BioMill Galilee - Milling Waste into Value
MycoFeed™·Any source · One product · Negative input cost

Pruning Waste to Food Security

BioPrep™ · MycoSSF™ · ~30 days · Farm scale · Patent pending

We convert municipal, agricultural, and utility pruning waste into MycoFeed™ — verified ruminant roughage in an established feed category. Gate fees on intake, product sales on delivery, optional carbon upside — climate, food security, and circular economics in one process.

~30 days
BioPrep™ + MycoSSF™ outdoor cycle
~1B t/yr
Pruning waste globally (illustrative scale)
3 streams
Gate fees · MycoFeed™ sales · Carbon upside
$40B+
Global roughage trade — structural import gap

The problem

Two crises — same biomass

One side of the world pays to grow and ship roughage on scarce land and water. The other pays to dispose of pruning waste — often by burning — with no scalable biological outlet.

Globally, roughage markets exceed $40B+ in annual trade; arid regions depend on imported alfalfa and fibre. In parallel, roughly 1 billion tonnes of lignocellulosic pruning waste are generated every year — with no commercial-scale biological processing at farm gate.

Israel in focus: the country imports ₪2B+ of animal feed annually (roughage, alfalfa, fibre) while municipalities and growers face rising disposal costs for prunings — often ₪300–400/t or more to manage green waste.

Roughage is a structural import in arid markets — supply and political risk
Waste generators have a legal obligation to dispose of prunings — a gate-fee opportunity
Open burning is constrained (e.g. California ban; EU pressure) — without affordable alternatives
No farm-scale outdoor SSF at industrial throughput — the engineering gap BioMill solves

Feed gap

Ruminants need dietary fibre continuously. Alfalfa travels thousands of miles; prices rise as irrigation is restricted in producing regions.

Waste mountain

Cities, utilities, and orchards pay to move and dispose of wood waste. Same lignocellulose ruminants need — locked behind lignin until pretreated.

BioMill connects the second problem to the first — MycoFeed™ from pruning waste.

Our solution

One process — MycoFeed™ out

92 peer-reviewed studies establish the biology. Innovation is outdoor, tractor-operated scale-up: BioPrep™ opens the substrate; MycoSSF™ delivers the digestibility step — negative input cost when gate fees stack.

⚗️Stage 01~5 days

BioPrep™ — alkaline thermophilic conditioning

Incoming prunings — municipal, agricultural, utility, or industrial — are chipped, conditioned, and brought through a proprietary pH and temperature regime. Hygienisation and substrate normalization set the stack for fungal work.

Input

Pruning waste (any approved source)

Output

Conditioned substrate ready for SSF

🍄Stage 02~25 days

MycoSSF™ — outdoor fungal bioconversion

Pleurotus-driven outdoor solid-state fermentation: proprietary strain selection, aeration, and outdoor inoculation — the core IP bridging lab proof to farm-scale piles and bunkers. Targets ≥30% Klason lignin reduction and ≥70% IVDMD.

Input

Conditioned chips / substrate

Output

Pretreated substrate → MycoFeed™

🌾Stage 03Sales & delivery

MycoFeed™ — verified roughage + circular add-ons

Primary output: MycoFeed™ ruminant roughage supplement — established regulatory category, ergosterol fingerprint for fungal origin. Co-product streams (e.g. organic amendment, mulch, optional insect routes) add circular upside where markets support them.

Input

Pretreated substrate

Output

Roughage to dairy, beef, sheep · co-products as needed

Climate: avoid open burning · Food security: domestic roughage · Circular: waste fee → feed input
Targets: ≥30% lignin reduction · ≥70% IVDMD · outdoor, ambient SSF

The process

From pruning waste to MycoFeed™

Gate revenue on intake → preprocessing → BioPrep™ MycoSSF™MycoFeed™ roughage. Co-product streams optional by market.

🚛
Gate feewaste inintake revenue
⚙️
Prepchip, mixCa(OH)₂
⚗️
BioPrep™~5 dcondition
🍄
MycoSSF™~25 d outdooraerated SSF
🌾
MycoFeed™roughage outestablished category
🐄
herds
🌱
soil
Circular add-ons
fertilizer · mulch · optional streams
Targets: ≥30% lignin reduction · ≥70% IVDMD · ~30-day total cycle (deck programme)

Economics

One input — three revenue streams

Conventional feed producers rarely combine negative-cost intake, branded roughage sales, and climate-linked upside in one asset footprint.

🚛

Gate fees — intake

Generators pay BioMill to receive pruning waste before the first batch runs — structural disposal obligation in many markets. Model reference: ~$70/t intake at full scale (impact brief).

🌾

MycoFeed™ — product sales

Verified ruminant roughage supplement in an established category — competes with imported alfalfa and fibre. Model reference: ~$140/t delivery at full scale (illustrative; market-dependent).

🌍

Carbon credits — upside

Every tonne processed instead of open burning avoids ~1.8 t CO₂e vs that baseline (illustrative). Voluntary markets: upside not carried in base financial model — see Data Room for assumptions.

Circular & operational add-ons

Organic amendment, mulch, preprocessing services, and other streams remain part of the plant model where buyers exist — detailed splits and year-by-year revenue are in the business plan and financial models in the Data Room, not duplicated here.

Illustrative full-scale unit (impact brief)

~$7M/yr revenue · ~36% EBITDA · < 3 yr payback

Per ~30,000 t/yr MycoFeed™ output installation — before carbon upside. Figures are presentation metrics; diligence uses model files.

Why MycoFeed™ wins structurally

Category
Established roughage
No novel feed approval framing
Feedstock
Negative cost
Gate fees on waste intake
Scale
Farm & municipal
Same kit — global replication thesis
Proof
92 + pilot
Literature + outdoor programme

Impact

Climate · Food security · Circular economy

MycoFeed™ is an impact thesis you can meter: avoided burning, domestic roughage, and waste liability flipped to food-system input.

~1.8t CO₂e / t

Avoided vs open burning (deck basis)

~90,000tCO₂e/yr

Climate — illustrative 30k t plant

30,000t roughage/yr

Food security — same reference plant

$40B+roughage trade

Global import market tension

Climate mitigation

Processing prunings instead of field burning cuts particulates and CO₂e; displacing shipped alfalfa saves embedded transport energy — ambient SSF, no refrigeration.

Food security

Domestic roughage in import-dependent regions — supply that does not depend on long ocean lanes or freshwater irrigation in producer countries.

Circular economy

Gate fees turn disposal liability into working capital; residual substrate and co-products can return organic matter to soils where markets exist.

Aligns with SDGs: Zero Hunger · Climate Action · Responsible Production — quantified further in the impact deck.

The Team

Proven Collaboration, Complementary Expertise

26+ years combined experience. Co-founders scaled Yemoja together — Erez as CEO, Pini leading R&D. Today: two founders, clean cap table, commercial partners under contract (no partner equity) — Shamir, Ardom, Ambar.

EA

Erez Ashkenazi

Co-Founder & CTO

20+ years building complex biological systems end-to-end -- design, scale-up, commissioning, operations. Founded & scaled Yemoja (microalgae biotech, 2017-2023), achieving 3x scale-up with >90% yield improvements. National Yigal Alon Award winner for pioneering leadership in biotech innovation.

CollPlant (NASDAQ) — VP Ops & CTO; GMP facilities & scale-up
Yemoja — Co-Founder & CEO; national Yigal Alon Award
Patent holder: EP3911728A1 (microalgae cultivation systems)
B.Sc.Agr Hebrew University | M.A. Philosophy (Summa Cum Laude) TAU
Scale-upAutomation & ControlGMP/QbDOperationsProcess DesignAI/Data
PM

Pini Marco

Co-Founder · COO / Head of R&D

PhD in Plant Sciences (Tel Aviv University). Former VP R&D at Yemoja — microalgae and bioprocess scale-up, solid-state fermentation depth, and applied mycology (Tel Hai mushroom programme). Bridges lab assays to outdoor SSF execution.

Yemoja — VP R&amp;D (2019–2022) · SSF &amp; bioprocess scale-up
Mermade Foods — researcher · protein &amp; purification
Applied mycology — Tel Hai College mushroom programme
PhD Plant Sciences (TAU) — peer-reviewed publications &amp; patents
R&D LeadershipMicroalgaeProtein PurificationQCMycologyProduction

Commercial partners (contractual — no equity)

Shamir Research Institute

R&D facility · analytics — site agreement

Ardom Agri Cooperative

Feedstock partnership — prunings & gate logistics

Ambar Group

MycoFeed™ offtake — contract purchase

Proven Collaboration: Both at Yemoja (Erez = CEO, Pini = VP R&D)
Complementary: Erez = Scale-up & Ops | Pini = R&D & Production

Why BioMill Galilee

Negative-cost feedstock

Gate fees on pruning waste intake — structural generator obligation in many regions. Paid before product ships.

BioPrep™ + MycoSSF™ — the IP

Outdoor farm-scale SSF with proprietary conditioning and aeration — the gap past 92 lab papers.

MycoFeed™ — established pull

Ruminant roughage category exists today; we unlock it from a new, underpriced feedstock base.

Simpler operations

Chip → condition → ferment → deliver. No live insect rearing in the base case.

Three revenue streams

Gate + product sales + voluntary carbon upside — rare combination for feed producers.

Battle-tested team + partners

Yemoja-scale founders; Shamir, Ardom, Ambar aligned by contract — IP retained by BioMill.

Get in touch

Build MycoFeed™ with us

Investors, grant partners, municipalities, and offtake groups — we run outdoor SSF in Israel first and license the toolkit globally.

The ask — seed & impact capital

€2.5M seed

Plus non-dilutive pathways (EIC Accelerator, PRIMA, BIRD, Horizon themes) — detailed in the impact deck & Data Room.

Pilot infrastructure
outdoor bioreactors · Shamir
24-month pilot OPEX
technician · analytics
Patent & IP
provisional + full filing
Commercial path
SSF partner · first deliveries

Gate 2 targets (programme): ≥30% lignin reduction · ≥70% IVDMD · first commercial deliveries — see pilot spec in Data Room.