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Bio-diesel research begins in Pakistan

maqsad

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Finally the STATE is doing a job a state should do(instead of selling everything off for pennies on the dollar) and that it should have started 5 years ago and should be doing 5 times faster than it is doing. I can't believe they are moving so slow that it is just going to be a 10% blend by 2025 that is like nothing at all! It should be 100% by 2025 and at least 50% by 2015.


Bio-diesel research begins in Pakistan



By Aamir Shafaat Khan

KARACHI, July 7: The Pakistan State Oil (PSO) has initiated research and development work on its bio-diesel project to meet government’s deadline of blending five per cent bio-diesel with conventional diesel by 2015 and 10 per cent by 2025.

The Economic Coordination Committee (ECC) had taken a decision on the issue in its meeting on Feb 15 in Islamabad.

Bio-diesel would be extensively tested in the auto industry of Pakistan, and depending upon its favorable results, scope of its supply would be extended throughout the country as a standard practice.

At PSO, after the production of bio-diesel from Jatropha oil, an in-house testing has already begun on one vehicle. However, results would be known later.

A PSO official involved in the project told Dawn that it would take some time to produce bio-diesel in Pakistan on such a large scale because it needs mass cultivation of Jatropha and other non-edible seeds for which commitment/concerted efforts of the government is required.

He said a separate department, alternative energy and new projects, has been established within the company to identify and take initiatives in terms of cheaper renewable and alternative energy projects and to address the country’s energy crisis and lessen the fuel import bill which would result in saving of precious foreign exchange.

PSO has selected only non-edible plants/seeds species, such as castor (Arind), Pongame (Sukh Chain), Jojoba, Jatropa (Karanga), etc., for production of bio-diesel. However, the company is currently focusing on Jatropha plant/seed for its better qualities as a substitute of petroleum diesel.

The officials added that many countries in Europe, US, Brazil, Malaysia, and India are using Jatropha as well as other edible and non-edible plants/seeds for production of bio-diesel.

The official said that out of these plants, Jatropha can be grown on marginal land, thus its plantation would not compete directly with other food crops, such as wheat, corn, sugarcane, rice and cotton besides helping in poverty alleviation and improving land utilisation.

Pakistan consumes approximately eight million tons of diesel per annum; of which around three million tons is imported.

There will definitely be incentives for consumers with regards to bio-diesel pricing, its effect on the environment and the vehicle performance, he said.

The official said that spiraling effect of fossil fuel prices world over continues to adversely affect economies of many countries.

This has provided incentives to search for alternative fuels derived from vegetable and non-vegetable oils, i.e. ‘bio diesel’, which offers several distinct advantages as an alternative fuel for diesel engines.

Economically it reduces imports and would afford improved security of energy supplies.
 
Pakistan is a major importer of grains. Use of grains/food crops has direct effect on food prices. Thus you save on petroleum imports and pay more for your suger and palm oil. Where is the real benefit?
 
In a world where peopie are starving because of lack of food and we import food, it is a crime in my view to convert edible food into fuel. We need to rely on CNG as we have plenty of reserves and also initiate research in solar power which we have plenty of scope for, instead of depriving our poor of food so we can run our cars.
araz
 
There is potential benefit if the unirrigated and unfarmed areas in pakistan can be used to grow palm trees and pakistan becomes a massive producer of palm kernel oil and coconut oil. And I believe Pakistan is a net importer of grains most years. Regardless, vegetable oil is a renewable resource while imported oil is unaffordable. I doubt we will see a 1000% rise in the cost of vegetable oils even if Pakistan does not get it's act together with irrigation and farming.
 
In a world where peopie are starving because of lack of food and we import food, it is a crime in my view to convert edible food into fuel. We need to rely on CNG as we have plenty of reserves and also initiate research in solar power which we have plenty of scope for, instead of depriving our poor of food so we can run our cars.
araz

I totally agree. Bio-diesel is criminal against the poor of the world who already cannot afford food. Also, many scientists question the benefit of bio-diesel. Besides, the international community is still not even sure if there is a net environmental benefit to bio-diesel. So what's the point? Balochistan is supposedly floating on oil and gas...and we know that Iran has too much of it....why the hell will we burn food in our cars now? Are the poor not desperate enough? I'll bet the large land owners are pushing for this without regard for its affects.....they probably have dreams of living like Saudi oil billionaires.

It makes much more sense for us to barter wheat, rice, and other foods with the Saudis instead of trying to burn the wheat at home and pay interest on an oil facility from the Saudis. Why don't these idiots just put two and two together?!
 
In a world where peopie are starving because of lack of food and we import food, it is a crime in my view to convert edible food into fuel. We need to rely on CNG as we have plenty of reserves and also initiate research in solar power which we have plenty of scope for, instead of depriving our poor of food so we can run our cars.
araz

Agreed. Having food on poor people's plate is much more important than cheap petrol in cars.
 
In a world where peopie are starving because of lack of food and we import food, it is a crime in my view to convert edible food into fuel. We need to rely on CNG as we have plenty of reserves and also initiate research in solar power which we have plenty of scope for, instead of depriving our poor of food so we can run our cars.
araz

I agree but there are other alternatives.

Countries like Brazil, Colombia and Argentina have sucessfully adapted to ethonol processing thru disposed cugercane, coffee, banana's etc.
Pakistan too could benefit from this technology since we already have a sizeable food processing industry and sugar mills.
 
There is potential benefit if the unirrigated and unfarmed areas in pakistan can be used to grow palm trees and pakistan becomes a massive producer of palm kernel oil and coconut oil. And I believe Pakistan is a net importer of grains most years. Regardless, vegetable oil is a renewable resource while imported oil is unaffordable. I doubt we will see a 1000% rise in the cost of vegetable oils even if Pakistan does not get it's act together with irrigation and farming.

Maqsad.
I agree with you but there are a lot of imponderables and ifs to satisfy the logic of your post. You must understands that I am not against research but when it comes to profit, the vested interests will not look at the needs of the poor . I think the reason we are net importers of wheat and staple diet is not because we dont grow enough but a lot of stuff gets smuggled across various borders, and obviously, when you import, someone takes kickbacks!!
I agree that we should better utilize the land that we have and improve its yeild before we go into biodeisel.


Neo,
if the technology is ther we should avail it . I agree with you entirely on this issue. However, food to diesel is a big No No in my books.
Araz
 
Maqsad.
I agree with you but there are a lot of imponderables and ifs to satisfy the logic of your post. You must understands that I am not against research but when it comes to profit, the vested interests will not look at the needs of the poor . I think the reason we are net importers of wheat and staple diet is not because we dont grow enough but a lot of stuff gets smuggled across various borders, and obviously, when you import, someone takes kickbacks!!
I agree that we should better utilize the land that we have and improve its yeild before we go into biodeisel.


Neo,
if the technology is ther we should avail it . I agree with you entirely on this issue. However, food to diesel is a big No No in my books.
Araz

Araz,

They are trying to blend the oil of Jethropa, which can be cultivated in non-farm land. This will give people another source of income. My native place is Bhilai (Chattisgarh) and a big campaign is on in our state for using Bio-diesel. The CM (Dr. Raman Singh) is thinking of making C.G. as a bio diesel hub for India. The scheme goes like this, people who don't have land have been given the non arable land where jathropa can be cultivated. Government gives loan for the whole process, and farmers return it in easy installments. This is really changing life of people. I have seen it from my eyes. Although the real affect will be seen after some years. But CM has mandated that every government vehicle of C.G. should use Bio Diesel. (don't tell me to provide a link please, because I don't have one).
Overall, I am in for this project.:cheers:
 
I am against bio diesel in Pakistan for two reasons.

Firstly the base for bio-fuels except 'bio-gas' is mainly food grains. Pakistan is short in all except rice. Let us look at the case with conditions in Pakistan.

1. Gasohol. Suger cane production is not on the scale of Brazil, Argentina or Cuba. Most of the years we import sugar. Thus there is no sugar cane to spare. Even biogas will use cow dung used extensively in the villages for fuel; it will not generate additional energy.

Molasses can be and is being used to produce ethanol. However in a country where alcohal is banned, producing large quantities of ethanol for blending is likely to create a boon for the spurios drink industry.

2. Bio-diesel. Main feed stock for the bio diesel is vegetable oil. We are a very large importer of palm oil for cooking and manufacture of ghee. Therefore all we would be doing would be to import more vegetable oil. People may not be aware that biodiesel is bad for rubber such as hoses gaskets etc. It is also conducive to bacterial formation and clogs fuel filters etc. All right for new cars but older cars will deteriorate more quickly.

The argument that it is a renewable fuel is okay for countries such as US, where farmers are paid not to grow crops. Pakistan is short of water as well as arable land. When you don't have water to produce wheat and cotton, how do you plan to water vegetable oil producing crops?

There are other renewable sources such as solar energy and wind energy. IMO Pakistan will benefit far more with these alternates. It is however a good publicity stunt.
 
I am against bio diesel in Pakistan for two reasons.

Firstly the base for bio-fuels except 'bio-gas' is mainly food grains. Pakistan is short in all except rice. Let us look at the case with conditions in Pakistan.

1. Gasohol. Suger cane production is not on the scale of Brazil, Argentina or Cuba. Most of the years we import sugar. Thus there is no sugar cane to spare. Even biogas will use cow dung used extensively in the villages for fuel; it will not generate additional energy.

Molasses can be and is being used to produce ethanol. However in a country where alcohal is banned, producing large quantities of ethanol for blending is likely to create a boon for the spurios drink industry.

2. Bio-diesel. Main feed stock for the bio diesel is vegetable oil. We are a very large importer of palm oil for cooking and manufacture of ghee. Therefore all we would be doing would be to import more vegetable oil. People may not be aware that biodiesel is bad for rubber such as hoses gaskets etc. It is also conducive to bacterial formation and clogs fuel filters etc. All right for new cars but older cars will deteriorate more quickly.

The argument that it is a renewable fuel is okay for countries such as US, where farmers are paid not to grow crops. Pakistan is short of water as well as arable land. When you don't have water to produce wheat and cotton, how do you plan to water vegetable oil producing crops?

There are other renewable sources such as solar energy and wind energy. IMO Pakistan will benefit far more with these alternates. It is however a good publicity stunt.

The point is how much efficient solar cells are? Wind doesn't blow all the times. We need to start working on every front. The spiraling oil prices are effecting everything. As well as the green house effect. Time to aggressively opt for cleaner energies. And reduce dependency on oil by mixing it with biodiesel. Niaz bhai, check the link it mentioned about jethopatra, not vegetable oil.
 
The title of the thread has said that research has begun not full scale production with targets beginnning from 2015.

Attaining a level of self sufficiency in energy would be a good thing for Pakistan however not right now given the food crises around the globe.
 
I think we should barter food for oil with the Saudis and fix some sort of exchange rate between the two that works for us and them by providing them with food security while us with energy security.

This would be a short term solution.

In Sindh we have massive potential for wind power along the coastal areas. "Wind does not blow all the time" is actually not the case. you need only enough wind for the turbine to operate at 65% capacity in order for it to be feasible and the wind in many parts of Sindh is sufficient to exceed that minimum by a large amount.

Additionally, we should look at nuclear power. We do have the capacity to produce 50% of the components for a nuclear reactor within Pakistan and WE ACTUALLY have the raw materials within Pakistan to produce fuel.

We can build the pipeline with Iran to get almost unlimited gas into Pakistan.

We can construct hydro power in our creeks in the Sindh delta as well as rivers in the Northern provinces.

Thar has enough coal to power Pakistan for several hundred years if we can invest some money in making that coal more usable. Currently it doesn't burn hot enough and contains too much sulfur, but there are technologies available that can sort this out.

We have plenty of options but we should not go anywhere near food......because we all know how nasty the energy business is and how much destruction these companies are willing to cause just to make a buck.
 
The point is how much efficient solar cells are? Wind doesn't blow all the times. We need to start working on every front. The spiraling oil prices are effecting everything. As well as the green house effect. Time to aggressively opt for cleaner energies. And reduce dependency on oil by mixing it with biodiesel. Niaz bhai, check the link it mentioned about jethopatra, not vegetable oil.

Yes the wind is not always blowing however, before a turbine is erected at least 2 years of research needs to be done to assess the suitability of the site. Most of the time the graphs show consistency in wind patterns all year around.

Solar cells are hideously inefficient only about 17.5% and thats a good one even under lab conditions you'd only get 65%
 
www. telegraph. co.uk /earth/main.jhtml?xml=/earth/2008/07/12/eabio112.xml

The Great Biofuels Con

By Christopher Booker and Richard North
Last Updated: 2:01pm BST 12/07/2008


Rarely in political history can there have been such a rapid and dramatic reversal of a received wisdom as we have seen in the past 18 months over biofuels – the cropping of living plants, such as soya beans, wheat and sugar cane, to generate energy.

A field of rapeseed in England and Africans reveive food relief
Yellow peril: while Britain’s farmers are encouraged to turn their fields over to rapeseed for biofuels, the world food crisis has driven people in Ethiopia to the brink of starvation

Two years ago biofuels were still being hailed as a dream solution to what was seen as one of the most urgent problems confronting mankind – our dependence on fossil fuels, which are not only finite but seemed to be threatening the world with the catastrophe of global warming.

In March 2007 the leaders of the European Union, in a package of measures designed to lead the world in the "fight against climate change", committed us by 2020 to deriving 10 per cent of all transport fuel from "renewables", above all biofuels, which theoretically gave off no more carbon dioxide than was absorbed in their growing.

Since then, however, the biofuels dream has been disintegrating with the speed of a collapsing card house. Environmentalists, formerly keen on this "green energy", expressed horror at the havoc it was inflicting on the world's eco-systems, not least the clearing of rainforests to grow fuel crops.

As the world suddenly faced its worst food shortage for decades, sending prices spiralling, experts pointed out that a major cause had been diverting millions of acres of farmland from food production to fuel. The damage this was inflicting on the world's poor led a United Nations official to describe the rush for biofuels as "a crime against humanity".

As damaging as anything to the belief that biofuels could help save the planet from global warming have been various studies showing that producing biofuels can give off more carbon dioxide than they save. So devastating has been this backlash that even the British Government, which prides itself on being the greenest of the green, commissioned a review, published last Monday, urging a slowdown in the move to biofuels. When this recommendation was endorsed by senior ministers, this put the UK directly at odds with a European Union policy to which it had already signed up. But the EU is firmly holding its line, saying it has no intention of lowering its target.

How did we come to such a pass? The story of mankind's love affair with biofuels goes back much further than most people realise, and has unfolded through five stages. Stage One of the story dates back to the dawn of modern transport and the invention of the internal combustion engine. When Rudolf Diesel invented the engine that bears his name, he designed it to run on peanut oil. When Henry Ford designed the first mass-produced car, the Model T, he intended it to run on ethanol derived from two of America's most abundant crops, corn (maize) and hemp.

But in the 1920s the burgeoning petroleum industry managed to squeeze out this competitor so effectively that the first stage in the biofuels story was over. Stage Two began in the 1970s, when a fourfold rise in oil prices and fears that reserves might be running out prompted a renewal of interest in biofuels – particularly among the new environmentalist groups, who saw them as "sustainable" energy. In 1981 this was taken up by the UN, at a conference on Renewable Sources of Energy, leading to a report in 1987 which prompted the UN to adopt a Programme on Sustainable Development, with biofuels playing a large part.

Stage Three began in 1992, when two developments coincided to move biofuels even higher up the political agenda. First, following a further oil price hike after the first Gulf War, Washington and Brussels believed that biofuels could be a way of using their then-massive crop surpluses to wean the United States and the EU off dependence on imported oil. The other came at the UN’s Earth Summit in Rio de Janeiro, when 100 world leaders and 20,000 environmentalists gathered to discuss mankind’s response to new environmental challenges, notably "global warming".

It was at this moment that the cause of biofuels, long championed by the UN for other reasons, became part of the "climate change" agenda. Over the next 10 years, the cause was driven by these two quite separate concerns. On the one hand, particularly in the US, a powerful lobby grew up among farmers who were encouraged by their governments to see biofuels as a lucrative source of income (in the US alone, annual biofuel production now tops nine billion gallons).

On the other, led by the UN, the world was encouraged to see biofuels as key to the fight against global warming. No one took this up more enthusiastically than the leaders of the EU, who in 1997 adopted a "renewables" policy setting a target of 5.75 per cent of all transport fuel to be made up of biofuel by 2010. Stage Four came in 2004-07 when – driven by everything from the ratification of the Kyoto Protocol (originating in that 1992 Rio summit) to Al Gore's film An Inconvenient Truth – hysteria over global warming reached its peak, pushing it to the top of the world’s political agenda. The most obvious response came from the EU.

In March 2007 its leaders gathered in Brussels to adopt a package of measures designed to show that the EU was "leading the world on climate change". These ranged from stepping up the EU's "emissions trading scheme" to outlawing incandescent light bulbs. But they also included a mandatory target requiring 10 per cent of all EU transport fuel to come from biofuels by 2020 (which is why, since last April, 2.5 per cent of all fuel sold on British forecourts must be from "renewables").

In fact, it turns out there was something very odd about the inclusion of biofuels in this package. Internal European Commission documents show that, as late as January 2007, when officials were discussing that 10 per cent target, they saw it not as an answer to global warming but only as a way to increase the EU's "energy self-sufficiency". They were also aware that switching huge areas of farmland from food to fuel would drive up world food prices.

Indeed a 2006 report from the UN’s Food and Agriculture Organisation (FAO) had already suggested that for the EU to meet its 10 per cent target from home-grown biofuels would require a staggering 70 per cent of arable land to be taken out of food production, necessitating a huge increase in EU food imports. Even worse, by the end of 2006 the Commission was aware that the world was about to face a food shortage.
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Yet, in attempting to show that enough acreage would be available to meet the new biofuels target, the officials indulged in "Enron accounting", using the same areas of land three times.

"Set aside" allocated for other industrial crops was re-allocated for emergency food production in the light of the "global food crisis; then, within a matter of weeks, redesignated for biofuel production. Yet, despite all this going on behind the scenes, when the EU's political leaders nodded through their "global warming" package in March 2007, biofuels were thrown in, seemingly without any questioning from the politicians, including Tony Blair.

In fact, it was at this point that, with startling speed, the backlash against biofuels – Stage Five of our story – suddenly erupted on all sides. Even before the EU had adopted its new target, the first criticism of biofuels was coming from those same environmental groups, Greenpeace and Friends of the Earth, which had once been their most fervent advocates.

Their particular focus was the damage being done in the Third World, not least by the clearing for biofuels of vast areas of rainforest in Brazil and Indonesia, inter alia endangering the survival of Borneo's orang-utans. Next to weigh in, as the world suddenly woke up to its serious food shortage, were all those experts pointing out that a significant reason for this was the vast area of food-growing land already diverted to biofuels, thus shrinking food stocks and driving up prices.

According to the World Bank's top economist, Don Mitchell, biofuels had been responsible for three-quarters of the 140 per cent rise in world food prices between 2002 and 2008. It was this that last October prompted Jean Ziegler, the UN's "special rapporteur on the right to food", to comment that biofuels could only bring "more hunger to the poor people of the world" and were a "crime against humanity".

Most alarming of all to the global warming lobby, however, was a succession of studies showing that, far from helping to cut global CO2 emissions, biofuel production can often give off much more CO2 than it saves – not least by disturbing huge quantities of carbon dioxide locked in the soil which, according to the University of Minnesota, could release "17 to 420 times more CO2" than is saved by the fuels themselves.

A Cornell University study shows that biofuel production from farm crops such as corn takes 29 per cent more energy than is yielded by the fuel itself (although second-generation biofuel crops, such as hemp, are much more efficient). So devastating has been this onslaught on biofuels that last Monday, Ed Gallagher, chairman of our new Renewable Fuels Agency, published a report recommending that Britain should drastically review its policy, slowing the introduction of biofuels and concentrating on "second-generation biofuels", such as crop wastes and wood chips, that do not compete with food production.

His findings were immediately endorsed by Ruth Kelly, the Transport Secretary, and Hillary Benn, the Environment Secretary – just as the European Parliament's environmental committee also called on the Commission to lower its targets. But the Commission now publicly maintains – despite its earlier internal analysis – that biofuels have not been the cause of higher food prices, which it blames on rising world demand, bad weather and international speculation.

"If you don't have targets you don't make progress," says a Commission spokesman, adamant that the 10 per cent biofuels target cannot be altered. With the powerful US farmers' lobby, backed by President Bush, equally insistent that nothing can be done to change a policy which, according to the FAO, could soon see nearly a third of US farmland diverted to biofuels, it seems this "crime against humanity" is set to continue.

Christopher Booker and Richard North recently published Scared To Death: From BSE to Global Warming, How Scares Are Costing Us The Earth (Continuum, £15.99)
 

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