DM-X CBM  ·  Philippine Energy Independence

From Azolla fern to clean cooking fuel

DM-XTech is building the Philippines' first vertically-integrated Azolla-to-Compressed BioMethane system — a scalable, domestically-produced LPG substitute priced at BTU parity with imported LPG, but with all inputs peso-denominated and immune to import shocks.

The Proposition → Financial Case
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Concrete Tanks Built
0%
Target CH₄ Purity
0
Hectares, Bicol (Phase 3)
0%
Equity IRR (10-yr, after CIT)
Dense azolla mat in concrete cultivation tank, DM-XTech pilot site Dense mat · Tank A
Azolla growth in progress Tank D · Active
Tank being prepared as biodigester Biodigester prep
The Macro Stakes
Every peso of DM-X CBM revenue stays in the Philippines. Every peso of imported LPG revenue leaves.
$3.7B
PH crude oil imports · 2024
Saudi Arabia + UAE + Iraq account for ~$3.5B of the total. LPG is a major refined slice.
₱11.5M
Forex retained / hub / year
At standard-hub steady state. Peso outflow prevented from leaving the economy.
₱1.15B
At 100-hub national rollout
Annual peso retention — the macro-scale prize. Detail in Resilience.
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Tanks Constructed
6m diameter × 1m deep, reinforced concrete
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Biodigesters (Converting)
Sealed anaerobic digestion of azolla biomass
0 bar
CBM Compression Target
Cylinder-fill pressure, LPG-compatible delivery
0 ha
Bicol Farmland (Phase 3)
Large-scale pilot for nationwide replication
Proposal at a Glance · Executive Summary

Twelve numbers that define the deal.

For a time-pressed reader — a credit analyst triaging twenty proposals, a policy officer scanning DOE submissions, or a potential strategic partner — here is the entire proposition in three columns: the ask, the returns, the impact. Every number below links to the page where it is derived and defended.

🏦
The Ask
Phase 1 term loan
₱12M
Commercial bank
term loan
Ring-fenced to Phase 1 gas processing CAPEX: PWS scrubber, CBM compressor, cylinder filling.
8.0% fixed
Interest rate
assumption
8 yr
Tenor with
12-mo grace
₱5M+
Proponent equity
already deployed
18 reinforced-concrete cultivation tanks built and operational.
See full debt schedule
📊
The Returns
Bankable without upside
1.41×
Year 2 binding
DSCR (min 1.25×)
Full debt service coverage · rises to 2.6× by Year 5 per financial model.
~36%
10-year Equity IRR
after 25% CIT
~48 mo
Equity payback
period
1.50×
Collateral
coverage ratio
₱18.06M hard asset value vs ₱12M loan. No tax holiday or carbon credits in base case.
Open financial model
🇵🇭
The Impact
Per standard hub, per year
287 MT
LPG imports
displaced annually
At 50 Nm³/h nameplate × 82% utilization = 360,000 Nm³/yr CBM.
~₱11.5M
Forex retained
per hub / year
~2,000
Households
fully served
~860 tCO₂e
Emissions avoided
(Gold Standard)
30 rural jobs per hub (10 direct + 20 indirect). 114 ha of previously marginal land into productive use.
See national impact
For credit committees
& policy reviewers
The deal is designed to be boring for the bank and ambitious for the country. Standard commercial loan with 1.50× physical-asset collateral; DSCR above the 1.25× minimum in every year of the loan; returns computed after full taxation without any reliance on tax holiday, carbon credits, or capital-structure gymnastics. National-scale impact is the delta between this proposition and a typical commercial loan — not the headline that justifies the ask.
Request full package →
The Value Chain

Six steps from water fern
to cooking fuel

🌿
Azolla
Cultivated in 16 concrete tanks (pilot) and leased paddies at scale. Doubles mass every 3–5 days via nitrogen-fixing symbiont Anabaena azollae.
🏗️
Harvest
Continuous skimming by DM-XTech's own cultivation teams. Surplus dried as animal-feed supplement and biofertilizer.
⚗️
Biodigestion
Sealed anaerobic CSTR tanks. Mesophilic bacteria produce raw biogas at ~50% CH₄ / 50% CO₂.
💧
Water Scrubbing
Pressurized Water Scrubbing strips CO₂. Product: ≥97% pure biomethane with ~50 ppm H₂S retained as natural odorant.
🔧
Compression
Four-stage oil-free compressor fills standard steel cylinders to 200 bar(g).
🍳
DM-X CBM
Door-to-door cylinder swap. Drop-in substitute for LPG in any household stove — no appliance modification required.
Carbon Neutral by Design

The carbon your stove burns
is the carbon your azolla absorbed.

DM-X CBM is not fossil fuel. The CO₂ released when a Filipino household cooks with it is the same CO₂ that was pulled from the atmosphere four weeks earlier by a growing azolla fern. No new fossil carbon enters the cycle. No net emissions reach the atmosphere. Click any stage to explore.

STAGE 01
Atmospheric CO₂
Carbon dioxide in the air above the cultivation paddy. The starting point of the biological cycle — and the endpoint of fossil-fuel combustion that DM-X is designed to displace.
STAGE 02
Azolla Photosynthesis
Azolla fronds absorb atmospheric CO₂ and fix it into biomass. The symbiotic cyanobacterium inside each leaf cavity provides nitrogen, so no synthetic fertilizer is required. Biomass doubles every 3–5 days.
STAGE 03
Biodigester → CBM
Harvested azolla enters a sealed anaerobic digester and is fermented to biogas. Pressurized Water Scrubbing upgrades it to ≥97% biomethane, then compression fills cylinders at 200 bar. The carbon stays locked.
STAGE 04
Household Combustion
A Filipino family cooks rice with DM-X CBM. The methane reacts with oxygen and releases the same CO₂ that the azolla absorbed a month earlier — completing the loop with zero net fossil emissions.
☁️ ATMOSPHERIC CO₂ 🌿 AZOLLA ⚗️ BIODIGESTER → CBM 🔥 COMBUSTION THE Carbon Loop

Why this matters for carbon markets: The biogenic carbon cycle makes DM-X CBM eligible for Gold Standard Verified Emission Reductions (VERs) under the methodology for biomethane displacing fossil LPG. Each tonne of LPG displaced represents approximately 3.0 tonnes of avoided CO₂-equivalent — independently auditable and countable against Philippine Nationally Determined Contributions.

The Urgency

The Philippines cannot afford to wait for imported solutions

The conflict between the US/Israel and Iran has placed the Strait of Hormuz — the chokepoint through which a large share of Philippine LPG imports pass — under persistent geopolitical risk. Simultaneously, the prolonged Russia-Ukraine war continues to distort global energy markets, driving LPG spot prices to levels that impose real hardship on Filipino households.

The Philippine government has issued a call for domestic solutions. DM-XTech is answering that call.

Read the full crisis analysis →
LPG Import Dependence
~91%

of Philippine LPG arrives via Asian refineries dependent on the Persian Gulf (PIA / DOE, March 2026)

LPG Retail (DOE monitor)
₱85–130/kg

Range across brands · actual prices rise with every FX and geopolitical shock. Model conservatively references ₱65/kg.

Households Affected
13M+

Filipino households depend on LPG for daily cooking — roughly half of all households

DM-X CBM Price
₱52/Nm³

Priced at BTU parity with LPG — same cost per usable BTU, but stable in pesos and immune to FX shocks

Scale Strategy

Built to replicate,
farm by farm, province by province

🏭

Phase 1 — Urban Pilot

18 concrete tanks at the current site. 16 active azolla cultivation, 2 being converted to sealed biodigesters. The full azolla → biogas → CBM chain proven at bench scale. Active now.

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🌾

Phase 2 — Land Rental & In-House Cultivation

DM-XTech leases shallow wetland, rice paddy, and fish-pond land from surrounding landowners at ~₱47,500/ha/year. Cultivation is conducted by DM-XTech's own teams — no third-party farmer supply, no spot-market price exposure. Feedstock locked at ₱0.40/kg equivalent.

02
🏞️

Phase 3 — Bicol 525 ha

Deploy across 525 hectares of leased farmland in the Bicol region. If financially validated, the same blueprint replicates in every agricultural province nationwide — at the Phase 4 target of 100 hubs by 2040, approximately 1.6% of Philippine LPG imports can be displaced.

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Full Roadmap →
Reader Pathway

Who are you? Start here.

This document is prepared for dual submission — as a bank loan application and as a Philippine government policy response. It also serves operators and interested citizens. Select your role below to see the recommended reading path, the numbers that will matter to you, and a concrete next step.

For the lender assessing a ₱12 M term loan

This proposal is designed to be genuinely bankable. Year-by-year debt service coverage is above the standard 1.25× minimum in every year of the loan. The ~36% equity IRR is computed after 25% CIT with in-house land-rental cultivation cost fully loaded — nothing in the deal depends on a tax holiday, upside from carbon credits, or other revenue that is not independently verifiable at underwriting.

The full Excel financial model with live sensitivity tables is available for credit review. An embedded interactive version is linked from the Economics page.

1.41×
Min DSCR · Year 2
~36%
Equity IRR · 10-yr
1.50×
Collateral coverage
29%
Proponent equity
Recommended Reading Path
01
The PropositionBusiness model, scale economics, stakeholder map
02
Economics & FinancialsFull P&L, debt schedule, DSCR, IRR, NPV, live model
03
Pilot OperationsPhysical assets — 18 tanks in reinforced concrete
04
EngageRequest the full loan package and supporting docs
Go to Financial Case →

For policy and energy regulators

The Philippines imports over 85% of its LPG, creating a persistent balance-of-payments drag and exposing the economy to Middle East geopolitical risk. DM-X CBM is 100% domestically produced from azolla grown on leased Philippine farmland, cultivated by Filipino workers, compressed using Philippine electricity. Every Nm³ sold is one Nm³ of LPG the country does not need to import.

At Phase 4 deployment of 100 hubs by 2040, the program displaces approximately 1.6% of annual Philippine LPG imports — structurally small but measurable, with Gold Standard-eligible emissions reductions countable against Philippine NDC commitments.

287 t
LPG displaced / hub / year
₱11.5M
Forex retained / hub / year
30
Jobs per hub (direct + indirect)
860 t
CO₂e avoided / hub / year
Recommended Reading Path
01
The Energy CrisisPhilippine LPG import dependency and global risk exposure
02
The PropositionNational deployment simulator — move the slider
03
National ResilienceStrategic energy security framing and scalability
04
RoadmapPhase-by-phase deployment timeline
Go to The Proposition →

For technical reviewers

The plant uses nothing exotic. Pressurized Water Scrubbing is the simplest and most reliable biogas upgrading technology available — no solvents, no membranes, no chemical regeneration. Standard ASME-code pressure vessels, off-the-shelf oil-free reciprocating compressors, standard PLC controls. The full Engineering Design Document is available on request.

An interactive P&ID on the Biodigester page lets you click any unit to see its datasheet, stream composition, and operating parameters.

≥ 97%
CH₄ purity · PWS spec
~50 ppm
H₂S odorant retained
200 bar
CBM cylinder pressure
51 kW
Running electrical load
Recommended Reading Path
01
Biodigester & PWSInteractive P&ID · full equipment datasheet
02
Azolla CultivationBiology, yield, harvest logistics
03
Pilot OperationsSite photographs, tank array, operational status
04
EngageRequest the full Engineering Design Document (PDF)
Go to Biodigester →

For the citizen, household, or journalist

DM-X CBM works in any existing LPG stove. The cylinders look the same, connect to the same regulator, and cook food the same way. What changes is that the fuel no longer comes from the Middle East — it comes from shallow paddies in rural Philippines, grown by Filipino workers on land leased from Filipino landowners, paid for in pesos.

The price today is the same as LPG for the same cooking output. The difference is long-term stability — and the fact that every peso spent stays in the Philippine economy.

Same stove
No appliance upgrade
₱0
Switching cost
Same bill
At BTU parity with LPG
100%
Domestically produced
Recommended Reading Path
01
The PropositionValue chain · who benefits at each step
02
The Pilot SitePhotographs from the current Philippine operation
03
Food & FertilizerHow azolla also feeds livestock and enriches soils
04
RoadmapWhen DM-X CBM may reach your province
Start with the Proposition →