Coal & biomass lab analyzers · tender authorization, engineer training & model evidence on request
Industry application
Fuel control for district heating, captive power and cogeneration plants with mixed coal and biomass feed.
CHP and captive plants often burn a mix of coal, biomass, RDF or heavy oil, so one laboratory must handle several matrices without re-validating the whole chain.
Load-following operation means fuel quality changes weekly; the lab needs fast calorific value and moisture data rather than exhaustive ultimate analysis every day.
Procurement is frequently through an EPC contractor or a national utility framework, which adds document and training requirements.
A planning template, not a fixed bundle. Final scope depends on sample types, throughput, target standards, utilities and local acceptance requirements.
Isoperibol gross calorific value, ≤11 min fast mode with automatic oxygen fill.
RI-MAC6720-sample unattended TGA run of moisture, ash, volatile matter and fixed carbon.
RI-MW220022-position total moisture with light-wave heating, optional N₂ purge.
RI-IRS360024-position IR detection, ~120 s per sample, 0.01–20% sulfur.
RI-MF12001200 °C programmable chamber for ashing, LOI and fusion preparation.
Method references describe the standards a model is listed against; the edition, clause and acceptance criteria in your tender are confirmed before order.
Issued to a partner who has passed our engineer training exam and been approved for the model list and territory. These are manufacturer documents, not a statement that a specific national approval has been granted.
Remote instrument training is free of charge and available for your team before or after delivery. Engineers who pass the exam at each level receive a certificate with a verification ID; a partner can then apply for authorization to perform first-line installation, commissioning and after-sales support in its territory, subject to our review.
Training, exam & partner authorizationA common starting configuration for thermal & heat plants is RI-C5800 (Automatic Bomb Calorimeter), RI-MAC67 (Automatic Proximate Analyzer), RI-MW2200 (Automatic Moisture Analyzer), RI-IRS3600 (Infrared Sulfur Analyzer), RI-MF1200 (Programmable Muffle Furnace). The final list depends on sample types, daily volume, target standards and available utilities — send those details for a written configuration review.
Yes. We can issue a manufacturer's authorization letter naming the tender reference and buyer, plus a technical and commercial responsibility statement, datasheets, acceptance-test procedure, training program and certificate samples. The exact document set must be confirmed against your tender clauses before submission.
We recommend a structured program: instrument operation and maintenance, method and calibration control, then competency assessment. Remote training is available for the whole team; on-site installation and training are quoted per project. Each participant who completes the program receives a certificate with a verification ID.
The methods most often named are ISO 1928 / ASTM D5865 (calorific value); ISO 18134 / ASTM D3302 (moisture); ISO 18122 / ASTM D7582 (ash); ISO 16994 / ASTM D4239 (sulfur). Method compatibility is confirmed per model and per configured instrument — we do not treat a standard listed on a page as a blanket accreditation claim.