's history, Andrew Natsios has coined the term 'Obsessive Measurement Disorder' (OMD) for exactly that phenomenon - measuring too much. While he is mainly concerned with the wondrous world of "Official Development Aid" (ODA), his insights could hold implications for the alternative world of social entrepreneurship and inclusive market development.

Building on his ideas, this post won't look 'why' we should measure impact, but 'if' we should do so. I will have a look at possible concerns about impact assessment, and ask for some alternatives.


1: Can we measure what matters?

A first concern stems from what's measurable and what not. Following Natsios, the more transformational an outcome, the more difficult it is to measure. Transformation is driven by broad and lasting change - which takes time, involves a lot of soft issues, non-linear dynamics, arbitrary causal changes and often cannot be attributed to individual actor strategies. All these factors make measuring transformational change more difficult then non-transformational change.

Examples abound:

Aids treatment through external experts and imported drugs (low transformation) is easier to measure then aids prevention through a domestic, well-developed health system (high transformation), as a consequence, prevention tends to be underfunded.

Selling individual solar lamps (low transformation) is more easily measured then a roll-out of more complex to manage micro-grids or community-based solutions (higher transformation): And while Monitor Group judged the market for micro-grids at ten-times the size compared to the market for households solutions (for the Indian BoP), there's a strong bias of solar lamp / solar home systems at conference and design exhibitions.

Last, giving stuff away to poor people for free on a limited scale (low transformation) is easier to measure then building up sound framework conditions for the development of a market economy (high transformation) - another factor that may explain why a "free" tactic comes out better in recent randomised control experiments?

This measurement paradox can have problematic implications: Funders with a strong orientation on measurable outcome will channel funds to highly visible, highly measurable activities - with transformational activities being underfunded. And entrepreneurs that want 'measureable' impact will be drawn to 'measurable' activities, not to the ones that drive real social change. In practice, this can enforce that concern that Ashoka's Felix Oldenburg voiced about the funding of organisations rather the impact, as the effects of an investment are best measured at the organisational level.

2: It's the (transaction) costs, stupid

Secondly, impact measurement has costs. These costs primarily occur for staff time and data management systems. But more importantly, they could occur in driving project complexity, and by setting adverse incentives that stem from measurement challenges (see point 1).

As Klaus Zimmerman, from responsAbility, stated succinctly on a panel during SOCAP Europe, it's high transaction costs that lie behind many challenges in market development. Social innovators should work towards bringing costs down - with impact measurement being another 'poverty penalty' (on top of the low transaction sums, lack of infrastructure, low-density of populations in rural areas, lacking judicial reliability, risk of corruption etc.). All these costs are not borne, or not to this degree, by the rich - will adding impact measurement on top really help to build inclusive business models?

3: Input, throughput, output, impact?

Impact measurement is concerned with what is normally the result of a long and complex intervention, involving multiple groups at different stages. And even if we would be able to measure that impact in a satisfactory manner - how would the results be interpreted by the actors involved in this process?

Research from 'mainstream' management shows that a focus on measuring outcomes can be ineffective, or even detrimental, to achieving these outcomes. The same might be true in social entrepreneurship and inclusive market efforts. If an "impact measurement" identifies a challenge, the root of this problem might be the reason that prevents tackling it. For example, if the missing impact stems from a lack of sensibility or commitment of staff members, will these staff members that be willing and able to interpret these results, and take effective action? Or shouldn't we focus more on input (selecting the right staff) and throughput (providing effective coaching and oversight) in the first place? Instead of measuring impact, which always happens ex-post?

Whether results from impact measurement that require action and change in the company might stem from lack of ability or conflicts of interest, there will often be a counter-activity to either change the results themselves or their interpretation, putting the stated goals behind impact measurement at risk.

4: Towards a neo-paternalist agenda?

Last, there's a more fundamental concern behind the un-easiness with measurement. Entrepreneurship, BoP, inclusive markets - these concepts were meant to free the poor from well-meaning, paternalistic efforts, and allow them to bring in their own creativity. Give them a credit, and some training - and let them decide what they want to spend their money on! That's a far step away from philanthropic, in which the donors' perspective (including all sorts of errors and biases) determine to a large degree what's happening.

Impact measurement can bring back this neo-paternalist agenda through the backdoor. When they get access to glasses - will they use them to watch soap operas (bad!), or to earn a living by an income-generating activity (good!)? When they get credit - will they spend it on consumption (bad!) or as an investment (good!)? When the poor get access to a fridge - will they store medicine (good!) or beer (bad!)*? While all of these are valid concerns, there's a large amount of external judgement about what's good and what's bad in any given situation - something that might best be judged by the poor themselves.

This idea has implications for the mission businesses targeting the poor. Providing the poor with access to product and services is a very different idea then creating impact in their lives, and one that is more in line with granting the poor autonomy. Such an approach would also be more aligned with Amartya Sen's capability approach: 'Access' to is more akin to his focus on capabilities then realised changes in living conditions. On a more pragmatic level, access can often be translated to developing "markets", for example for financial products, which allow the poor to have a choice among several competing products, that conform to certain minimum quality standards as defined by regulatory bodies.

Fixing impact measurement...

Responsible organisations that use impact measurement as an integrated part of their strategy might very well benefit from it. The concerns above, even if taken to the extreme, suggest that most organisations will find it difficult to do so, and that the benefits of impact measurement might not be those widely suggested in the literature.

However, depending on the funding sources used, creating accountability through impact measurement might seem unavoidable. Public bodies need to be "accountable" to taxpayers, private donors and foundations pursue a certain agenda and want to make sure that their money is well-spent. Still, if the above is true, these organisations would be better off by not pursuing an impact measurement approach, but some kind of alternative mechanisms.

... or going for alternatives?

What are the alternatives? Taking into account the problems above, here are some suggestions on how we can move from measurement to management, and from impact (whatever that may be) to sound processes:

-      Putting the right people in charge: It's people that make decisions that determine impact in the end, from front-end staff to an organisation's leadership. Compare an impact investment fund started and is run by one committed woman and a development aid organisation run by  seven politically selected men. What does that tell us about each organisations' attention and sensibility to gender issues and empowerment?

-      Wrap impact into the business model: If a company's business model relies on their (formerly) poor sales agents earning a decent salary, the company should (and will) take care that the agents indeed earn a decent salary (risking high turnover otherwise). Wrapping impact into the business model in as many ways possible will help to make sure that impact measurement doesn't become a detached exercise, but a core practice.

-      Charging the poor: Some organisations rely on resources from low-income clients (that purchase their products), others on donations and funding from government bodies residing in far-away global cities. As organisations normally survive by focusing on their key customers, these two models might have strong implications for organisations depending on them.

-      Learning from stories: Better stories can be a great source of learning, if organisations can resist the urge to solely tell "success stories", and allow those stories from their staff and their customers that feature the disappointment, frustration and set-backs that occur in all inclusive market efforts, due to the size of complexity of the underlying challenges.

I'd guess there are a lot of ideas out there on how to fix, or move beyond impact measurement?

* Your humble blog author finds his fridge an incredibly useful device for cooling beer, a beverage that he holds in great esteem as a good German citizen and inhabitant. He would find it irritating to prevent others, the "poor", from doing the same, and would resist any consultant conducting an impact assessment on his fridge.

Read more?

London, Ted. 2009. "Making Better Investments At the Base of the Pyramid.". Harvard Business Review 87:106-13. http://hbr.org/2009/05/making-better-investments-at-the-base-of-the-pyramid/es

Natsios, Andrew. 2010. The Clash of the Counter-Bureaucracy and Development. Center for Global Development. http://www.cgdev.org/content/publications/detail/1424271

 

Please like NextBillion on Facebook and follow us on Twitter. 

California Ships Totally Solar Powered Rice to Japan


california rice industry uses solar power to process rice for shipment to japanThe U.S. agricultural sector is beginning to take on a leadership role in the transition to renewable energy, and the latest example is the California rice industry’s adoption of solar power. In a first of its kind partnership, several California rice companies pooled their stock to put together an entire shipment of rice that was not only grown with solar energy (the sun, right?), but also dried, stored, milled and packaged at solar powered facilities. As reported by Anne Gonzales of the Sacramento Bee, the Japan-bound vessel is only one of the twenty-plus rice shipments that California sends to Japan each season, but considering that the switchover to solar power is just getting off the ground, that’s a great start for the rice industry.

Solar Power and U.S. Rice

Gonzales notes that the shipment was intended to make a statement about the California rice industry’s commitment to alternative energy. It can also be taken as a signal to U.S. policy makers that references Japan’s rapidly evolving clean energy strategy in the wake of the Fukushima nuclear disaster. Considering that the U.S. nuclear industry is also vulnerable to flooding, the solar rice shipment seems designed to prove that continued growth in nuclear energy is not necessary to sustain agriculture and other large scale commercial operations in the U.S. — and is certainly not worth the risk of contaminating valuable farmland.

Grain Drying and Solar Power

Of all things, it turns out that grain drying is one of the biggest energy-gobblers not only for rice production but for other grains as well. Last year the U.S. Department of Agriculture distributed $30 million in energy conservation and renewable energy loans and grants to farmers, and a major focus of the program was the replacement of old grain dryers with more efficient equipment. That includes the use of new ambient-air technology as well as solar-powered grain drying and storage equipment.

A New Push for Solar Power in Agriculture

Solar dryers aren’t exactly new to the rice industry – back in 2004, California’s Butte County Rice Growers Association made headlines when it installed a $1.5 million solar array for its rice facilities – but in recent years there has been a strong surge of interest in solar energy as well as other renewables. The trend is being pushed by the Obama Administration, which seems to understand (unlike some policy makers) that an ounce of prevention is worth a pound of cure. The simple fact is that the agriculture industry needs to gear up to keep the food supply running smoothly as fossil fuels become more risky, expensive, and vulnerable to geopolitical circumstances. Food supply is a genuine public priority, just like national defense – and if there’s any doubt about the need for renewable energy in that sector check out how  renewable energy has become a priority for the U.S. military.

Image: Rice by IRRI images on flickr.com.

Nestlé uses solar energy to power ice cream factory in Italy

I seem to be seeing more and more of this kind of installation. Interesting that the factory's production line energy need is claimed to be covered, while it is stated that "produces enough energy to meet around 14% of the factory’s total energy needs". Does this indicate the cost of frozen storage?

via FoodBev.com RSS Feed on 6/2/11

Nestlé has installed a solar power system to produce its Coppa del Nonno ice cream brand at its factory in Ferentino, western Italy.

The new solar power system is the only one of its kind in the country to use a combination of three different solar power technologies on the same site.

Supported by a smaller solar power system built in 2009, it will provide all the energy needed to power the Coppa del Nonno ice cream production line.

Manuela Kron, corporate affairs director for Nestlé Italy, explained how the innovation is part of the company’s countrywide commitment to obtaining more energy from renewable sources: “The Ferentino solar power system is a high priority for us. It is a tangible expression of our commitment to environmental protection and sustainable development. The factory already featured cutting-edge ice cream production processes, and the installation of this new solar power system reaffirms its excellence in the management of energy resources.”

Nestlé’s Ferentino factory is one of the most advanced in its category, with 11 production lines producing more than 26,000 tonnes of ice cream per year.

Its entire solar power system – built with the technical support of the Solar Green Energy Company – produces enough energy to meet around 14% of the factory’s total energy needs, or the equivalent of about 750 homes.

Source: Nestlé

Tanzania biofuel project's barren promise

Another sad story of failure in the Jatropha promise - when there are so many problems, who knows what the real story is?

via African Agriculture by Adding Value to Africa's Natural Wealth on 3/13/11

by Stefano Valentino

An ambitious project to produce clean energy for the Netherlands and Belgium has degenerated into a controversial abuse of natural resources in Africa.

Bioshape, a clean energy company based in Neer, the Netherlands, is going through bankruptcy proceedings after spending 9.6 million dollars on a failed biofuel project in Tanzania. In 2006, the company agreed to lease 80,000 hectares of coastal woodland in the southern district of Kilwa to grow jatropha, a shrub whose seeds contain an oil that can be processed into green fuel.

Bioshape planned to employ thousands of local farmers and export seeds from Tanzania to the Netherlands, where they would be processed to produce electricity, heat and biodiesel. Jatropha is one of the preferred feedstocks for fuel produced from plant material. Commonly called biofuel - agrofuel to its critics - such fuel is supposed to be less polluting than traditional fossil fuels.

BioShape invested 25 million euros in a facility intended to process 45,000 tonnes of vegetable oil per annum, and generate 25 megawatt hours, enough to power 50,000 households. The plant in Lommel was just one component of an ambitious network of refineries and co-generation plants that Bioshape planned to build across Belgium and the Netherlands.

The project was backed by big investors such as the Dutch merchant bank Kempen & Coand the utility Eneco.

The plantation shows how foreign investors’ interests may clash with local development needs. Tanzania's government hopes the use of locally-produced biofuel would generate savings on oil imports, which could then be reinvested to boost agriculture and food production. But - as with large-scale land transfers for food production - lack of public policies requiring investors to supply the local market, could see all the benefits exported, giving away both the land and crude agro-fuel.

"There are no obligations for foreign investors to reserve part of their output for the domestic market," says Jamidu Katima, professor of chemical engineering at the University of Dar es Salaam, criticising the new biofuels guidelines adopted by the government last year.

"To continue to buy expensive fossil fuel for our domestic economy and yet produce biofuel for export is not rational," concludes Kassim Kulindwa, economist at the University of Dar es Salaam.

"Bioshape managed to acquire land through the complicity of local authorities which breached the rules on land lease," explains Stanislaus Nyembea, expert at the organization Lawyer Environmental Action Network.

Nyembea says villagers relied on their plots to grow food, mainly maize and fruit, as well as for firewood. They agreed to give their land away with the expectation of receiving fair financial compensation based on the value of the allocated land.

According to Tanzanian law, only the central government can lease a parcel of land larger than 200 hectares directly to foreign investors. So ownership of the land in Kilwa was first transferred to the central government, then the Tanzanian Investment Centre authorised the lease to Bioshape.

"We have found out that villages were not properly informed about the terms of the law," Nyembea explains. "They didn’t know that they would definitively lose ownership of the land allocated to Bioshape. They naively thought that they would get it back at the end of the lease period that usually lasts 99 years."

Worse, only 40 percent of the compensation paid by Bioshape went to farmers, Nyembea continues. "The rest went to the District Office which had persuaded local villages to sign up to the deal. The District Office has the power to approve the transfer of land from the village level to the district level, before it is eventually transferred to the state level, but has no legal right to receive a share [of the money]."

Wilfried Hermans, Bioshape CEO, replies: "Out of the total concession of 81,000 hectares approved by the Tanzanian Investment Centre, we only acquired an initial 34,000 hectares for our kick-off plantation as for which we paid 490,000 euro (676,000 dollars) to the local authorities which was then supposed to be distributed among the villagers. We don’t know what happened afterwards."

Local farmers were not the only ones misled by Bioshape.

The company had announced that the plantation would reach a size of 1,000 hectares by the end of 2007, but high costs slowed progress.

"The [Bioshape] company board feared that its shareholders would pull out from the venture", says Annick Miya-Verstraelen, former head of the Sustainability and Monitoring Department at Bioshape.

Miya-Verstraelen left the company in February 2008, but in November, she found out that Bioshape’s website claimed the jatropha trial plantation covered 350 hectares; but she knew from field reports regularly sent to the board in the Netherlands that it was not yet even 100 ha.

"I believe that the Board resolved to mention a higher figure to convince the shareholders to keep or even increase their investments," she said.

Hermans is defensive: "We just made a mistake. After conducting the GPS measurement we realized that we had over-counted the number of hectares and that the exact figure was 285 hectares."

The miscalculations proved fatal. In February 2010, the company suspended its field operations and salaries to local employees. This followed the withdrawal of its major investor, Eneco, which had lost confidence in both the economics and the environmental sustainability of Bioshape's plans.

The 285 hectare trial plot cleared by Bioshape in Kilwa is still there. The jatropha shrubs have been left without water and are slowly drying out. But the trees cut down to make room for them have disappeared.

"We needed to find a way to use the timber," Hermans says, "So we made a deal with a company based in Arusha, called Artif which bought part of it."

Artif does have a factory in Arusha, in Northern does have factory in Arusha, in northern Tanzania, whichproduces and exports furniture to the Netherlands; but its listed headquarters share the same Dutch address as Bioshape in Neer. The company is owned by Chris Pilley, whose girlfriend is the daughter of Cor Vaes, one of Bioshape’s Holland-based managers.

According to its confidential business plan, which IPS is in possession of, Bioshape expected to earn up to 6.7 million dollars in profits from logging and to use this money to partly subsidize its biofuel project. Around 225 cubic metres of valuable miombo hardwood timber was harvested from just the first 70 hectares to be cleared. The Bioshape concession includes between 200,000 and 800,000 cubic metres of valuable hardwood, worth 50-150 million dollars.

According to a WWF study published in 2009, the project's Environmental Impact Assessment failed to mention that the concession falls within the Namateule/Namatimbili Forest, an important reserve of biodiversity. The plantation thus poses a risk to seven threatened vertebrate species, according to the Tanzania Forest Conservation Group.

The report also asserts that the claimed reduction of greenhouse gas emissions reported in the EIA in order to fulfill EU directives is not supported by any scientific evidence.

The EIA, required by both the Tanzanian government and the European Directive on the Promotion of Renewable Energy, was conducted by the Tanzanian consultancy company Environmental Management Consultants.

But the provenance of the document itself is in question: one of its authors is identified as Canisius Kayombo, a botanist based at the National Herbarium in Tanzania. But Kayombo denies taking part in the assessment. He sent an official complaint to the competent authority, the National Environmental Management Council, but the council nevertheless approved the EIA.

In 2009, REM, a British organisation monitoring the use of natural resources worldwide, conducted an investigation and concluded that, Bioshape cut and sold timber without prior permission. REM recommended that Bioshape be held accountable for its illegal activities.

"In order to cover the gaps that emerged in the EIA, we commissioned two complementary studies on biodiversity and carbon in 2007/2008," says Jan Paul van Soest, former Chair of Bioshape supervisory board.

"Following the Strategic Impact Assessment conducted by Aid Environment, we decided to preserve the native forests which occupied 50 percent of the leased land, while the CO2 cycle analysis conducted by CE Delft estimated that our project would generate a net sequestration which was even beyond the European standards which set a threshold of 35 percent compared to fossil fuels."

Five years after its ambitious launch, Bioshape's plantaion has produced only a scar on the landscape. Jobs promised to villagers have not materialised, and they have seen only a fraction of the promised compensation for the land they were persuaded to give up.

For the moment, they are able to resume farming within the concession, but they have signed away their title to it and remain vulnerable to the project's resumption.

Despite the long list of doubtful practices in the Bioshape project, a number of new investors from the Netherlands, the UK, the U.S. and Italy have expressed interest in taking over its business.

"Their names cannot be disclosed at this point, because we have not signed an agreement with any of the parties yet," says Hanneke Lamers, attorney at Boels Zanders, the legal firm which is in charge of Bioshape bankruptcy.

IPS News

The carbon footprint of a carrier bag

A report commissioned by the Environment Agency shows that commonly used plastic 'bags for life', if used four or more times, will have a lower carbon footprint than single-use carrier bags.

Lightweight single-use carrier bags have the lowest carbon footprint per bag based primarily on resource use and production. Paper, heavyweight plastic and cotton bags all use more resources and energy in their production. A key issue, however, is how many times bags are reused.

The popular plastic 'bags for life' (low-density polyethylene), provided by many supermarkets, need to be used only four times to ensure they have a lower carbon footprint than lightweight bags used only once.

Premium, heavier weight 'bags for life' that look like fabric and are made from woven plastic, if used 11 times, will have a lower carbon impact than single use bags.

The Environment Agency said that other environmental impacts of single-use lightweight plastic bags such as litter – which weren't assessed by the study – also need to be taken into account.

The report – Life Cycle Assessment of Supermarket Carrier Bags – was requested by the previous UK government. It was part of an overall study they were carrying out on how to reduce the environmental impact of retail and food packaging.

It has been published following a period of peer review and discussion with the retailers.

Main findings

  • Whatever type of bag is used, the key to reducing the overall impact is to reuse it as many times as possible, whether for shopping, bin liners or other purposes.
  • The popular plastic 'bag for life' (low-density polyethylene) only has to be used four times to ensure that it has a lower carbon footprint than single-use, lightweight (high-density polyethylene) carrier bags.

An Environment Agency spokesperson said: "A significant part of the environmental impact of these bags is associated with the resources used in their production. All multi-use bags need to be reused as much as possible to reduce their relative environmental impact and be responsibly recycled at the end of their life.

"Plastic 'bags for life' only need to be used a few times to have a lower environmental impact than single-use carrier bags."

Source: Environment Agency


Sent from my iPhone

Zambian power company to buy jatropha from small scale farmers

Would hope so, otherwise what will become of it.

via African Agriculture by Adding Value to Africa's Natural Wealth on 2/7/11

by Chiwoyu Sinyangwe

CEC Plc will this year purchase 200,000 litres of crude jatropha from peasant farmers in Kapiri Mposhi, a move the firm says will help Zambia reduce its heavy reliance on imported petroleum products.

The Copperbelt Energy Corporation (CEC) was establishing a pilot plant for processing jatropha oil into bio-diesel, initially to feed part of its own fuel requirements.

The sole supplier of power to Copperbelt-based mining firms said when market conditions allowed, it would expand into a commercial operation of the biofuel unit.

It stated that the move would also help to make a dent on rural poverty through support to targeted incremental change within biofuel value chain.

CEC, the Zambian branch of Netherlands international development, SNV, and Kapiri Mposhi Jatropha Growers’ Association, signed the memorandum of understanding for the development of small-scale farmers and processors of jatropha within the Central Province town.

Jatropha processors, NANOFA enterprises and Kapiri Bio Products (KBP) were the other parties to the agreement.

“At the core of which is the supply and purchase of 200,000 litres of crude jatropha oil and support to targeted incremental change whining the biofuel value chain,” CEC and SNV announced in media release.

“CEC will, in 2011, purchase a minimum of 200,000 litres of crude Jatropha oil to be supplied by NANOFA and KBP who are expected to purchase and process at least 600,000 kilogrammes of good quality seed from small-scale farmers of the crop in Kapiri Mposhi through Mposhi Jatropha Growers’ Association.”

CEC stated that the price at which it would buy the crude from the two processors had been negotiated and “mutually agreed” among the parties to the agreement.

CEC will also make available for sale to NANOFA and KBP for use in their soap-making operations, the glycerol to be produced from the refinery process.

Zambia Post

Development Built Around The Moringa Tree

via African Agriculture by Adding Value to Africa's Natural Wealth on 2/14/11

by Toni Bacala

In the fields of Benin, a green revolution has placed local farmers at the forefront of the battle against malnutrition. With the establishment of Association Béninoise du Moringa (ABM), Beninese farmers have expanded the production and promotion of moringa to nourish the ailing West African nation.

Widely acclaimed as a "miracle tree," moringa is fast-growing and possesses multiple benefits, from nutritional leaves, flowers, and seeds, to drought-resistant roots and bark. Moringa leaves are usually consumed fresh in green salads, or sautéd. In health programs, leaves are dried and ground into powder, then sprinkled on any dish for instant nutritional boost.

It has been traditionally used in South and Central Asia, India, and the Middle East as livestock feed, biofuel, medicine, water purifying agent, and soil fertilizer, among many other uses.

In the mid-1990s, the US Peace Corps initiated moringa promotion in the country in keeping with nutritional campaigns all over West Africa.

Despite such assistance, however, Benin has long lagged behind in the region, as compared to Niger, which has been producing moringa as a cash crop, and Senegal, which integrated moringa into HIV/AIDS treatment in the late 1990s.

"The value of this plant cannot be downplayed as regards its possibility to address some of the Millennium Development Goals as well as to influence the ongoing debates on climate change," said Muriel Glasgow, founder of Moringa Partners, an interactive outfit of moringa growers, scientists, non-government organizations and other enthusiasts from all over the world.

Benin has had its hands full battling against malnutrition. According to UNICEF, one out of every three Beninese children below the age of five has experienced malnutrition. The country's health crisis is aggravated by recent floods that have displaced thousands of residents, devastated farms, and destroyed access to clean, potable water. Foreign agencies have stepped in with food assistance and nutrition programs, but for the people of Benin, a longer-term solution is needed.

In 2008, a pilot project in the town of Goumori drew closer attention to moringa. The first batch of moringa powder produced was sold out in one week, encouraging farmers to share their knowledge so others could grow the plant.

As communities increasingly grasped the nutritional and economic benefits of moringa, volunteers and farmers saw the need for a mechanism to manage the future of moringa in Benin. Thus, ABM was born.

"We envisioned an organization that would promote moringa on a national scale and facilitate a market for moringa thereby taking the responsibility of promoting moringa and creating a market off the farmers themselves," former US Peace Corps volunteer Christoph Herby told MediaGlobal.

Last August, the vision came to fruition at the widely participated launch of ABM.

Moringa industry in Benin has flourished notably as ABM facilitates more farmers growing moringa alongside other crops as an additional source of income, and as an affordable supplement for malnutrition.

Through ABM, efforts of farmers, which were usually confined in their own fields and villages, are stretched out to markets and other moringa producers across the country. "Ultimately the goal is to create nationwide demand for moringa powder, satisfied by a network of well-supervised moringa plantations," said Herby.

ABM sets the production standard to strategically incorporate moringa into nutrition programs. One of its key activities is conducting workshops with farmers, health workers, and students. Since its launch, there has been a spirited demand for orientation on moringa cultivation and processing, informed ABM technical assistant Patrick Starr.

Benin's health agenda has inspired the expansion of moringa networks such as Moringa Partners, which reaches out to growers from Cameroon, Ethiopia, India, Costa Rica, and the Philippines.

"On a larger scale, [the] Peace Corps is increasing its focus on food security," said Herby. "And moringa is being considered a primary component in Peace Corps' food security planning for the West Africa sub-region."

"The world is still learning about moringa," said Glasgow, optimistic that more moringa benefits will be developed as a worldwide demand is set in motion.

While ABM acknowledges that it will take years to see tangible effects of the program, the empowerment of Beninese farmers has resulted in the cultivation of hope, health, and abundance beyond quantifiable terms.

http://allafrica.com

This Was Not The Informal Selling of Dangerous Food as Implies But Irresponsible Disposal!

CT authorities execute legal action against food dumpings

The City of Cape Town on Monday said it must first investigate the dumpings of expired foods in a township near Strand before it considers laying charges.

A business in the area has been accused of dumping various food products in Lwandle over the weekend.

More than 100 people fell ill after consuming some of the goods.

City spokesperson Wilfred Solomons-Johannes said samples of the food have been taken.

“We will analyse the samples at the laboratory and further to that the city will institute legal proceedings for illegal dumpings and based on the conditions of the patients will further institute other litigation methods against the polluter,” he added.

Attempts to obtain a comment from Simply Value Food Shop have not been successful.

(Edited by Lisa Bartlett)


Sent from my iPhone

Six Trucks an Hour, 24 / 7 Required to Produce Wheat Ethanol!

Truck impacts cause worries for UK ethanol project in UK



In the UK, local officials are raising concerns about the environmental impact of 50,000 delivery trucks a year required to supply wheat at the planned BP, DuPont and British Sugar ethanol plant in Saltend. Though approval for the facility was granted in 2008, some are saying that the real negative impacts of the facility will never be known nor will they be fewer than the benefits.

More on the story.

Share


Sent from my iPhone

About

I am constantly amazed by all the great tools coming online for the sharing of media and always have to give them a try.

In this Posterous "Blog" and the associated twitter posts I am simply writing a headline that puts my position and then reproducing and linking the original author's material.

This is unlike my DIGIVU post where I write my own text and simply link to the information to which the blog refers.

I have 3 separate blogs here all with an African focus:

http://www.digivu.posterous.com - personal interesting stuff
http://www.safpp.posterous.com - unused food processing information
http://www.digienv.posterous.com - energy & environment

daveharcourt on twitter
www.digivu.co.za

TwitterFacebookPage