CIECO's Waste Conversion Technology
Pioneering a zero-waste future through advanced, non-combustion waste conversion technology.
CIECO SustainTech Solutions is a cleantech pioneer with a globally unique technology that transforms unsegregated municipal solid waste (MSW) into high-performance, recycled thermoplastic pellets. Our patented process operates without combustion, without segregation, and generates zero residual waste, positioning us at the forefront of next-generation waste management.
At the heart of our innovation is a mission to create a circular economy where waste becomes a resource—not a burden. By eliminating the need for landfill or incineration, our solution empowers municipalities, industries, and communities to embrace sustainable material practices that drive both environmental impact and economic efficiency.
CIECO’s technology marks a turning point in how the world approaches waste conversion, recycling, and the production of recycled materials for industrial applications. With zero water usage and scalable deployment models, we’re redefining the global benchmark for circular and decentralized waste processing.
The Problem with Traditional Waste Management
Why Traditional Waste Management Fails in a Circular World
Despite decades of policy reforms and technological advancements, municipal solid waste (MSW) continues to overwhelm cities, towns, and rural communities. The conventional approach to waste management relies heavily on three core methods: landfilling, incineration, and manual segregation—each of which presents critical limitations in today’s sustainability-focused landscape.
Landfills are overflowing and environmentally hazardous. They contribute to land degradation, leachate pollution, and the emission of methane—a greenhouse gas over 25 times more potent than CO₂.
Incineration, while reducing waste volume, introduces its own set of problems: toxic emissions, ash disposal, and high operational costs. It also contradicts the principles of a circular economy, where material reuse is prioritized over destruction.
Segregation-dependent recycling systems suffer from inefficiency, contamination, and high labor costs. Most recyclable material ends up in landfills due to poor source-level separation and lack of processing infrastructure.
The outcome is a global waste crisis where only 9% of waste is effectively recycled, while the rest contributes to mounting environmental, social, and economic costs.
These legacy systems are not only unsustainable but also incompatible with Net Zero goals and modern circular economy mandates.
CIECO’s Waste Conversion Technology
From Chaos to Circularity: Inside CIECO’s Waste Conversion Process
CIECO’s proprietary technology represents a paradigm shift in waste processing — converting unsegregated municipal solid waste (MSW) into durable, reusable thermoplastic pellets. What sets it apart is its ability to operate without combustion, without segregation, and without producing any residual waste. Designed for scalability, efficiency, and zero landfill dependency, this technology aligns perfectly with global movements toward circular economy and carbon neutrality.
Step-by-Step Breakdown of the Process
Here’s how CIECO transforms raw, mixed waste into a valuable material stream:
Step 1: Smart Pre-Treatment
Purpose: Remove contaminants
Metallic components are removed using a magnetic separator
Large, heavy, and non-processable objects (like construction debris) are removed via gravity separation
Step 2: Controlled Thermal Processing
Purpose: Breakdown and reassembly
Organic components (lignin, cellulose, fiber, sugars) undergo thermal disintegration
Residual plastics melt and integrate into the biomass matrix
Step 3: Pellet Formation & Cooling
Purpose: Material shaping
The mixed matrix is cooled, solidified, and cut into uniform thermoplastic pellets
No emissions, no ash, and no leachate
Water & Emission Handling (Zero Use)
No water is used in the core process
Any gases are passed through scrubbers, and the water is collected and replaced weekly
A 100-liter STP system is sufficient for periodic refresh
This closed-loop system redefines waste treatment by delivering a net-zero, zero-residue, and highly scalable solution to one of the world’s most complex environmental challenges.
End Product Application and Industrial Uses
High-Performance Thermoplastic Pellets with Endless Possibilities
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The output of CIECO’s waste conversion technology is a bio-based, recycled thermoplastic pellet — a durable, moldable material ideal for a variety of industrial applications. These pellets offer a sustainable alternative to virgin plastics, while significantly reducing environmental impact. Designed for high mechanical strength, dimensional stability, and long-term performance, they can be used directly in downstream manufacturing processes without the need for additional additives or purification.
Our material supports multiple verticals, helping industries meet their sustainability targets, reduce carbon footprints, and comply with evolving EPR, ESG, and net-zero mandates.
Industrial Applications:
| 🏗️ Sector | 🛠️ Use Case |
|---|---|
| Construction | Paver blocks, interlocking tiles, curb stones |
| Infrastructure | Road base layers, eco-bricks, anti-corrosive filler |
| Manufacturing | Plastic lumber, panels, insulation boards |
| Automotive | Sound insulation panels, underbody covers |
| Packaging | Crates, containers, secondary packing products |
| Consumer Goods | Durable goods, molded furniture, outdoor products |
Environmental & Economic Value:
🌱 Sustainable Material Replacement: Reduces dependence on virgin plastics and fossil-derived polymers
♻️ Circular Manufacturing: Enables closed-loop production for eco-conscious companies
💰 Cost-Effective: Lowers material procurement costs while offering compliance benefits
📉 Carbon Credit Potential: Supports ESG reporting, carbon accounting, and plastic credit systems
Circular Economy Integration & Policy Alignment
Driving Global Sustainability Goals through Technology
CIECO’s waste conversion technology is more than a breakthrough in material science — it’s a powerful tool for achieving the world’s most urgent environmental and policy objectives. Our solution aligns seamlessly with the principles of the circular economy, where waste is treated as a resource, and material loops are closed across production and consumption cycles.
By converting unsegregated municipal solid waste (MSW) into usable, recyclable thermoplastic pellets without combustion, segregation, or water use, CIECO directly supports governments, corporations, and industries in achieving their Net Zero, ESG, and EPR commitments.
Global Policy & Framework Alignment:
✅ United Nations Sustainable Development Goals (SDGs)
SDG 11: Sustainable Cities & Communities
SDG 12: Responsible Consumption & Production
SDG 13: Climate Action
✅ Net Zero Transition
Diverts MSW from landfills and incinerators
Cuts methane and CO₂ emissions
Enables low-carbon material sourcing
✅ Extended Producer Responsibility (EPR)
Supports plastic credit and offset systems
Enables producer-level material recovery and compliance
Generates verifiable data for environmental reporting
✅ ESG Strategy Alignment
Environmental: Minimizes landfill, emissions, and virgin plastic use
Social: Promotes inclusive waste processing models
Governance: Provides traceable waste-to-product data for audits
Institutional Relevance:
Our technology is ideal for:
Municipal partnerships
Smart city programs
Private sector ESG frameworks
Carbon offset and plastic credit markets
Green financing eligibility (including QDB, SIDBI, and similar)
Environmental & Economic Impact
Quantifying Impact: Sustainability That Makes Economic Sense
CIECO’s waste conversion system isn’t just visionary — it delivers measurable environmental and financial returns. By diverting mixed municipal solid waste (MSW) away from landfills and incinerators, our technology helps cities, corporations, and project owners achieve tangible reductions in emissions, cost burdens, and compliance risks — all while creating a valuable recycled product.
With no residual waste, zero water usage, and no need for fuel combustion, the process maximizes resource recovery while minimizing input costs and environmental liability.
Environmental & Operational Metrics
| 📌 Metric | 🌍 Impact/Value |
|---|---|
| Landfill Diversion Rate | 100% (zero residual waste) |
| Water Consumption | 0 liters per ton of waste processed |
| Emission Profile | Negligible (non-combustion, low VOCs, scrubbed exhaust) |
| CO₂ Emissions Avoided | ~1.5 tons of CO₂e per ton of MSW diverted* |
| Residual Output | None |
| Daily Processing Capacity | Scalable: 5 to 240 tons/day |
| End Product Yield | Up to 65% by weight (thermoplastic pellets) |
| Operational Labor Requirement | 30 workers/shift (6 unskilled, 12 semi-skilled, 12 skilled) |
| Process Water Disposal Need | Only 100 liters/week via compact STP unit |
Economic Value Proposition
💸 Reduced Waste Disposal Costs: No tipping fees, hauling, or landfill maintenance
🧾 EPR & ESG Benefit: Generates saleable carbon and plastic credits
🏗️ Revenue Generation: High-value pellets suitable for industrial sale
📈 Technology Licensing Model: Scalable revenue for partners & investors
🔋 Low Operating Costs: Energy-efficient system, compact STP, low staffing ratio
Call to Action
Let’s Build a Zero-Waste World Together
CIECO is actively partnering with forward-thinking municipalities, industrial leaders, and sustainability investors to deploy its patented waste conversion technology across regions. Whether you represent a city authority, a waste management firm, a green investment fund, or an industrial operation seeking ESG-aligned material sourcing — we’re ready to collaborate.
With a technology that is scalable, efficient, and future-ready, our partnership model offers both technology licensing and strategic joint ventures, tailored to your region’s waste profile and resource needs.
Together, we can close the waste loop, reduce landfill dependency, and generate real environmental and economic value.
o understand how our process works, see https://cieco.solutions/technology/
Explore the end product in https://cieco.solutions/thermoplastic-pellets/
Benefit from our https://cieco.solutions/carbon-plastic-credit-and-epr-solutions/
Compare our technology with other https://cieco.solutions/competitive-technology-comparison/
Explore how our technology works https://cieco.solutions/how-our-waste-conversion-technology-works/
Environment impact https://cieco.solutions/impact-metrics-sdg-alignment/
Solid waste management snapshot at https://cieco.solutions/solid-waste-management/