Remote Monitoring & Control
Quality parameters refresh every 60 seconds across both plants. Each signal has a defined response when it moves.
Signal | How it is measured | What happens when it drifts |
Moisture | Inline, at several stages of drying | Dryer setpoint is flagged while the batch is still running |
Durability | Automated pellet testing | Mill settings reviewed while the run is still on |
Calorific value | Estimated continuously from process data | Feedstock blend adjusted to hold the contract spec |
Equipment condition | Continuous, across both plants | Maintenance warning is raised before the part fails |
The same record is visible from the plant floor and from anywhere else, so a decision does not wait for someone to be on site.
From sample to certificate
Every sample is tracked digitally from raw material through to finished product, so a certificate of analysis is generated from the record rather than transcribed into a spreadsheet at the end of the month.
Two consequences for a buyer. Certification reporting comes from the same data the plant runs on, which keeps an annual audit straightforward. And quality certificates are accessible to customers directly, so the analysis behind a shipment can be read without asking us for it.
What this changes for a buyer
Periodic sampling reports what a batch was. Continuous measurement reports what it is, while the run can still be corrected. That is what holds quality steady as contract volume grows.
It also means the traceability can be checked. The chain from a standing tree to a loaded vessel is one record, and buyers are welcome to audit it.
The same data feeds three continuous programmes: energy efficiency, yield improvement through process parameter tuning, and carbon footprint tracking for sustainability reporting.
