Swine excreta is drained directly into a built
septic tank near the communal pig pens
Unfortunately, because of its limited capacity,
the current septic tank can no longer handle
the daily loading. As a result, they begun
excavating a new septic tank.
Project Title : Adoption of Biogas Digesting Technology
for Effective Waste-To-Energy Conversion
and Renewable Energy Utilization
Proponent : Kapunongan sa Mag-uuma sa Paraiso
(KAMAGPA)
Duration : 1 Year
Budget : P 684,435.48
Source of
Funds
: DOST IX local GIA
07 September 2021. Forum on the operation
of the developed Portable Biogas Digester
30 September 2021. Follow-through meeting
with PSTD Fernando Ablaza of PSTC Rizal
• Computer-aided design (CAD)
of 20 cubic meter Dome-type
Biogas Digesting Technology
by PSTD Fernando Ablaza
• Code of Practice for DOST
Biogas Digester Adoptors
Biogas Location
The site where the hog farming facility is located is not declared as Ancestral Domain (AD). The proposed
area for the construction of the Biogas digester is adjacent to the communal pig pens and near the individual
cages for ease of effluent diversion. The facility is strategically located away from the community, and a Zoning
Certificate and Special Land Use Permit were issued by the local DENR-CENRO.
Particulars Qty. Amount Total
INSTALLATION OF COMPLETE SETUP OF 20 CUBIC
METER DOME-TYPE BIOGAS SYSTEM*
20 cubic meter digester tank
Mixing Tank
Collection or Inlet Chamber
Hydraulic or Outlet Chamber
Gas Pipe
Distribution Pipes
Gas stove
Biogas Lamp
Piping and fittings
Other relevant components
1 lot P 625,484.16 P 625,484.16
Honorarium for the resource person
(at P1,400/hr. x 8 hours) P 11,200.00 P 11,200.00
Management and Monitoring Fund
7.5% of the Total project cost
Include expenses on
Communication;
Orientation and training on proper operation and maintenance; and
Project Monitoring
P 47,751.32 P 47,751.32
TOTAL PROJECT COST P 684,435.48
General:
The general objective of this project is to improve the
sanitary condition of the community in livestock production thus
promoting environmental protection through waste-to-energy
initiatives.
Specific:
To introduce new and effective technology in livestock
effluents management through Biogas Digesting Technology;
To generate Biogas that can be a source for fuel and energy
and treated sludge that can use for fertilizer and soil
conditioning; and
To capacitate the association members on the operation and
proper maintenance of the Biogas System.
https://paksc.org/pk/biogas-plant-design
Proposed project based on community needs assessment.
Project conceptualization.
Submitted by PSTD Ablaza as a result of follow through meeting
Need to emphasize for AD and environmental compliance.
The Biogas system include components as follows:
20 cubic meter digester tank
Desulfurizer
Collection or Inlet Chamber
Hydraulic or Outlet Chamber
Gas Pipe
Distribution Pipes
Improvised Biogas stove
Biogas Pump
Biogas-powered Lamp
Piping and fittings
Other relevant components
Biogas is considered renewables because its production-and-use cycle is continuous, and it generates no net carbon dioxide. Considering that Phil has abundant supply of biomass and livestock effluents.