FULL CAPACITY // 2026

FULL CAPACITY.
FROM IDEA TO SYSTEM.

Solutions for Hydra systems, vermicompost, biochar, local production and the development of sustainable agricultural infrastructure.

Full Capacity Cyprus production and demonstration hub
GLOBAL SYSTEM // FULL CAPACITY
SECTION 01
PRESENTATION OVERVIEW

CONTENTS.

Exact overview of topics and slide numbers.

03 One System. Multiple Solutions.
04 Hydra 1.0 — The Vertical Grid
05 Hydra 1.0 — One Element, Two Plants
06 Hydra 2.0 — Root-Zone Network
07 Hydra — Four Key Elements
08 Venturi — Water, Air, Biology
09 Hydra — Sized to the Root Zone
10 Hydra — Landscape Application
11 Vermiculture & Vermicompost
12 Vermi-Pellets
13 Continuous Biochar Carbonizer
14 Biomass & Circular Production
15 Build Your Hub
16 Cyprus — Production & Demo Hub
17 Cyprus — Operating Functions
18 AI Advisor
19 Partnership & Contact
CONTENTS // FULL CAPACITY
SECTION 02
INTEGRATED APPROACH

ONE SYSTEM.
MULTIPLE SOLUTIONS.

Full Capacity connects production, organic material processing, irrigation and soil application in one clear system.

01

Biology

Vermiculture, vermicompost and biological inputs.

01

Water

Hydra systems and precision delivery of water and nutrients.

01

Biochar

Continuous biochar production from suitable biomass.

01

Local production

Turnkey hubs, system assembly and operational support.

STRATEGIC SYSTEM // FULL CAPACITY
SECTION 03
HYDRA 1.0

THE VERTICAL
GRID.

Hydra 1.0 is a modular system for intensive greenhouse production. One element carries water and inputs while also supporting the plant.

Structure: organized production lines with integrated support
Delivery: water and inputs delivered through the system
Modularity: configuration adapted to crop and production layout
PRECISION AGRICULTURE // HYDRA 1.0
SECTION 04
SYSTEM LOGIC

ONE ELEMENT.
TWO PLANTS.

The double-row configuration places one vertical Hydra element between two plants, combining support, irrigation and input delivery in one organized production geometry.

01

Spacing

Configured to crop and planting system.

02

Height

Modular vertical elements sized to application.

03

Inputs

Compatible with solid and liquid feeding programs.

CONFIGURATION // HYDRA 1.0
SECTION 05
HYDRA 2.0

ROOT-ZONE
NETWORK.

Hydra 2.0 is designed for outdoor use. Water, air and biological inputs are delivered closer to the root zone in orchards, landscapes and other outdoor planting.

Direct root zone: subsurface application
Flexible layout: adapts to terrain and planting
Venturi: passive air intake positioned above ground
OUTDOOR APPLICATION // HYDRA 2.0
SECTION 06
SYSTEM ANATOMY

FOUR KEY
ELEMENTS.

A clear architecture separating water supply, vertical body, Venturi air intake and the perforated emitter below ground.

01. Supply
Connection to water line
02. Body
Vertical transport through the system
03. Venturi
Passive air intake above ground
04. Emitter
Perforated cone in the root zone
ENGINEERING BREAKDOWN // HYDRA
SECTION 07
VENTURI

WATER. AIR.
BIOLOGY.

The Venturi element introduces air into the water flow. Water, air and inputs are then delivered through the Hydra system to the root zone.

Water: enters from the supply line
Air: enters through the above-ground Venturi
Outlet: the mixed flow is distributed through the lower cone in soil
VENTURI PROCESS // HYDRA 2.0
SECTION 08
PRODUCT FAMILY

SIZED TO THE
ROOT ZONE.

SMALL

15–25 CM

Shallow-root crops and intensive planting.

MEDIUM

40–60 CM

Perennial crops, shrubs and young trees.

LARGE

90–120 CM

Deep root zones and large trees.

HYDRA // SIZES
SECTION 09
LANDSCAPE & URBAN

INFRASTRUCTURE
THAT STAYS OUT OF SIGHT.

Hydra 2.0 can be integrated below the surface where visual cleanliness matters as much as system performance.

01

Discreet

Minimal visible infrastructure.

02

Controlled

Water directed where it is needed.

03

Modular

Adaptable to site, park or project.

LANDSCAPE INFRASTRUCTURE // HYDRA 2.0
SECTION 10
BIOLOGICAL PRODUCTION

VERMICULTURE &
VERMICOMPOST.

Vermi-Pellets are a practical format for storing, transporting and applying biological material.

Organic resources: controlled processing and material recovery
Process: biological transformation through vermiculture
Output: material designed to return value to agricultural soils
BIOLOGICAL SYSTEM // VERMICULTURE
SECTION 11
PRODUCT

VERMI
PELLETS.

A pelletized biological format developed for easier storage, transport, dosing and application — independently or through compatible Full Capacity systems.

01

Standardized format

Simplified handling and dosing.

02

Integrated application

Compatible with Hydra concepts and local feeding programs.

PRODUCT // VERMI-PELLETS
SECTION 12
NEW PRODUCTION TECHNOLOGY

CONTINUOUS
BIOCHAR CARBONIZER.

The continuous carbonizer converts suitable biomass into biochar. Material enters at one end and finished biochar exits at the other.

150
KG/H FINISHED BIOCHAR
11.5
M CARBONIZER LENGTH
~20
KW ELECTRICAL POWER
2×6
M COOLING CONVEYORS
01 BIOMASSPreparation and controlled feeding
02 SCREW FEEDContinuous biomass input
03 CARBONIZATIONControlled thermal process
Ø 0.8 M × 11.5 M
04 COOLINGTwo water-jacket cooling conveyors
05 BIOCHARContinuous finished-material discharge
Continuous process — unlike batch systems, production does not require a full load, carbonize, cool and empty cycle before the next run begins.
BIOCHAR PRODUCTION // FULL CAPACITY
SECTION 13
CIRCULAR PRODUCTION

BIOMASS BECOMES
AN AGRICULTURAL INPUT.

Full Capacity does not treat biochar as a separate product. Biomass, biochar and vermicompost are connected in one circular production model.

01

Biomass

Suitable woody and agricultural residues.

02

Preparation

Selection, preparation and controlled feeding.

03

Carbonization

Continuous thermal process.

04

Biochar

Stable carbon-rich material.

05

Soil

Integration with vermicompost and application.

CIRCULAR MODEL // BIOCHAR + VERMICOMPOST
SECTION 14
TURNKEY INFRASTRUCTURE

BUILD YOUR
HUB.

We design and develop local production hubs that can include biological production, biochar, processing, storage and Hydra assembly.

01

Scope

Site, feedstock, production target and infrastructure.

02

Design

Material flow, equipment, zones and operating layout.

03

Deploy

Equipment installation, production setup and training.

04

Operate

Process standards, monitoring and scale-up support.

Full Capacity facility 2026
LOCAL PRODUCTION // GLOBAL MODEL
SECTION 15
CYPRUS // EUROPEAN BASE

PRODUCTION &
DEMO HUB.

Full Capacity Cyprus is our base for production, demonstration, development and partner work.

3,110
M² TOTAL FOOTPRINT
11
FUNCTIONAL ZONES
01
INTEGRATED OPERATING HUB
Full Capacity Cyprus Production & Demo Hub 2026
CYPRUS // PRODUCTION & DEMONSTRATION
SECTION 16
OPERATING FOOTPRINT

ONE LOCATION.
THE COMPLETE SYSTEM.

01

Cultivation & Trials

Greenhouses, seedlings and system demonstrations.

02

Vermicompost

Production zones and modular units for biological processing.

03

Biochar

Dedicated production infrastructure for continuous biomass carbonization.

04

Recycling & Storage

Material intake, preparation, storage and logistics support.

05

Headquarters

Lobby, laboratory, showroom, sales and administrative space.

06

Pellet Processing

Preparation and handling of pelletized biological inputs.

07

Showroom

Partner-facing presentation of processes, materials and finished solutions.

08

Visitor & Project

Lounge and project infrastructure for on-site partner work.

CYPRUS // OPERATING FUNCTIONS
SECTION 17
AI ADVISOR

FROM DATA TO
PROJECT DECISIONS.

AI Advisor helps organize project data and makes the next project conversation or planning step easier.

01

Inputs

Site, soil, water, crop and project objective.

02

Analysis

Structured assessment of relevant Full Capacity systems.

03

Next step

Technical brief for deeper project discussion.

AI ADVISOR // FULL CAPACITY
SECTION 18
READY FOR PARTNERSHIP

BUILD THE
SYSTEM.

Technology, production and infrastructure are combined into one Full Capacity system.

DIRECT LINE INFO@FULLCAPACITY.NET
FULLCAPACITY.NET // +357 94 335 453 // NICOSIA, CYPRUS
SECTION 19
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