How to correctly engineer a pyrolysis project? - Owner’s engineer's role in Pyrolysis
If you are searching for “owner's engineer pyrolysis”, you are likely facing an important question: who will take responsibility for making the entire pyrolysis plant work together?
A pyrolysis project can have a working technology and still fail to become a reliable operating plant. An owner's engineer for pyrolysis projects helps connect the owner's commercial objectives with the engineering, supplier coordination and system integration needed to deliver the plant.
Selecting a reactor is only one part of the job. Feeding, heating, condensation, material handling, utilities and automation must work together as one system. When responsibilities between suppliers are unclear, engineering gaps can turn into commissioning problems, delays and additional costs.
In the video above, Suhas Dixit, Founder and CEO of APChemi, explains the role of an owner’s engineer in connecting a pyrolysis project’s commercial objectives with its technical delivery—and why this matters for plastic, tyre and biomass pyrolysis projects.
Why do pyrolysis projects run into trouble?
The video examines three situations that can leave a project without the engineering attention it needs:
No owner’s engineer: Founders are occupied with fundraising, business development and vendor coordination. Engineering due diligence receives too little attention, leaving gaps between individual equipment packages.
The wrong specialist: Expertise in one part of the process does not automatically cover the whole plant. A furnace specialist may understand heating well, while feeding, condensation and other systems require different expertise.
Founders acting as owner’s engineers themselves: Engineering competes with investor meetings, customer discussions and day-to-day business responsibilities. Critical technical decisions end up receiving whatever time is left.
The common issue is a lack of dedicated responsibility for making the complete plant work.
What does an owner’s engineer do in pyrolysis?
The project owner defines the business objectives and key performance indicators. The owner’s engineer translates those objectives into technical requirements, coordinates engineering across disciplines and checks that supplier packages fit together.
In the video, Suhas describes pyrolysis as a combination of approximately 15–20 interconnected technology packages. Each package has its own function, but the performance of the plant depends on how those packages interact.
This requires a coordinated team covering:
Chemical engineering
Mechanical engineering
Electrical and automation engineering
Project management
Procurement and expediting
A clear division of responsibility connects three essential participants: the project owner, the owner’s engineer, and the technology and machinery suppliers. The owner sets the objectives, the owner’s engineer coordinates technical requirements and integration, and suppliers deliver against their defined scope.
Let your internal team focus on operating the plant
An internal engineering team and an owner’s engineering team can serve complementary purposes.
Your internal team can concentrate on running the plant well and improving product quality. An experienced owner’s engineering team brings specialist knowledge to project development, supplier coordination and engineering integration.
This can reduce the burden of asking a newly assembled internal team to develop all the expertise needed to deliver the project while also preparing to operate it.
Consider the cost of delays alongside the cost of engineering
Reducing engineering expenditure at the beginning of a project can leave unresolved problems for later. Equipment may already have been purchased before gaps between systems become apparent.
The video discusses how inadequate engineering can push an anticipated six-month start-up far beyond the original schedule. The relevant question is therefore broader than “How much does engineering cost?” It is also: “What could incomplete engineering cost the project in delays, modifications and lost operating time?”
Clear reporting helps make engineering work accountable. Suhas explains how APChemi uses detailed weekly timesheets to show which engineer worked on which subject, giving clients visibility into the work being delivered.
Planning a pyrolysis project?
Watch the video above to understand how an owner’s engineer can support your project and where engineering responsibilities need to be defined early.
To discuss owner’s engineering support for your plastic, tyre or biomass pyrolysis project, contact APChemi with your feedstock, planned capacity, project location and current stage of development.
