+ Follow DR. BERNARDO D Tag
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[ArticleID] => 353818
[Title] => Forum to tackle rice husk-fired power plants
[Summary] => The bright prospects of investing in the establishment of rice husk-fired power plants will be the focus of discussions in a forum at the Manila Hotel on Aug.22.
Expected to attend the investment forum are prospective investors like rice millers, local government units, commercial banks, electric cooperatives and other stakeholders as well as officials of government and non-government agencies concerned with solid waste management and utilization.
[DatePublished] => 2006-08-20 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] => 1750993
[AuthorName] => Sosimo Ma. Pablico
[SectionName] => Agriculture
[SectionUrl] => agriculture
[URL] =>
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[1] => Array
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[ArticleID] => 335406
[Title] => Farming need not be a back-breaking job
[Summary] => Land preparation for rice farms need not be a backbreaking job anymore as agricultural engineers have already designed a set of attachments that can perform different operations with the operator riding on a seat assembly.
[DatePublished] => 2006-05-07 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] => 1750993
[AuthorName] => Sosimo Ma. Pablico
[SectionName] => Agriculture
[SectionUrl] => agriculture
[URL] =>
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[2] => Array
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[ArticleID] => 308969
[Title] => Low-cost microbial inoculant
[Summary] => Researchers of the Philippine Rice Research Institute [PhilRice] have formulated a low-cost microbial inoculant that can process biodegradable wastes in two weeks.
Called MBI (microbial base inoculant), it is produced from local materials such as sawdust, coco dust, carbonized rice hull, and molasses inoculated with a mixture of naturally occurring beneficial organisms commercially known as effective organisms (EM). Developed in Japan, EM contains yeast, lactic acid bacteria, actinomycetes, fungi, and photosynthetic bacteria.
[DatePublished] => 2005-11-27 00:00:00
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[SectionName] => Agriculture
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[ArticleID] => 293803
[Title] => Turn your farm wastes into fertilizer
[Summary] => Farmers would do well by converting their farm wastes quickly into organic fertilizer and, hence, reduce their expenses on inorganic or chemical fertilizer.
This can be done by applying a microbial inoculant developed by PhilRice (Philippine Rice Research Institute) researchers on farm wastes like animal manure, weeds, leaf droppings, crop residues (rice straw) and tree trimmings or clippings.
[DatePublished] => 2005-08-28 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] =>
[AuthorName] =>
[SectionName] => Agriculture
[SectionUrl] => agriculture
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[ArticleID] => 203118
[Title] => Making your own fertilizer in 1-2 weeks
[Summary] => Researchers of the Philippine Rice Research Institute (PhilRice) in Maligaya, Muñoz, Nueva Ecija have formulated a microbial inoculant that can process biodegradable kitchen wastes into fertilizer in one to two weeks.
[DatePublished] => 2003-04-20 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] =>
[AuthorName] =>
[SectionName] => Agriculture
[SectionUrl] => agriculture
[URL] =>
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[ArticleID] => 192936
[Title] => Carbonized rice hull exported to Japan
[Summary] => Through a process developed by agricultural engineers of the Philippine Rice Research Institute (PhilRice) in Maligaya, Muñoz, Nueva Ecija, rice hull can now be carbonized and exported to Japan. Rice hull used to be an unwanted by-product of rice milling.
Two farmer organizations in Nueva Ecija are already cashing in on carbonized rice hull (CRH) with assistance from PhilRice and the Philippine Rural Reconstruction Movement (PRRM). They have already exported nine container vans of CRH to Japan.
[DatePublished] => 2003-01-26 00:00:00
[ColumnID] => 133272
[Focus] => 0
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[AuthorName] =>
[SectionName] => Agriculture
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DR. BERNARDO D
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[0] => Array
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[ArticleID] => 353818
[Title] => Forum to tackle rice husk-fired power plants
[Summary] => The bright prospects of investing in the establishment of rice husk-fired power plants will be the focus of discussions in a forum at the Manila Hotel on Aug.22.
Expected to attend the investment forum are prospective investors like rice millers, local government units, commercial banks, electric cooperatives and other stakeholders as well as officials of government and non-government agencies concerned with solid waste management and utilization.
[DatePublished] => 2006-08-20 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] => 1750993
[AuthorName] => Sosimo Ma. Pablico
[SectionName] => Agriculture
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[URL] =>
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[1] => Array
(
[ArticleID] => 335406
[Title] => Farming need not be a back-breaking job
[Summary] => Land preparation for rice farms need not be a backbreaking job anymore as agricultural engineers have already designed a set of attachments that can perform different operations with the operator riding on a seat assembly.
[DatePublished] => 2006-05-07 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] => 1750993
[AuthorName] => Sosimo Ma. Pablico
[SectionName] => Agriculture
[SectionUrl] => agriculture
[URL] =>
)
[2] => Array
(
[ArticleID] => 308969
[Title] => Low-cost microbial inoculant
[Summary] => Researchers of the Philippine Rice Research Institute [PhilRice] have formulated a low-cost microbial inoculant that can process biodegradable wastes in two weeks.
Called MBI (microbial base inoculant), it is produced from local materials such as sawdust, coco dust, carbonized rice hull, and molasses inoculated with a mixture of naturally occurring beneficial organisms commercially known as effective organisms (EM). Developed in Japan, EM contains yeast, lactic acid bacteria, actinomycetes, fungi, and photosynthetic bacteria.
[DatePublished] => 2005-11-27 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] =>
[AuthorName] =>
[SectionName] => Agriculture
[SectionUrl] => agriculture
[URL] =>
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[3] => Array
(
[ArticleID] => 293803
[Title] => Turn your farm wastes into fertilizer
[Summary] => Farmers would do well by converting their farm wastes quickly into organic fertilizer and, hence, reduce their expenses on inorganic or chemical fertilizer.
This can be done by applying a microbial inoculant developed by PhilRice (Philippine Rice Research Institute) researchers on farm wastes like animal manure, weeds, leaf droppings, crop residues (rice straw) and tree trimmings or clippings.
[DatePublished] => 2005-08-28 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] =>
[AuthorName] =>
[SectionName] => Agriculture
[SectionUrl] => agriculture
[URL] =>
)
[4] => Array
(
[ArticleID] => 203118
[Title] => Making your own fertilizer in 1-2 weeks
[Summary] => Researchers of the Philippine Rice Research Institute (PhilRice) in Maligaya, Muñoz, Nueva Ecija have formulated a microbial inoculant that can process biodegradable kitchen wastes into fertilizer in one to two weeks.
[DatePublished] => 2003-04-20 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] =>
[AuthorName] =>
[SectionName] => Agriculture
[SectionUrl] => agriculture
[URL] =>
)
[5] => Array
(
[ArticleID] => 192936
[Title] => Carbonized rice hull exported to Japan
[Summary] => Through a process developed by agricultural engineers of the Philippine Rice Research Institute (PhilRice) in Maligaya, Muñoz, Nueva Ecija, rice hull can now be carbonized and exported to Japan. Rice hull used to be an unwanted by-product of rice milling.
Two farmer organizations in Nueva Ecija are already cashing in on carbonized rice hull (CRH) with assistance from PhilRice and the Philippine Rural Reconstruction Movement (PRRM). They have already exported nine container vans of CRH to Japan.
[DatePublished] => 2003-01-26 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] =>
[AuthorName] =>
[SectionName] => Agriculture
[SectionUrl] => agriculture
[URL] =>
)
)
)
abtest
November 27, 2005 - 12:00am
August 28, 2005 - 12:00am
January 26, 2003 - 12:00am
