Case study · CS-010 · Industrial Plastic Conversion · Partnership with myoProcess
Clean-Seas West Virginia — 6 Routed Industrial Introductions in 120 Days
Controlled commercial routing around a real plastic-conversion facility — feedstock, offtake, logistics, and stakeholders.
- Feedstock, offtake, logistics and local stakeholders all had to line up before a conversation was worth having.
- The route looked for where both sides had a real commercial reason to speak.
- 6 qualified industrial introductions over 120 days.
Overview
Clean-Seas West Virginia represents an industrial plastic-conversion route built around a real facility in Belle, West Virginia, operating within the circular-economy infrastructure market where difficult-to-recycle plastics can be converted into usable feedstocks and related outputs. The Belle facility has been publicly positioned as part of the Clean-Seas Plastic Conversion Network.
- Post-use and post-industrial plastic conversion.
- Phase-one processing capacity of approximately 50 tons per day.
- A proposed expansion path toward 200 tons per day.
- Long-term feedstock requirements.
- Offtake relationships.
- Industrial logistics and stakeholder coordination.
- Circular-economy infrastructure development.
This was not a conventional lead-generation campaign. It was a complex industrial route where every potential introduction needed to survive real commercial and operational scrutiny.
The challenge
A project like this does not become commercially viable through generic interest in recycling. Its success depends on qualified relationships involving feedstock, offtake, industrial logistics, local stakeholders, waste streams, recycling infrastructure, strategic partnerships, material movement, and facility operations.
The real question: which organizations could materially support, supply, buy from, validate, transport for, or create strategic value around the facility?
Why this was a difficult route
- Buying cycles are longer.
- Stakeholders are more conservative.
- Commercial requirements are highly specific.
- Operational feasibility matters.
- Geography affects value.
- Every relationship must survive technical and economic scrutiny.
One weak assumption can invalidate an entire opportunity. Each introduction needed a credible reason to exist.
The signals
Facility-stage signals
The needs of a planned facility are different from those of a fully operational plant.
Capacity signals
A facility targeting 50 tons per day, with potential expansion toward 200 tons per day, requires industrial-scale relationships rather than small, disconnected transactions.
Feedstock signals
Organizations associated with post-use plastics, post-industrial plastics, difficult-to-recycle waste streams, material aggregation, recycling infrastructure, and consistent industrial supply. The objective was to identify parties capable of moving meaningful material — not companies merely discussing recycling.
Offtake signals
Converted feedstock, pyrolysis-related outputs, industrial material purchasing, long-term commercial agreements, circular-economy product use.
Geographic signals
The West Virginia location influenced transportation economics, feedstock availability, industrial relationships, regional stakeholder relevance, logistics feasibility, and local infrastructure.
Stakeholder signals
Parties capable of supplying material, purchasing outputs, supporting logistics, validating the project, financing infrastructure, assisting with permits, and connecting the facility to the wider industrial ecosystem.
The strategy
- Understanding the project stage — the actual facility, operating model, proposed capacity, and commercial dependencies.
- Identifying both sides of the market — feedstock supply, material processing, offtake, logistics, waste management, recycling infrastructure, industrial development, strategic partnerships.
- Filtering for commercial reality — can this company move enough material? Purchase or use the output? Does the geography make sense? Is there a credible economic reason for both sides to speak?
- Routing qualified conversations — not maximizing call volume, but opening conversations capable of changing the operating surface of the facility.
The results
- 6 qualified industrial introductions over 120 days — parties with a credible commercial or strategic reason to engage.
- Created through facility-stage analysis, capacity evaluation, feedstock and offtake signals, geographic relevance, stakeholder fit, and industrial commercial logic — not broad recycling outreach.
The ROI logic
The wrong question: “How many calls were booked?” The correct question: “Did the route create conversations that could materially influence the facility’s commercial or operational future?” One qualified industrial relationship could secure meaningful feedstock, support throughput, open an offtake relationship, create a long-term agreement, improve logistics, or produce value across multiple years of plant activity. One correct introduction can carry more economic value than hundreds of generic replies.
Key takeaway
The system did not spray the market. It identified where a real commercial reason existed for both sides to speak.
Difficult industrial markets test whether the entire commercial-routing model works. The route was slow and difficult because the market itself is slow and difficult — that is exactly why the result is valuable. That is controlled commercial routing.