Published
October 4, 2018, 10:00 PM By
Myrna M. Velasco
The energy investment
arm of San Miguel Corporation (SMC) will be converting its existing coal-fired
power plants into biomass facilities that shall be feeding on rice husks on its
generation of electricity.
In a statement to the
media, the diversifying conglomerate noted that those under consideration for
conversion are the SMC plants in Limay, Bataan within Luzon grid; and Malita in
Davao for Mindanao grid.
“SMC will convert its existing
power plants using CFB (circulating fluidized bed) clean coal technology to
biomass power facility,” the company said.
As emphasized by SMC
President and Chief Operating Officer Ramon S. Ang, “instead of burning or
dumping rice husks, we want to fully utilize this agricultural waste product
both as energy source for our power plants and income source for our rice
farmers.”
Ang noted by using rice
husks feedstock, “we reduce our emissions further,” at the same time, this will
“encourage farmers to increase rice production… and help address a perennial
food security shortage.”
In other electricity
markets, the co-firing of coal and biomass-anchored feedstock is resorted to in
reducing the carbon emissions of power generating assets.
The Malita plant of San
Miguel will have 628 megawatts capacity when completed and all units are set on
commercial stream; while its Limay plant is of 600MW installed capacity.
Ang noted that at their
current pace of operations, SMC’s coal-fired power plants are already “way, way
below the limits set by the Department of Environment and Natural Resources
(DENR), and even the standards set by the World Bank.”
Nevertheless, with the
utilization of rice husks, the company indicated that its plant emissions “are
expected to be even lower.”
The SMC executive added
“with rice being a staple food of Filipinos… fuel supply for power facilities
using rice husks will be steady.”
He similarly stressed
“this can even bring down electricity prices, as we will no longer be subject
to price fluctuations and other cost and supply pressures associated with
coal.”
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