GREEN INDUSTRIAL PROCESS & INTEGRATION LIBRARY
Process Technology Inside Complete Green Industrial Systems
Understand how feedstock preparation, core processing, te faataaraa, Te mau faanahoraa o te mau mea e haaati ra ia tatou, automation and output handling work together—and which project facts determine every interface.
READ THE COMPLETE SYSTEM
A technology choice is useful only when its role and interfaces are clear.
- 01
Identify the feedstock
Fānau, construction, fa'ahoro'ā, format and contamination condition.
- 02
Understand the module role
Na mua a'e i te rapaauraa, liberation, te faataaraa, faafariuraa i te ve'ave'a, environmental control or output handling.
- 03
Connect every interface
Upstream and downstream modules, mau rave'a, te hi'opo'araa, mau fifi o te tahua itenati, outputs and acceptance criteria.
TECHNOLOGY & INTEGRATION PILLARS
Review technology by what it solves inside the complete line.
These pillars create a consistent framework across battery, photovoltaic, plastic, tire, sludge and aluminum projects.
Feedstock preparation
Condition incoming material for controlled feeding, Fārere', liberation or thermal processing.
Input form · moisture · contamination · size
Mechanical processing & te faataaraa
Connect dismantling, size reduction, liberation and separation to the required material streams.
Interfaces · selectivity · downstream quality
Thermal treatment
Define feedstock suitability, heating route, residence conditions, condensation and residue boundaries.
Reactor · heat balance · oil/gas/solid outputs
Te mau faanahoraa o te mau mea e haaati ra ia tatou
Integrate dust, mata'i'oa, mǎhu, water and residue controls with the core process and local project requirements.
Capture · treatment · monitoring · responsibility
Automation, Fārere' & output handling
Coordinate controls, interlocks, material transfer, storage and the interface to downstream operations.
Monitoring · protection · logistics · acceptance
MATERIAL-SPECIFIC TECHNOLOGY NOTES
Apply the integration pillars to each material and process route.
These pages support early technical understanding; they do not replace project-specific engineering confirmation.
Sustainable PV Recycling Equipment
Equipment roles across disassembly, te faaauraa e te faataaraa.
Te mau rave'a aravihi apî PV
How panel construction and input condition shape the process path.
Te mau rave'a aravihi apî
Thermal-treatment considerations within a broader recycling route.
Lithium Battery Recycling Technology
Process questions for mixed battery sources and changing project requirements.
End-of-Life EV Battery Recycling
From pack and module condition to pre-treatment and line integration.
Plastic-to-Fuel Process Route
Feedstock preparation, thermal modules and downstream handling questions.
Tire-to-Fuel Process Route
Preparation and thermal-treatment choices for waste tire projects.
ENGINEERING HANDOFF
Turn a technology question into a reviewable project brief.
Material facts
Fānau, fa'ahoro'ā, Ātea, construction, rimu, contamination and pre-treatment status.
Operating facts
Supply volume, working schedule, mau rave'a, site readiness, target outputs and decision timing.
NEED A PROCESS REVIEW?
Share the material condition before choosing a technology route.
The project desk will identify the missing facts and the next engineering discussion.
