Cement silo discharge
A resonance unit mounted on a cement-filler silo. The engineering task is to transfer excitation into the structure where material adheres.
Explore this application ↗RESONATOR · CEMEX · 2018
Field Experience — CEMEX
Documented installations, process challenges and observations from the RESONATOR project record of July 2018.
From process drawings to real equipment.
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Bulk-material transfer
A mounted resonance unit on transfer equipment. The project record discusses material accumulation and interruptions at this transfer point.
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The outlet is part of the system
A silo outlet and screw conveyor shown as a potential application in the project record. This is site context, not proof of a completed installation.
Explore this application ↗Source: RESONATOR / CEMEX project record, July 2018. Historical photographs; not a guarantee of results for a new installation.
03 / DOCUMENTED INDUSTRIAL EVIDENCE
15 seffective vibration recorded in the 2018 concrete test
~30 scleaning response reported in RESONATOR’s 2018 CEMEX application record
3 contextsconcrete, silo discharge and industrial material transfer
Material flow: evidence from the plant.
RESONATOR project records document applications in CEMEX concrete testing, cement-filler silos and bulk-material transfer equipment.
Historic project documentation supplied by RESONATOR. Results are application-specific and do not represent a universal performance guarantee. Every new process is validated through an engineering assessment and, where appropriate, an Industrial Pilot.
Three documented contexts
CEMEX · 2018
01 · Cement-filler silo
Deposits restricted discharge and required manual clearing. The 2018 record reports cleaning response within about 30 seconds after installation.
CEMEX · 2018
02 · Material transfer
The transfer-point record describes less blockage and manual removal after mounting. The observations are qualitative; a quantified matched baseline is not provided.
CEMEX · 2018
03 · Concrete trial, Sv. Kajo
July 2018: specimens P-61 and P-63 were vibrated for 15 seconds. The record specifies C25/30, Dmax 16, XC2, S1, Cl 0.2 and water/cement 0.5. It reports density and hardening observations; no strength percentage is asserted here.
Source: RESONATOR / CEMEX project record, July 2018, and the accompanying concrete-trial summary. These are historical manufacturer records, not an independently audited performance guarantee. A new pilot uses a matched baseline.