Wide stainless steel processing hall with intake conveyors and aseptic filling lines running the full length of the building.
Campus Capability

120,000 tonnes a year.
Nothing leaves as waste.

Somanya is not a factory with a few add-ons. It is one integrated capability stack — intake to container, molecule to market, kilowatt to cubic metre — engineered so every tonne of tropical fruit finds its highest possible value before anything is allowed to leave the campus.

🏭
120,000 t/yr

End-to-End Processing

Gate to container in one campus — grading, aseptic, HPP, drying, extraction, packing and export documentation.

⚗️
7 value trains

Bio-Refinery

Every fraction of the fruit is routed to its highest-value molecular destination instead of a single juice line.

6 MW on-site

Energy Optimisation

Solar, biogas CHP and a battery buffer carry the base load; the grid only ever firms the balance.

💧
Net positive

Water Stewardship

Counter-current washing, condensate recovery and a constructed wetland make the campus a water producer.

🔬
85 scientists

Science Capability

Four accredited units — analytics, bioprocess, agronomy and sensory — turning research into saleable specification.

🌍
6 trade blocs

Global Ingredients

Compliance-cleared ingredient supply into the EU, UK, GCC, North America, Asia and the AfCFTA region.

♻️
0% to landfill

Circularity

Six closed loops return peel, kernel, residue, digestate, water and heat back into product or process.

Renewables maximised, battery dispatched hard.

Capability 01 · End-to-End Processing

Set the intake.
See the whole campus respond.

Move the tonnage, uptime and shift pattern and every processing train re-plans itself — line utilisation, finished output, energy demand, water draw and the constraint that will bind first.

Nameplate utilisation(+10)
90%

7,366 productive hours across 330 operating days. Constraint line: Aseptic Puree & Concentrate at 56% of design.

$160.0M
Gross output value
baseline $142.3M
$1,482
Value per intake tonne
baseline $1,482
26.5 GWh
Process energy demand
baseline 23.5 GWh
407k m³
Gross water draw
baseline 362k m³
🥤Aseptic Puree & Concentrate49,680 t in → 30,802 t aseptic puree
56% util (-23)$50.8M
🧊HPP Cold-Pressed Juice15,120 t in → 10,735 t HPP juice
41% util (-17)$25.8M
❄️Freeze & IQF Drying12,960 t in → 2,074 t dried fruit
44% util (-18)$16.2M
💊Bio-Actives Extraction9,720 t in → 204 t actives
44% util (-18)$53.9M
📦Bio-Materials & Film8,640 t in → 950 t bio-film
39% util (-16)$11.4M
♻️Residue Valorisation11,880 t in → 10,454 t compost + biogas
27% util (-11)$2.0M
Capability 02 · Bio-Refinery

Seven value trains
from one fruit.

Peel, pulp, core, kernel and pomace are separated at the molecular gate and routed to their highest-value destination — aseptic puree, HPP juice, freeze-dried actives, kernel butter and pharmaceutical-grade enzymes.

Hexagonal glass containment vessel holding luminous golden mango puree inside the Eden bio-refinery
Molecular Gate · Train 03

Seven Trains

One fruit · no orphan fractions

7
value trains
100%
fraction recovery
0t
to landfill
Anaerobic digesters, solar array and water reclamation clarifiers on the Eden Ghana campus
Utilities Spine · Energy & Water

Six megawatts and a closed water loop

Biogas digesters · solar field · reclaim clarifiers

Closed water loop · 98% process water recycled

6MW
Installed green power
98%
Process water recycled
0%
Waste to landfill
Capability 03 · Energy Optimisation

Six megawatts
on a renewable spine.

Solar, biogas CHP and a battery buffer carry the base load; the grid only ever firms the balance. Dial the demand and dispatch and watch self-sufficiency, cost and Scope 2 all move together.

Renewable self-sufficiencybase 100%
94%
Blended cost
$62/MWh
Annual energy spend
$1.9M
Scope 2 footprint
1,361 tCO₂e
Exported to grid
0.0 GWh
☀️Solar PV Array4 MW
7.4 GWh
baseline 7.4 GWh

8.4 ha bifacial array over the intake yard and staff parking, tracking on a single axis.

$42/MWh18 kg CO₂e/MWh
🔥Biogas CHP2 MW
14.4 GWh
baseline 14.4 GWh

Anaerobic digesters fed on process residue; waste heat feeds the aseptic and drying trains.

$58/MWh24 kg CO₂e/MWh
🔋BESS Buffer1.5 MW
6.4 GWh
baseline 4.5 GWh

6 MWh lithium buffer that shifts the solar peak into the night-shift extraction window.

$76/MWh11 kg CO₂e/MWh
🏭ECG Grid Import3 MW
1.9 GWh
baseline 0.0 GWh

Firming contract with the national utility — the balancing source, not the base load.

$121/MWh430 kg CO₂e/MWh
Green anaerobic digester domes beside a solar array at sunset on the Eden Ghana campus
Renewable Spine · Dusk Dispatch

Biogas domes and a four-megawatt solar field

CHP base load · battery buffer · grid firming only

Renewable spine · biogas CHP and solar

2MW
biogas CHP
4MW
solar array
82%
self-sufficiency
Capability 04 · Water Stewardship

Fruit is 85% water.
So the campus makes its own.

Counter-current washing, closed CIP recovery, evaporator condensate polishing and a four-hectare constructed wetland turn a heavy water user into a net water producer for the Somanya catchment.

990 m³
Gross daily draw
1,307 m³
Recovered & recycled
540 m³
Condensate harvested
Net positive
Net freshwater need
🚿Consumes 420 m³/day

Fruit Wash & Flume

Ozonated counter-current wash — the last rinse is always the cleanest water in the chain.

Recovery86%
Potable in / Grade B out
🧼Consumes 310 m³/day

CIP & Sanitation

Closed CIP skids recover caustic and final-rinse water for the next pre-rinse cycle.

Recovery74%
Potable in / caustic recovered
💨Produces 540 m³/day

Evaporator Condensate

Fruit is 85% water. Concentration recovers it as clean condensate — the campus makes water.

Recovery100%
Polished to potable
🧪Consumes 260 m³/day

Extraction & Membranes

RO and nanofiltration permeate is cascaded down to wash duty rather than discharged.

Recovery68%
Demineralised
🌾Consumes 0 m³/day

Constructed Wetland

A 4 ha reed-bed polishes the balance to irrigation grade for the nursery and demonstration block.

Recovery95%
Grade C irrigation
Capability 05 · Science

Eighty-five scientists.
Four accredited units.

Analytics, bioprocess, agronomy and sensory work as one pipeline — a molecule discovered in the pilot hall becomes an accredited assay, a field trial and a saleable specification without leaving the campus.

Molecular Analytics Lab

ISO/IEC 17025
HPLC-MS/MSGC-FIDNIR hyperspectralICP-OES
Research pipeline
Mangiferin purity assayValidated
Pesticide multi-residue panelRound-robin
Aflatoxin rapid screenMethod dev
Capability 06 · Global Ingredients

Six trade blocs.
One compliance spine.

Every ingredient leaves with the documentation its destination demands — EU Organic and EUDR, BRCGS for the UK, Halal for the Gulf, FSVP and cGMP for North America, pharmacopeia dossiers for Asia and origin certificates for AfCFTA.

🇪🇺24 day lane

European Union

Dairy, infant nutrition, beverage majors

26,400 t
36% of contracted book
Aseptic pureeIQF diceOrganic concentrate
EU Organic · FSSC 22000 · EUDR ready
🇬🇧22 day lane

United Kingdom

Retail own-label, smoothie brands

9,800 t
14% of contracted book
HPP juiceChilled puree
BRCGS AA · Red Tractor equivalence
🇦🇪16 day lane

GCC & Middle East

Beverage bottlers, hospitality supply

14,200 t
20% of contracted book
ConcentrateAseptic pureeDried snack
Halal (ESMA) · SFDA
🇺🇸28 day lane

North America

Nutraceutical formulators, foodservice

6,100 t
8% of contracted book
ExtractsFreeze-dried powder
FDA FSVP · USDA Organic · cGMP
🇯🇵34 day lane

East & South Asia

Pharma actives, premium retail

4,700 t
6% of contracted book
Bromelain-Ultra™MangiferinIQF
JP Pharmacopeia · China GACC
🌍7 day lane

AfCFTA Region

Regional processors, school nutrition

11,300 t
16% of contracted book
PureeCompostBio-film
AfCFTA origin · GSA standards
Capability 07 · Circularity

Six closed loops.
Zero to landfill.

Peel becomes packaging, kernel becomes cosmetics, residue becomes power, digestate becomes soil, condensate becomes process water and waste heat becomes drying capacity. Circularity here is a margin strategy, not a slogan.

46,600 t
Material cycled back into value / yr
29,600 tCO₂e
Emissions avoided / yr
0%
Process waste to landfill
📦Peel → Bio-Film7,400 tCO₂e
Puree line peel stream
Compostable packaging for Eden's own cartons
9,600 t/yr cycled$11.5M film revenue + plastic-credit stack
🥥Seed & Kernel → Butter2,100 tCO₂e
Mango kernel separation
Cosmetic-grade kernel butter and press cake
5,200 t/yr cycled$8.2M actives and cosmetics revenue
Residue → Biogas → Power9,800 tCO₂e
Pomace, trim and reject fruit
2 MW CHP powering the aseptic and drying trains
13,100 t/yr cycled14.4 GWh/yr displaced grid import
🌱Digestate → Farm Soil5,600 tCO₂e
Anaerobic digester output
Compost returned to 2,400 partner farms at 60% discount
18,700 t/yr cycledYield uplift of 18% on partner blocks
💧Condensate → Process Water1,400 tCO₂e
Evaporator and membrane condensate
Polished back into wash, CIP and irrigation duty
197,000 t/yr cycledNet water-positive campus by design
🔥Waste Heat → Drying3,300 tCO₂e
CHP jacket and flue heat
Pre-drying and CIP hot-water ring main
Thermal loop31% cut in drying-line electrical load
Nameplate Command

Every tonne, routed to its highest molecular destination.

One integrated capability stack turns 120,000 tonnes of tropical fruit into aseptic puree, HPP juice, freeze-dried actives, kernel butter, enzymes, biogas, packaging, fertiliser and power — before anything leaves the gate.

120,000 t
nameplate intake
7
value trains
6 MW
on-site power
0%
to landfill

Bring us a specification. We will show you the tonnage, the lane and the certificate behind it.