Philippines identify areas for sugarcane production, to benefit 55,000 farmers
The Philippines' Agriculture Secretary Arthur Yap announced that the country's Sugar Regulatory Administration has identified 60,250 hectares of new sugarcane areas that can produce as much as 274 million liters of bioethanol. These new areas for sugarcane will yield more than enough of the biofuel to meet the 2009 requirement which was set at 255 million liters.
Yap said the expansion of sugarcane areas for bioethanol production would help improve the lives of more than 55,000 farmers dependent on the crop.
In order to convert the feedstock into ethanol, about 10 medium-scale refineries would be needed. Interest to establish these is great, with both the local and foreign private sector seeing the Philippines as a relatively good investment opportunity. Recently, a 'Biofuels Country Attractivenes Index' placed the country in the top 15 of the most suitable bioenergy investment destinations mainly because of its central geographical position in the booming South East and East Asian market, its recent biofuel legislation and its suitable agro-climatic conditions for a range of crops.
Besides existing investments, Yap said the Department of Energy had reported that at least seven new investors have expressed interest in building sugar refineries that would have a combined annual capacity of 402 million liters of ethanol.
Sugarcane is estimated to yield of 4,550 liters of biofuel per hectare, making it one of the best energy crops. With the advent of cellulosic biofuel technologies, part of the fibrous by-product of crushed canes - bagasse - could be converted into liquid fuels:
energy :: sustainability :: ethanol :: biomass :: bioenergy :: biofuels :: sugarcane :: farmland :: Philippines ::
The Brazilian experience indicates that when bagasse is used to generate power, the energy requirements of an ethanol plant are easily met, which results in an excess of electricity. This excess is most often transferred to a grid that supplies green electricity to local populations. Often this requires the creation of a new grid infrastructure. With cellulosic biofuels, this could be avoided and more liquid biofuel could be produced instead.
The Philippines recently passed its Biofuels Act requiring a minimum of five percent of ethanol to be pre-blended with gasoline by February 2009, with the ratio doubling to 10 percent by February 2011. The same law requires all diesel engine fuels to be pre-blended with one percent coco-biodiesel. This blending ratio will double to two percent by February 2009.
Suitable crops for first-generation biofuels in the Philippines incude sweet sorghum, sweet potato, tropical sugar beet, jatropha and coconut.
Some major recent investments in the country's nascent biofuel sector include a US$1.3 billion project to be implemented by the UK's NRG and state-owned Philippine National Oil Co. (PNOC) (earlier post), and a US$150 million investment into a fully integrated ethanol processing facility in Central Luzon by US firm E-Cane Fuel Corp (more here).
References:
The Inquirer: Gov’t finds new areas for bioethanol production - September 1, 2007.
Biopact: Biofuels and renewables 'Country Attractiveness Indices' for Q1 2007 - May 24, 2007
Article continues
Yap said the expansion of sugarcane areas for bioethanol production would help improve the lives of more than 55,000 farmers dependent on the crop.
In order to convert the feedstock into ethanol, about 10 medium-scale refineries would be needed. Interest to establish these is great, with both the local and foreign private sector seeing the Philippines as a relatively good investment opportunity. Recently, a 'Biofuels Country Attractivenes Index' placed the country in the top 15 of the most suitable bioenergy investment destinations mainly because of its central geographical position in the booming South East and East Asian market, its recent biofuel legislation and its suitable agro-climatic conditions for a range of crops.
We have enough land to meet sugar ethanol refinery requirements. What is left for us to do is plant the sugarcane. Compared with other feedstock, only ethanol from sugarcane can be produced in a totally renewable and environment-friendly process by using bagasse - a sugarcane waste material - to fuel boilers that generate the required steam and electricity for the distillery. - Arthur Yap, Philippines Agriculture SecretaryThe island state currently has only 38,500 hectares of land planted to sugarcane. The scope for future expansion is large: studies by the Sugar Regulatory Administration showed a total of 377,182 hectares of land are suitable for planting sugar. 17.2 percent of these are in Luzon, 53.3 percent in Negros Island, 6.9 percent in Panay Island, 4.4 percent in the Eastern Visayas region, and 19.1 percent in Mindanao (map, click to enlarge).
Besides existing investments, Yap said the Department of Energy had reported that at least seven new investors have expressed interest in building sugar refineries that would have a combined annual capacity of 402 million liters of ethanol.
Sugarcane is estimated to yield of 4,550 liters of biofuel per hectare, making it one of the best energy crops. With the advent of cellulosic biofuel technologies, part of the fibrous by-product of crushed canes - bagasse - could be converted into liquid fuels:
energy :: sustainability :: ethanol :: biomass :: bioenergy :: biofuels :: sugarcane :: farmland :: Philippines ::
The Brazilian experience indicates that when bagasse is used to generate power, the energy requirements of an ethanol plant are easily met, which results in an excess of electricity. This excess is most often transferred to a grid that supplies green electricity to local populations. Often this requires the creation of a new grid infrastructure. With cellulosic biofuels, this could be avoided and more liquid biofuel could be produced instead.
The Philippines recently passed its Biofuels Act requiring a minimum of five percent of ethanol to be pre-blended with gasoline by February 2009, with the ratio doubling to 10 percent by February 2011. The same law requires all diesel engine fuels to be pre-blended with one percent coco-biodiesel. This blending ratio will double to two percent by February 2009.
Suitable crops for first-generation biofuels in the Philippines incude sweet sorghum, sweet potato, tropical sugar beet, jatropha and coconut.
Some major recent investments in the country's nascent biofuel sector include a US$1.3 billion project to be implemented by the UK's NRG and state-owned Philippine National Oil Co. (PNOC) (earlier post), and a US$150 million investment into a fully integrated ethanol processing facility in Central Luzon by US firm E-Cane Fuel Corp (more here).
References:
The Inquirer: Gov’t finds new areas for bioethanol production - September 1, 2007.
Biopact: Biofuels and renewables 'Country Attractiveness Indices' for Q1 2007 - May 24, 2007
Article continues
Monday, September 03, 2007
Metabolic Explorer partners with IFP to develop propanediol from biodiesel byproduct glycerin
PDO is a bulk chemical used in the manufacture of a new class of polyester fibres as well as coatings and plastic films. The chemical can be formulated into composites, adhesives, laminates, powder and UV-cured coatings, mouldings, novel aliphatic polyesters, copolyesters, solvents, anti-freeze and other end uses. The rapidly growing PDO market is forecast to be worth $3.5bn within the next five years.
Metex has developed a range of proprietary technologies which allow it to design highly efficient bacteria able to produce existing bulk chemicals from a wide range of renewable bio-based feedstocks. The fermentation methods provide sustainable solutions to the chemical industry, offering significant economic and environmental benefits over oil-dependent chemical processes.
Under the new agreement, the company expects to benefit from IFP’s in-depth technical expertise in production process design & engineering as well as in process economic optimisation for the development of a new benchmark process to manufacture PDO from glycerol (glycerin). The partnership will improve the global economics of the biodiesel production process and provides Metex with the feedstocks it needs to produce PDO.
The PDO process could play a crucial role in the overall economics of biodiesel production, thus highlighting the potential to transform the value chains of many post-petroleum bulk chemicals.
Others working on the similar green chemistry technologies have projected that optimizing biodiesel production in such a way that it yields a higher quality type of glycerol to be converted into PDO, could make the product 15 times more valuable (earlier post):
energy :: sustainability :: biodiesel :: biobutanol :: biomass :: bioenergy :: biofuels :: glycerol :: propanediol :: biopolymer :: green chemistry ::
METabolic EXplorer is a leading 'green chemistry' company focused on the production of bulk chemicals. It has developed cell factories for five important bulk chemicals which together have current sales of approximately $11 billion. These products have applications in fibres, biodegradable plastics, paints, solvents and second generation biofuels. The company’s strategy to capture a significant element of major economic benefits that its novel technologies deliver is to use a collaborative business model to allow it produce and market its bulk bio-chemicals.
Metex is also involved in the development of biobutanol made directly from starch. This promising biofuel is produced in a way similar to ethanol, but has many advantages over the more widely used biofuel.
As an international research and training center, the IFP is developing the transport energies of the 21st century. It provides public players and industry with innovative solutions for a smooth transition to the energies and materials of tomorrow – more efficient, more economical, cleaner and sustainable. To fulfill its mission, IFP has five complementary strategic priorities: pushing back the boundaries in oil and gas exploration and production - converting as much raw material as possible into energy for transport - developing clean, fuel-efficient vehicles - diversifying fuel sources - capturing and storing CO2 to combat the greenhouse effect. An integral part of IFP, its graduate engineering school prepares future generations to take up these challenges.
References:
Metabolix Explorer: Agreement designed to develop an optimised production process for Metex’ proprietary bulk chemical PDO - Ausgust 30, 2007.
Biopact: Steps to biorefining: new products from biofuel leftovers - August 10, 2007
Article continues
posted by Biopact team at 7:18 PM 2 comments links to this post