The document discusses the challenges facing the development of biofuels markets in India and Asia. In India, the government has an ambitious target to blend 20% biodiesel into fuel by 2016-17, but has only reached B5 so far. This is partly due to debates over using crops for fuel versus food. Meanwhile, biodiesel demand is booming in Malaysia and Indonesia, with Malaysia introducing a B5 mandate in 2011 and Indonesia already blending biodiesel since 2006. The company Implico provides automation technology for palm oil production, which is increasingly used for biodiesel in the region.
This document provides an overview of bio-energy services offered by Pöyry. It begins with defining renewable energy and bio-energy. It then outlines Pöyry's capabilities in various areas of bio-energy development including bioethanol, biodiesel, second generation biofuels, and biomass energy. Pöyry's services span project development from feasibility studies to engineering and operations across the full project lifecycle. The document highlights experience with specific biofuel and biomass projects globally.
Konica Minolta is committed to environmental sustainability and reducing its carbon footprint. It has introduced several initiatives to minimize its environmental impact, including signing the UN Global Compact, certifying production bases as Green Factories, and establishing a long-term goal of reducing CO2 emissions from products by 80% by 2050. Konica Minolta develops energy efficient technologies for its multifunction printers (MFPs) and uses long-life consumables to reduce the total carbon emissions over a product's lifecycle. It is also sponsoring the UN Climate Change Conference in 2009 to support global efforts to address climate change.
This document discusses how to assess the sustainability of products using three key pillars: society, ecology, and economy. It provides an overview of life cycle assessment (LCA) methodology for evaluating products from raw material extraction through production, use, and disposal. As an example, it summarizes an LCA comparing the sustainability of biodiesel to conventional diesel, finding biodiesel has small environmental advantages but higher production costs depending on oil prices. Finally, it demonstrates how eco-efficiency analysis can evaluate the sustainability tradeoffs between products like standard versus fluff-reduced diapers.
The document discusses measuring performance and outcomes for environmental projects. It describes taking a business-centric approach to ensure private sector participation in carbon abatement, adaptation, and mitigation projects. Specifically tailored local projects can foster private sector involvement and generate environmental finance. Metrics like greenhouse gas emissions reductions and costs per tonne of abatement will be measured to evaluate projects and develop strategies for reducing emissions.
Suzano is a large Brazilian pulp and paper producer that has significantly increased its production capacity over the last five years. It is now exploring opportunities in renewable energy from biomass. Suzano sees an opportunity to supply wood pellets to European utilities looking to increase their use of renewable sources. Suzano has extensive forestry research and development capabilities that have continuously improved forest yields and clones over decades, giving it a strong competitive advantage in the biomass energy business through its ability to produce high density, high yield energetic forests optimized for energy production.
This document discusses the sustainability dimensions of biodiesel production and use. It summarizes that biodiesel is made from vegetable oils or animal fats combined with alcohol and a catalyst. It then discusses several key dimensions of biodiesel sustainability, including its energy balance compared to other fuels, the link between bioenergy crop production and soil health, the economics of biodiesel production and use, and the extent to which biodiesel can replace petroleum fuels. The document concludes that all aspects of biodiesel sustainability are interrelated and need to be considered together.
Kluchinski nacaa applied research poster 2012nacaa
The document summarizes a survey of New Jersey agricultural agents about common inquiries from farmers, potential farmers, non-farmers, and government officials on various farm regulatory topics. The top five most frequent inquiries were identified for each audience. For farmers and potential farmers, the most common inquiries were about regulations impacting business management like pesticides and marketing. Non-farmers and officials often asked about environmental regulations such as right to farm laws and conservation. The results help prioritize the development of informational resources to meet audience needs.
1. The document discusses biodiesel, including its production process, properties, emissions benefits, and applications as an alternative fuel.
2. Biodiesel is produced through a transesterification process where vegetable oils or animal fats are chemically reacted with an alcohol like methanol or ethanol in the presence of a catalyst, producing esters (biodiesel) and glycerin.
3. Biodiesel has similar properties to conventional diesel, including energy content and cetane number. It provides substantial reductions in emissions and can be used in existing diesel engines with little or no modifications.
This document provides an overview of bio-energy services offered by Pöyry. It begins with defining renewable energy and bio-energy. It then outlines Pöyry's capabilities in various areas of bio-energy development including bioethanol, biodiesel, second generation biofuels, and biomass energy. Pöyry's services span project development from feasibility studies to engineering and operations across the full project lifecycle. The document highlights experience with specific biofuel and biomass projects globally.
Konica Minolta is committed to environmental sustainability and reducing its carbon footprint. It has introduced several initiatives to minimize its environmental impact, including signing the UN Global Compact, certifying production bases as Green Factories, and establishing a long-term goal of reducing CO2 emissions from products by 80% by 2050. Konica Minolta develops energy efficient technologies for its multifunction printers (MFPs) and uses long-life consumables to reduce the total carbon emissions over a product's lifecycle. It is also sponsoring the UN Climate Change Conference in 2009 to support global efforts to address climate change.
This document discusses how to assess the sustainability of products using three key pillars: society, ecology, and economy. It provides an overview of life cycle assessment (LCA) methodology for evaluating products from raw material extraction through production, use, and disposal. As an example, it summarizes an LCA comparing the sustainability of biodiesel to conventional diesel, finding biodiesel has small environmental advantages but higher production costs depending on oil prices. Finally, it demonstrates how eco-efficiency analysis can evaluate the sustainability tradeoffs between products like standard versus fluff-reduced diapers.
The document discusses measuring performance and outcomes for environmental projects. It describes taking a business-centric approach to ensure private sector participation in carbon abatement, adaptation, and mitigation projects. Specifically tailored local projects can foster private sector involvement and generate environmental finance. Metrics like greenhouse gas emissions reductions and costs per tonne of abatement will be measured to evaluate projects and develop strategies for reducing emissions.
Suzano is a large Brazilian pulp and paper producer that has significantly increased its production capacity over the last five years. It is now exploring opportunities in renewable energy from biomass. Suzano sees an opportunity to supply wood pellets to European utilities looking to increase their use of renewable sources. Suzano has extensive forestry research and development capabilities that have continuously improved forest yields and clones over decades, giving it a strong competitive advantage in the biomass energy business through its ability to produce high density, high yield energetic forests optimized for energy production.
This document discusses the sustainability dimensions of biodiesel production and use. It summarizes that biodiesel is made from vegetable oils or animal fats combined with alcohol and a catalyst. It then discusses several key dimensions of biodiesel sustainability, including its energy balance compared to other fuels, the link between bioenergy crop production and soil health, the economics of biodiesel production and use, and the extent to which biodiesel can replace petroleum fuels. The document concludes that all aspects of biodiesel sustainability are interrelated and need to be considered together.
Kluchinski nacaa applied research poster 2012nacaa
The document summarizes a survey of New Jersey agricultural agents about common inquiries from farmers, potential farmers, non-farmers, and government officials on various farm regulatory topics. The top five most frequent inquiries were identified for each audience. For farmers and potential farmers, the most common inquiries were about regulations impacting business management like pesticides and marketing. Non-farmers and officials often asked about environmental regulations such as right to farm laws and conservation. The results help prioritize the development of informational resources to meet audience needs.
1. The document discusses biodiesel, including its production process, properties, emissions benefits, and applications as an alternative fuel.
2. Biodiesel is produced through a transesterification process where vegetable oils or animal fats are chemically reacted with an alcohol like methanol or ethanol in the presence of a catalyst, producing esters (biodiesel) and glycerin.
3. Biodiesel has similar properties to conventional diesel, including energy content and cetane number. It provides substantial reductions in emissions and can be used in existing diesel engines with little or no modifications.
The impact of climate change on the supply of aquafeed ingredientsInternational Aquafeed
The uncertainly concerning the availability of traditional fishmeal and fish oil and rising prices have required major industrial aquafeed manufactures to identify and evaluate alternate protein and oil sources. Considerable progress has been made in recent years on substitution of fish protein and oil with proteins and oils of plant origin.
The document discusses corporate ecosystem valuation (CEV) from a business perspective. It provides definitions of different approaches to valuing ecosystem services, such as those used by TEEB, DEFRA, WBCSD, and NGOs. It examines where businesses currently stand with respect to biodiversity and ecosystem services, noting they recognize sustainability is important but these concepts can be difficult for business leaders to understand. The document presents examples from Heineken of how they are incorporating ecosystem considerations into their business and provides recommendations on how to better communicate these issues to businesses in a way that emphasizes relevance, materiality, and simplicity.
This document discusses a proposed process for grinding corn stover on farms to produce biomass for biofuel production. It notes that current biofuel production costs are high due to inefficient transportation of corn stover from farms to processing plants. The proposed process would use existing farm equipment to grind corn stover into biomass directly on farms, allowing it to be more efficiently transported in bulk. This would lower costs for biofuel manufacturers while also generating additional revenue for farmers. The document provides background on biofuel research and outlines the proposed on-farm process and its potential benefits to farmers and the biofuel industry.
NNFCC market review bio based products issue seven october 2012NNFCC
The document summarizes the latest news from the global bio-based chemicals and materials sector for business members. Key highlights include:
- Nestlé calling for more energy recovery from difficult to recycle plastic waste streams like composites.
- Solazyme announcing the commissioning of their first algal oil biorefinery in Illinois.
- Renmatix unveiling a new R&D facility to explore sustainable feedstock sources for biobased chemicals, including waste.
Adopting a closed loop system: recycled plastics in your supply chainChris Moor
This document discusses how adopting a closed-loop supply chain system utilizing recycled plastics can help manufacturing companies reduce costs and environmental impact. A closed-loop system allows waste from products to be recycled back into the beginning of the production process. Implementing this with partnerships can provide cheaper recycled materials, reduce operating costs up to 20% annually, and lower a company's carbon footprint by 70-80%.
Stora Enso's newsletter for stakeholders.
Topics covered:
Towards a low-carbon future
Product-specific carbon footprints on the way
Storing carbon in buildings
Enhanced recycling in Barcelona
Increased focus on bioenergy
Innovative climate-friendly products
Encouraging climate awareness
Microchannel reactors show potential for producing biofuels through Fischer-Tropsch processes more efficiently than conventional methods. Microchannel reactors are much smaller in size, have lower capital costs, and higher productivity. They allow for higher heat transfer and conversion rates than traditional reactors. New catalysts developed specifically for microchannel reactors further improve productivity and stability. The combination of microchannel reactor design and optimized catalysts could make distributed biofuel production from waste biomass an economically viable reality.
This document discusses the need for biorefineries of the future to help address national needs around energy security, environmental concerns, and rural economies. It outlines that biomass is the only renewable source of carbon-based fuels and chemicals. The opportunities for biorefineries include helping to fill the gap for new electric power capacity needed by 2020, offsetting imports of crude oil and refined petroleum products, and boosting rural incomes and the agricultural trade balance. Government policy support for biorefineries is also discussed.
The document provides a feasibility and financial study for a proposed biodiesel production laboratory project at the German-Mongolian Institute for Resources and Technology (GMIT). It discusses the worldwide and local biodiesel industries, analyzes the costs associated with establishing a small-scale biodiesel production facility, and models the financial viability of the proposed GMIT Biodiesel Project. The study concludes that under favorable pricing conditions, the project can sustain itself financially and provide educational benefits to students while also producing value for the local community through recycling of waste vegetable oil into biodiesel and other products.
2013 socio economic prospects of advanced biofuels voetmann wfesFleming Voetmann
I will be sharing Novozymes' view on bioenergy and sustainability today at WFES and wanted to share some key data on biomass availability, the transportation context and some regional data.
The document discusses Clean Development Biogas Processing (CDBPTM) using oil palm fronds as a renewable energy source in Malaysia. It summarizes that CDBPTM is a cost-effective process using enzymes and simplified processing to convert oil palm fronds into biogas through a continuous stirred tank reactor. The technology has the potential to generate renewable energy and income while reducing greenhouse gas emissions for Malaysia and Indonesia.
The Hilltown Farmers Biodiesel Project has had a difficult startup over the past two years. Five farms grew oilseed crops to press into oil and process into biodiesel but encountered low yields due to weather, pests, and harvesting issues. They have made progress learning to operate their mobile oilseed press and biodiesel processor. However, actual fuel and feed production has been much lower than expected, generating only $7,900 in value versus a projected $25,000, due to challenges increasing yields. The group believes continuing efforts could make the project viable if yields and efficiency improve and diesel prices rise further.
Anaerobic Digestion of Animal Wastes: Factors to ConsiderElisaMendelsohn
This document provides an introduction to anaerobic digestion of animal wastes. It discusses the digestion process, factors to consider like temperature and mixing, and outputs like biogas. Biogas is around 60% methane and has an energy content of around 600 Btu/ft3. It can be used for applications like heating, cooking and electricity generation. Overall the document outlines the benefits and considerations of anaerobic digestion systems for converting animal waste into a usable energy source.
This document discusses the benefits of locally owned renewable energy facilities such as ethanol plants and wind farms. It outlines three key points:
1) Locally owned renewable energy facilities provide economic benefits to local communities by creating jobs, strengthening local markets for agricultural commodities, and increasing local expenditures. This keeps more money circulating within the local economy.
2) Common business models for locally owned renewable energy facilities include cooperatives, limited liability companies (LLCs), and franchises. Cooperatives are democratically controlled and return profits to members based on patronage.
3) While local ownership is decreasing due to corporate investment, it provides important benefits like allowing communities to control and profit from local resources and reducing pollution. Successful
CROSSWINDS continued to buffet world grain and feed markets during the later summer months, making for choppy conditions and a lack of consistent price direction
This document provides information on various aspects of professional biogas production, including substrates, silage, maize harvesting, and logistics. It discusses how substrate sourcing and processing before and after biogas production can account for around 50% of total operating costs. Maize silage is currently the dominant substrate but alternatives are being explored to address issues like transport costs over long distances and land availability near biogas plants. The document recommends considering substrate availability and transport when planning new biogas facilities.
Journal of Science and Technology .It's our journal Original Quality Research papers and Strictly No Plagiarism on all the Publications. Journal of Science and Technology Research in practical, theoretical, and experimental Technological studies is the focus of this journal.
This document discusses biodiesel use, handling, and fuel quality. It addresses questions farmers may have about using biodiesel in diesel engines. The key points are:
1) Biodiesel can be substituted for petroleum diesel in standard diesel engines, but has different chemical properties requiring different use and handling.
2) Issues that may arise include filter clogging from biodiesel's solvent properties, reduced power from lower energy content, and cold weather performance issues.
3) Proper blending, storage, and maintenance can help avoid potential problems and allow farmers to benefit from biodiesel's advantages like being renewable and reducing emissions.
G8 New Alliance for Food Security and Nutrition in Mozambique, April 2013Makoto Goda
Nippon Biodiesel Fuel Co., Ltd. (NBF) and ADM address issues of food security, rural electrification, energy security and reducing GHG emissions through a self-sustaining jatropha program in Mozambique. Over 10,000 smallholder farmers cultivate jatropha, from which oil is extracted and residue is used to produce compost. The jatropha oil substitutes fossil fuels for agriculture and generators that power telecom towers, while the compost increases agricultural productivity. ADM additionally supports food security by purchasing rice from villages and distributing it in Pemba.
The impact of climate change on the supply of aquafeed ingredientsInternational Aquafeed
The uncertainly concerning the availability of traditional fishmeal and fish oil and rising prices have required major industrial aquafeed manufactures to identify and evaluate alternate protein and oil sources. Considerable progress has been made in recent years on substitution of fish protein and oil with proteins and oils of plant origin.
The document discusses corporate ecosystem valuation (CEV) from a business perspective. It provides definitions of different approaches to valuing ecosystem services, such as those used by TEEB, DEFRA, WBCSD, and NGOs. It examines where businesses currently stand with respect to biodiversity and ecosystem services, noting they recognize sustainability is important but these concepts can be difficult for business leaders to understand. The document presents examples from Heineken of how they are incorporating ecosystem considerations into their business and provides recommendations on how to better communicate these issues to businesses in a way that emphasizes relevance, materiality, and simplicity.
This document discusses a proposed process for grinding corn stover on farms to produce biomass for biofuel production. It notes that current biofuel production costs are high due to inefficient transportation of corn stover from farms to processing plants. The proposed process would use existing farm equipment to grind corn stover into biomass directly on farms, allowing it to be more efficiently transported in bulk. This would lower costs for biofuel manufacturers while also generating additional revenue for farmers. The document provides background on biofuel research and outlines the proposed on-farm process and its potential benefits to farmers and the biofuel industry.
NNFCC market review bio based products issue seven october 2012NNFCC
The document summarizes the latest news from the global bio-based chemicals and materials sector for business members. Key highlights include:
- Nestlé calling for more energy recovery from difficult to recycle plastic waste streams like composites.
- Solazyme announcing the commissioning of their first algal oil biorefinery in Illinois.
- Renmatix unveiling a new R&D facility to explore sustainable feedstock sources for biobased chemicals, including waste.
Adopting a closed loop system: recycled plastics in your supply chainChris Moor
This document discusses how adopting a closed-loop supply chain system utilizing recycled plastics can help manufacturing companies reduce costs and environmental impact. A closed-loop system allows waste from products to be recycled back into the beginning of the production process. Implementing this with partnerships can provide cheaper recycled materials, reduce operating costs up to 20% annually, and lower a company's carbon footprint by 70-80%.
Stora Enso's newsletter for stakeholders.
Topics covered:
Towards a low-carbon future
Product-specific carbon footprints on the way
Storing carbon in buildings
Enhanced recycling in Barcelona
Increased focus on bioenergy
Innovative climate-friendly products
Encouraging climate awareness
Microchannel reactors show potential for producing biofuels through Fischer-Tropsch processes more efficiently than conventional methods. Microchannel reactors are much smaller in size, have lower capital costs, and higher productivity. They allow for higher heat transfer and conversion rates than traditional reactors. New catalysts developed specifically for microchannel reactors further improve productivity and stability. The combination of microchannel reactor design and optimized catalysts could make distributed biofuel production from waste biomass an economically viable reality.
This document discusses the need for biorefineries of the future to help address national needs around energy security, environmental concerns, and rural economies. It outlines that biomass is the only renewable source of carbon-based fuels and chemicals. The opportunities for biorefineries include helping to fill the gap for new electric power capacity needed by 2020, offsetting imports of crude oil and refined petroleum products, and boosting rural incomes and the agricultural trade balance. Government policy support for biorefineries is also discussed.
The document provides a feasibility and financial study for a proposed biodiesel production laboratory project at the German-Mongolian Institute for Resources and Technology (GMIT). It discusses the worldwide and local biodiesel industries, analyzes the costs associated with establishing a small-scale biodiesel production facility, and models the financial viability of the proposed GMIT Biodiesel Project. The study concludes that under favorable pricing conditions, the project can sustain itself financially and provide educational benefits to students while also producing value for the local community through recycling of waste vegetable oil into biodiesel and other products.
2013 socio economic prospects of advanced biofuels voetmann wfesFleming Voetmann
I will be sharing Novozymes' view on bioenergy and sustainability today at WFES and wanted to share some key data on biomass availability, the transportation context and some regional data.
The document discusses Clean Development Biogas Processing (CDBPTM) using oil palm fronds as a renewable energy source in Malaysia. It summarizes that CDBPTM is a cost-effective process using enzymes and simplified processing to convert oil palm fronds into biogas through a continuous stirred tank reactor. The technology has the potential to generate renewable energy and income while reducing greenhouse gas emissions for Malaysia and Indonesia.
The Hilltown Farmers Biodiesel Project has had a difficult startup over the past two years. Five farms grew oilseed crops to press into oil and process into biodiesel but encountered low yields due to weather, pests, and harvesting issues. They have made progress learning to operate their mobile oilseed press and biodiesel processor. However, actual fuel and feed production has been much lower than expected, generating only $7,900 in value versus a projected $25,000, due to challenges increasing yields. The group believes continuing efforts could make the project viable if yields and efficiency improve and diesel prices rise further.
Anaerobic Digestion of Animal Wastes: Factors to ConsiderElisaMendelsohn
This document provides an introduction to anaerobic digestion of animal wastes. It discusses the digestion process, factors to consider like temperature and mixing, and outputs like biogas. Biogas is around 60% methane and has an energy content of around 600 Btu/ft3. It can be used for applications like heating, cooking and electricity generation. Overall the document outlines the benefits and considerations of anaerobic digestion systems for converting animal waste into a usable energy source.
This document discusses the benefits of locally owned renewable energy facilities such as ethanol plants and wind farms. It outlines three key points:
1) Locally owned renewable energy facilities provide economic benefits to local communities by creating jobs, strengthening local markets for agricultural commodities, and increasing local expenditures. This keeps more money circulating within the local economy.
2) Common business models for locally owned renewable energy facilities include cooperatives, limited liability companies (LLCs), and franchises. Cooperatives are democratically controlled and return profits to members based on patronage.
3) While local ownership is decreasing due to corporate investment, it provides important benefits like allowing communities to control and profit from local resources and reducing pollution. Successful
CROSSWINDS continued to buffet world grain and feed markets during the later summer months, making for choppy conditions and a lack of consistent price direction
This document provides information on various aspects of professional biogas production, including substrates, silage, maize harvesting, and logistics. It discusses how substrate sourcing and processing before and after biogas production can account for around 50% of total operating costs. Maize silage is currently the dominant substrate but alternatives are being explored to address issues like transport costs over long distances and land availability near biogas plants. The document recommends considering substrate availability and transport when planning new biogas facilities.
Journal of Science and Technology .It's our journal Original Quality Research papers and Strictly No Plagiarism on all the Publications. Journal of Science and Technology Research in practical, theoretical, and experimental Technological studies is the focus of this journal.
This document discusses biodiesel use, handling, and fuel quality. It addresses questions farmers may have about using biodiesel in diesel engines. The key points are:
1) Biodiesel can be substituted for petroleum diesel in standard diesel engines, but has different chemical properties requiring different use and handling.
2) Issues that may arise include filter clogging from biodiesel's solvent properties, reduced power from lower energy content, and cold weather performance issues.
3) Proper blending, storage, and maintenance can help avoid potential problems and allow farmers to benefit from biodiesel's advantages like being renewable and reducing emissions.
G8 New Alliance for Food Security and Nutrition in Mozambique, April 2013Makoto Goda
Nippon Biodiesel Fuel Co., Ltd. (NBF) and ADM address issues of food security, rural electrification, energy security and reducing GHG emissions through a self-sustaining jatropha program in Mozambique. Over 10,000 smallholder farmers cultivate jatropha, from which oil is extracted and residue is used to produce compost. The jatropha oil substitutes fossil fuels for agriculture and generators that power telecom towers, while the compost increases agricultural productivity. ADM additionally supports food security by purchasing rice from villages and distributing it in Pemba.
G8 New Alliance for Food Security and Nutrition in Mozambique, April 2013
Bio Fuels
1. biofuels asia
Michael Martens, Implico’s managing partner, speaks to about the
DPNQBOZ T BDUJWJUJFT BDSPTT "TJB BOE UIF DIBMMFOHFT JU GBDFT JO UIF SFHJPO
Ready and waiting
ndia, in terms of biofuels, As a result, the government industry really wants to deliver biodiesel, slashing traditional
I is very much like Europe,
the managing partner
of software solutions
provider Implico, Michael
Martens, observes.
began to establish biofuels
crops on wasteland – what
seemed to be a suitable
solution in terms of
addressing climate change
biofuels, we are ready.
‘As with any fuel retailer
around the world, the
companies in India will need
to accommodate the needs
diesel use by almost 91.2
million litres a year.
With the implementation
of this target, Malaysia
became the second country
Back in 2011 Germany and improving energy security, of customers who expect to introduce B5, behind only
implemented an E10 blend at while at the same time saving a range of energy sources its neighbour Indonesia,
the pump and motorists were ‘good’ land for the production offered at the point of sale. which has been blending 5%
wary, leading to production of food crops. Nevertheless, Companies who insist on biodiesel into its conventional
chaos and shortages of it soon came to light that any selling nothing other than diesel transportation fuel in
conventional petrol. This even crops harvested on these standard crude oil-based select regions since 2006.
resulted in some politicians otherwise useless wastelands petrol at the pump will simply Last year Indonesia
calling that the mandate KPK UV[ OH]L LMÄJPLU[ LULYN` disappear from the market, manufactured 2.2 million
be scrapped altogether. output due to poor soil quality. regardless of the size of tonnes of biodiesel from
A similar story can be So in order to try and meet their infrastructure. The palm oil – 10.5% of its total
seen in India. ‘If you look at its biofuels goals with high winners will be the dynamic biodiesel production. This is
what has happened in the energy crops while keeping companies, the ones who more than double its 2010
European biofuels industry its people fed, India turned have set up their future- production volume of 1 million
over the last 10 years, there away from edible feedstocks proof supply chain in good [VUULZ HUK H ZPNUPÄJHU[
are similar problems in such as sugarcane and time; a supply chain that is, rise from 2007 when just
developing India’s biofuels palm oil, and headed into HIV]L HSS OPNOS` ÅL_PISL HUK 1% of its biodiesel was
market,’ Martens says. the ocean. Even if the initial capable of assimilating any made from crude palm oil.
The Indian government algae-to-biodiesel tests did type of new product or service Implico is cashing in on this
has established an ambitious not appear promising, the both quickly and easily.’ demand for palm oil with its
target for the nation to be direction seems to be right; automation system OpenTAS,
blending 20% of all biodiesel HSNHL ^PSS KLÄUP[LS` ILJVTL which has been adapted for
into regular fuel by 2016-17. an important part of the use in the palm oil industry.
However, today the country renewable energy mix. While biofuels is struggling As Martens explains: ‘Palm
has not even reached B5 in In March earlier this year to penetrate India’s oil is very similar to regular
its regular diesel, causing public holding company transportation fuel market, oil found in the oil and gas
Martens to speculate that World Health Energy Holdings quite the opposite is industry. It has exactly the
‘globally the industry is signed a letter of intent happening 2,000 miles same needs; how it needs
not yet ready to deliver with Indian industrial and away in Malaysia and to be measured and how
this amount of biofuel’. transport company Prime nearly 3,000 miles away in [OL LU[PYL ÅV^ MVY [OL ZWWS`
to develop a $100 million Indonesia. Here, biodiesel is chain is processed, for
India’s crop conundrum (€81.6 million) 250 acre in incredibly high demand. example. The only difference
algae production area and On 1 June 2011 Malaysia is the upstream area as the
Part of this reluctance to adopt biodiesel production plant. introduced its B5 mandate, fruits need to be dealt with.
biofuels stems from the food which began in Putrajaya. It is After the oil is squeezed from
versus fuel debate. The nation Ready for biofuels? expected the biodiesel blend the fruit, the same supply
has a huge population growth, will be rolled out nationwide chain rules follow. The supply
between 8 and 9%, and this For the time being at least, by the end of 2013, and ÅV^ MVY [OL WHST VPS PUKZ[Y`
is already in line with the Implico’s automation the government predicts is exactly the same that
8-9% consumption growth. technology will only be that around 50,000 tonnes we have for the oil industry
Martens poses the question: required for the oil and gas a month of biodiesel will so we have no different.’
‘How do you decide where sector in India, and not be consumed domestically Today Implico’s OpenTAS
to put the sugarcane? Feed yet the biofuels industry. by the end of this year. If system is installed at
the people or put it in your Nevertheless, Martens these predictions are true, Sime Darby’s palm oil
cars? Most people say feed ensures that his company Malaysia would need a plantation and palm
[OL WLVWSL ÄYZ[ H JVTTVU is ‘ready to face these monthly supply of 7.6 million VPS YLÄULY` WYVKJ[PVU
view on the biofuels problem.’ problems’. He says: ‘If the litres of palm oil-derived facility in Malaysia. O
40 august 2012 biofuels international