FEASIBILITY REPORT: MARKET DEMAND FOR JJIL’S BLACK-BODY RADIATION DEHYDRATOR AND MULTI-FUEL FISH AND MEAT DRYERS IN NIGERIA – PART 1

FEASIBILITY REPORT:
MARKET DEMAND FOR JJIL’S BLACK-BODY RADIATION DEHYDRATOR AND MULTI-FUEL FISH
AND MEAT DRYERS IN NIGERIA

Prepared for: Jessy Jay International Nigeria
Limited (JJIL)

Purpose: Assess the need, likely customers,
commercial potential, risks, and validation requirements for JJIL’s dehydration
equipment in Nigeria.
Status: Preliminary feasibility assessment. Market-size and performance claims
should be verified through field research, customer trials, and independent
testing before being used as investment projections.

 

1. Executive summary

Nigeria has
a strong underlying need for practical food-preservation solutions. A large
share of agricultural output is produced by smallholders and handled through
fragmented supply chains, often with limited access to cooling, reliable
electricity, hygienic processing, storage, and transport. Fresh produce, fish,
and meat are highly perishable; losses can occur during harvesting, handling,
transport, storage, processing, and marketing. The problem is particularly
acute where produce is seasonal, roads are poor, markets are distant, or power
and cold-chain services are unavailable or unaffordable.

JJIL’s
proposed black-body radiation dehydrator and multi-fuel fish and meat dryers
address part of this challenge by removing moisture to extend product shelf
life and make products easier to store and transport. The strongest initial
opportunities are likely to be with:

·        
Fish
processors and fishing communities seeking more controlled drying than open-sun
methods.

·        
Farmer
groups and aggregators handling seasonal fruits, vegetables, herbs, and other
crops.

·        
Small
and medium food processors seeking consistent, hygienic dried ingredients.

·        
Cooperatives,
NGOs, government programmes, and development projects financing shared
processing facilities.

·        
Women-led
and youth-led enterprises seeking value-added products and new income streams.

The
commercial opportunity is credible, but demand for equipment should not be
inferred from the scale of food losses alone. Buyers will invest only if the
dryer produces reliable, marketable output and the expected increase in income,
reduction in spoilage, or savings in labour and energy justify its purchase and
operating costs. JJIL should therefore substantiate performance with
independently documented trials, customer references, clear capacity
specifications, operating-cost data, food-safety controls, warranty terms, and
after-sales support.

Overall
assessment: The need is high; the addressable market is promising but not yet
quantified. Commercial feasibility is conditional on technical validation,
customer economics, financing options, and dependable service support.

 

2. Scope and assumptions

This report
assesses the Nigerian market for:

·        
JJIL
black-body radiation dehydrator—a dehydration system described by JJIL as using
black-body radiation to dry produce.

·        
JJIL
multi-fuel fish and meat dryers—equipment designed to dry fish and meat using
more than one fuel or energy source.

·        
The
report focuses on demand drivers, post-harvest loss and perishability, customer
segments, competing preservation methods, adoption barriers, and a practical
market-entry plan.

With
verified technical datasheets, independent test results, product prices, rated
capacities, fuel-consumption data, or installation records would be provided
for this assessment. Consequently, this report does certify the equipment’s
performance or provide a defensible national sales forecast. Any statements
about energy savings, drying speed, product quality, capacity, or shelf life would
be supported by product-specific evidence.

 

3. Nigeria’s post-harvest challenge

3.1 Why
losses occur

Post-harvest
losses are not caused by one factor. They arise across the value chain,
including:

·        
Harvesting
at unsuitable maturity or at the wrong time of day.

·        
Bruising,
cuts, compression, and poor handling.

·        
Inadequate
sorting, grading, packaging, and sanitation.

·        
Delays
between harvest, processing, and sale.

·        
High
ambient temperatures and humidity.

·        
Limited
access to refrigerated storage and reliable electricity.

·        
Long
distances to markets and poor road conditions.

·        
Seasonal
gluts, weak market information, and price volatility.

·        
Insufficient
processing capacity near production areas.

·        
Pest,
mould, bacterial, and other contamination risks.

·        
Limited
working capital to buy, process, package, and store produce.

Losses may
be quantitative—food is discarded or becomes unsaleable—or qualitative, where
food remains available but loses weight, appearance, nutritional quality, safety,
or value. Estimates of national losses vary according to commodity, season,
geography, measurement method, and the point in the supply chain being studied.
A single percentage should not be applied to all Nigerian crops or used as a
JJIL-specific impact claim without local measurement.

 

3.2
Commodities most relevant to JJIL

Commodity group	Perishability and loss drivers	Potential role for drying
Fish	High moisture and protein content; rapid quality deterioration in warm conditions; ice, cold storage, and transport may be costly or unavailable	Drying can preserve fish and support storage and transport, provided the process controls moisture, contamination, smoke or fuel exposure, and product quality
Meat	Highly perishable and food-safety-sensitive; requires strict hygienic handling and controlled processing	Drying may produce shelf-stable or longer-lasting products, but validated time-temperature and moisture controls are essential
Fruits	Many varieties soften, bruise, and deteriorate quickly after harvest; seasonal gluts can depress prices	Dried slices, powders, and ingredients can extend marketability and create value-added products
Vegetables and leafy greens	Often lose moisture, colour, texture, and quality quickly; highly sensitive to handling and ambient conditions	Drying can support ingredient production and off-season availability, subject to appropriate blanching or pretreatment where needed
Roots, tubers, and grains	Some are less perishable than fresh fish or leafy vegetables, but can suffer mould, insect damage, sprouting, and storage losses	Drying may be useful for specific processed products or to achieve safe storage moisture; suitability must be assessed by commodity

 

Drying does
not eliminate all causes of loss. It is most useful where moisture removal
addresses the main preservation problem and where the dried product has a
buyer. It will not by itself solve poor harvesting, contamination, weak
packaging, lack of market access, or inadequate working capital.

 

4. Shelf life and the role of dehydration

Fresh food
generally has a shorter usable life than properly dried food because
microorganisms and many deterioration processes require available moisture.
Reducing moisture can slow spoilage, but the result depends on more than the
dryer.

Shelf life is influenced by:

·        
The
food’s initial condition and contamination level.

·        
Drying
temperature, airflow, loading density, and drying time.

·        
Final
moisture content and, more importantly for many foods, water activity.

·        
Product
thickness and uniformity.

·        
Cooling
and handling after drying.

·        
Packaging
material, seal quality, and resistance to moisture and oxygen.

·        
Storage
temperature, humidity, pests, and light exposure.

·        
Whether
the product is intended for direct consumption or further cooking.