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JESSY
JAY INTERNATIONAL NIGERIA LIMITED (JJIL)
CIRCULAR ECONOMY STRATEGY &
IMPACT MONITORING FRAMEWORK
1. Current
Circular Economy Goals & Strategy
Vision
To create a sustainable and regenerative food
processing ecosystem that minimizes waste, maximizes resource efficiency, and
promotes material reuse within Nigeria and across Africa.
Strategic
Objectives
·
Material
Optimization: Source locally available biomass,
agricultural residues, and packaging materials sustainably.
·
Product
Lifecycle Extension: Develop dehydrated food products with
extended shelf life to reduce spoilage and waste.
·
Resource
Recovery: Implement systems for recovering and reusing
water, heat, and packaging materials.
·
Design
for Circularity: Ensure equipment and packaging are
designed for durability, repairability, and recyclability.
Key
Initiatives
·
Biomass
Utilization: Use agricultural waste (e.g., sawdust,
husks) as fuel, creating a circular link between farming and energy use.
·
Recycling
& Reuse: Establish partnerships to recycle
packaging and dehydrate by-products into animal feed or compost.
·
Closed-Loop
Operations: Optimize energy and water use within dehydration
processes to minimize external resource dependency.
·
Community
Engagement: Train farmers and entrepreneurs on waste
reduction, composting, and sustainable practices.
2. Monitoring
& Reporting Framework
Approach
·
Establish KPIs aligned with circularity
principles.
·
Implement a digital dashboard to collect
real-time operational data.
·
Conduct quarterly reviews to assess
progress, identify gaps, and adjust strategies.
Key
Metrics & Data Sources
|
KPI
|
Description
|
Data
|
Frequency
|
Responsible
|
|
Material |
Percentage
|
Material
|
Quarterly
|
Operations
|
|
Waste
|
Volume
|
Waste
|
Quarterly
|
Environmental
|
|
Product
|
Shelf-life
|
Quality
|
Monthly
|
Quality
|
|
Energy
|
Percentage
|
Meter
|
Monthly
|
Maintenance
|
|
Community
|
Number
|
Training
|
Quarterly
|
Community
|
3. Evidence
of Progress & Circularity KPIs
Example
KPI:
Biomass Fuel Utilization Rate
Operational
Data:
·
Current biomass use accounts for 85% of
total fuel consumption at pilot facilities.
·
Annual biomass collected: 500 tons.
·
Conversion
to energy: Recovered heat equivalent to 150,000 liters of
LPG.
·
Impact:
Reduced reliance on fossil fuels by 85%, cutting greenhouse gas emissions by
approximately 3 tons CO2 per unit annually.
Progress
Summary
·
Achieved 70% waste diversion from
landfills through composting and recycling partnerships.
·
Recovered and reused 60% of process
water via closed-loop systems.
·
Increased product shelf life by 50%,
reducing spoilage-related waste.
4. Alignment
with Environmental Policies & Initiatives
·
Nigeria’s
National Policy on Climate Change: Our biomass and
solar-based systems contribute to Nigeria’s climate resilience goals by
reducing fossil fuel dependency.
·
Regional
Waste Management Policies: Our recycling and waste diversion
efforts support regional directives on waste minimization and resource
recovery.
·
Sustainable
Development Goals (SDGs): Our circular practices align with
SDG 12 (Responsible Consumption and Production) and SDG 13 (Climate Action).
5. Leadership
Commitment & Future Growth
·
Ongoing investment in R&D to improve
material circularity.
·
Setting incremental targets to increase
resource recovery by 10% annually.
·
Establishing partnerships with regional
waste management and recycling agencies.
·
Regular reporting to stakeholders and
participating in regional sustainability initiatives.
