Biofuels Industry (Philippines)
The Philippine biofuels industry encompasses the production and distribution of biodiesel (from coconut and other vegetable oils) and bioethanol (from sugarcane, nipa sap, and other feedstocks). The sector is governed by the Biofuels Act of 2006 (RA 9367), which establishes mandatory blend targets and empowers the National Biofuels Board (NBB) to administer the program. See Digest: RA 9367 — Biofuels Act of 2006 .
The DOE oversees accreditation of biofuel producers and distributors, certifying compliance with the Biofuel Act’s requirements and Philippine National Standards (PNS) [PEP 2023-2050 Vol. II, p.33, 2023].
Statutory Mandate (RA 9367, 2007)
Mandatory Blending Schedule (§5)
| Fuel | Phase 1 | Phase 2 (NBB recommendation) |
|---|---|---|
| Biodiesel | B1 (1%) within 3 months of effectivity | B2 (2%) after feasibility review within 2 years; may be increased further |
| Bioethanol | E5 (5%) within 2 years | E10 (10%) after feasibility review within 4 years |
Permanent floor (§9(c)): After four years from effectivity, the B2 and E5 minimums cannot be decreased. The PEP 2023-2050 roadmap (B2→B5 by 2026) is a DOE/NBB recommendation layer on top of this statutory floor.
Import relief: During bioethanol supply shortages, oil companies may import bioethanol — but only to the extent of the domestically-determined shortfall [RA 9367, Section 5, 2007].
NBB Governance (§8–9)
The National Biofuels Board (NBB) is the statutory governing body: DOE Secretary (Chair) + DTI, DOST, DA, DOF, DOLE Secretaries + PCA Administrator + SRA Administrator = 8 members. Technical Secretariat is attached to the DOE Secretary’s Office [RA 9367, Section 8, 2007].
NBB may recommend blend increases, recommend biofuel use in air transport, and set concentration limits for MTBE and other harmful additives. It also determines bioethanol shortage levels for import relief eligibility [RA 9367, Section 9, 2007].
Food Security Gate (§10)
The Sugar Regulatory Administration (SRA) must at all times ensure domestic sugar supply is sufficient at stable prices. The SRA may recommend sugar importation and MAV adjustments to protect domestic food supply — domestic food security legally overrides bioethanol feedstock demand. The blending mandate does not compel diversion of sugarcane from food use [RA 9367, Section 10, 2007].
Installed Capacity and Production (2022)
As of December 2022, the Philippines has 25 accredited biofuel facilities with aggregate production capacity of 1,143.9 million liters per year (MLPY) [PEP 2023-2050 Vol. II, Table 19, 2023]:
| Biofuel | Facilities | Capacity (MLPY) |
|---|---|---|
| Biodiesel | 12 | 677.9 |
| Bioethanol | 13 | 466.0 |
| Total | 25 | 1,143.9 |
2022 production:
- Biodiesel: 203.4 million liters (ML) — up 2.7% from 198.1 ML in 2021
- Bioethanol: 374.8 ML — up 5.7% from 354.6 ML in 2021
Sales grew in parallel: biodiesel +5.7%, bioethanol +2.9%. The positive trend is attributed to the lifting of COVID-19 mobility restrictions driving renewed demand for diesel and gasoline [PEP 2023-2050 Vol. II, p.34, 2023].
New Facilities Under Construction (as of Dec. 2022)
Six additional facilities had received their Notice to Proceed [PEP 2023-2050 Vol. II, Table 20, 2023]:
| Facility | Location | Capacity (MLPY) |
|---|---|---|
| Biodiesel | ||
| Bio Renewable Energy Ventures, Inc. | Jasaan, Misamis Oriental | 150.00 |
| Greentech Biodiesel, Inc. | Gumaca, Quezon | 100.00 |
| Voice Development Corporation | Tayabas, Quezon | 27.65 |
| Seaoil Philippines, Inc. | Pres. M.A. Roxas, Zamboanga del Norte | 11.23 |
| Biodiesel subtotal | 288.88 | |
| Bioethanol | ||
| Cavite Biofuels Producers, Inc. | Magallanes, Cavite | 38.00 |
| Canlaon Alcogreen Agro Industrial Corp. | Bago City, Negros Occidental | 45.00 |
| Bioethanol subtotal | 83.00 | |
| Grand Total | 371.88 |
Two biodiesel facilities were commissioned in June 2023 with a combined capacity of 161.23 MLPY: Bio Renewable Energy Ventures, Inc. (150 MLPY) and Seaoil Philippines, Inc. (11.23 MLPY) [PEP 2023-2050 Vol. II, footnote 48, 2023].
Research and Development
The DOE, in partnership with government agencies and academic institutions, has completed R&D on alternative biofuel feedstocks [PEP 2023-2050 Vol. II, pp.34–36, 2023]:
- UPLB (coconut oil biodiesel): Life Cycle Assessment on carbon debt and GHG savings showed: B2 = 1.3% GHG reduction; B5 = 3.2%; B10 = 6.4%; B20 = 12.9%. Certificate of completion issued April 2022.
- MMSU (nipa sap bioethanol): Community-based nipa-sap bioethanol: produced 3,500 liters of anhydrous bioethanol (AHA) at 99.73% purity, compliant with PNS. MMSU planning to replicate technology in three sites in Aparri, Cagayan with GEF/UNDP DREAMS Project funding.
- DOST-ITDI (used cooking oil blend): CME + Used Cooking Oil Methyl Ester (UCOME) at 4:1 ratio passed all PNS specs for B100; engine tests showed increased power and torque at B2/B5 blends but decrease at B10.
- NSEBIO Co., Ltd. Philippine Branch: Bagasse and Napier Grass bioethanol research facility — 292 L/dry-ton yield from fresh bagasse; 282 L/dry-ton from Napier grass.
- On-road B5 test (30,000 km): Completed 2021; mileage improvement of 9–10% for manual and automatic transmission vehicles.
UPLB is also developing a criteria/checklist for future biodiesel plant construction to ensure environmental sustainability.
Plans and Programs
Biofuels Roadmap (2023–2050)
The DOE’s biofuels roadmap targets full compliance with the Biofuels Act of 2006 by 2050 [PEP 2023-2050 Vol. II, Figure 8, 2023]:
- Biodiesel blend increase: B2 → B3 (2024) → B4 (2025) → B5 (2026). Recommended annual increment of 1.0% to avoid sudden market price increases for coconut oil. Subject to NBB resolution approval.
- Bioethanol E20: Voluntary 20% bioethanol blend as a price mitigation measure (ethanol is cheaper than gasoline). Positioned as a response to the Russia-Ukraine conflict’s downstream oil impact. See Downstream Oil Industry .
- Feedstock diversification: Regular monitoring, R&D on alternative feedstocks (jatropha, waste cooking oil, microalgae, rubber seed for biodiesel; sweet sorghum, cassava, microalgae, nipa sap, cellulosic materials for bioethanol).
- 2nd-generation bioethanol: Integrate 2nd-generation bioethanol technology into existing commercial plants.
- Investment incentives: Encourage investments and provide fiscal incentives to entities in biofuel production and feedstock.
- IEC campaigns: DOE conducted campaigns in 5 Science High Schools in Metro Manila to promote biofuel literacy.
The Philippine Coconut Authority (PCA) is finalizing guidelines for equitable distribution of feedstock and benefits for coconut farmers, which is a prerequisite for expanding the biodiesel blend schedule.
Capacity Expansion and Investment Targets
Biodiesel (2023–2050)
Biodiesel demand under CES is projected to reach 892.1 ML by 2050 — more than double the REF demand (422.7 ML) — driven by the gradual blend rate increase from B2 to B5 by 2026, despite high EV penetration in road transport. To meet this demand (at 80% utilization), 134.5 MLPY additional capacity is needed in CES beyond the committed pipeline [PEP 2023-2050 Vol. II, Table 22, 2023]:
| Scenario | 2050 Demand (ML) | Additional Capacity (MLPY) | Investment (PhP M) | Jobs |
|---|---|---|---|---|
| REF | 422.7 | — | — | — |
| CES | 892.1 | 134.55 | 697.47 | 140 |
Average investment cost: PhP 5.184 million per MLPY. Total production capacity by 2050: 1,115 MLPY (CES).
Bioethanol (2023–2050)
Bioethanol demand under CES reaches 1,035.7 ML by 2050 — 22.5% lower than the REF (1,335.6 ML) due to EV displacement. Two supply scenarios were modeled [PEP 2023-2050 Vol. II, Tables 23–24, 2023]:
100% local production (CES by 2050):
- Additional capacity needed: 760.7 MLPY
- Total investment: PhP 43,290.6 million (USD 787.1 million)
- Jobs: 4,298
60% local production (CES by 2050):
- Additional capacity needed: 242.8 MLPY
- Total investment: PhP 13,818.2 million
- Jobs: 1,372
Average investment cost for bioethanol: PhP 56.91 million per MLPY.
REF bioethanol: 100% local scenario requires PhP 64,621M investment and creates 6,415 jobs by 2050.