Smarter Glass Manufacturing — From Furnace to Forming
MavenProTech brings advanced process control, energy optimisation, and equipment intelligence to regenerative and oxy-fuel furnaces, forehearths, and lehrs — cutting specific energy and stabilising glass quality.
What Operations Teams Face
Furnace Energy
Glass melting is one of the most energy-intensive processes in industry. Combustion stoichiometry, regenerator efficiency, and pull rate all swing specific energy by 10–20%.
Glass Quality
Defect rates and throughput are tightly coupled to thermal uniformity. Forehearth and lehr profile control directly drive yield.
Carbon & NOx
EU ETS, NOx limits, and oxy-fuel transitions demand precise combustion control and verified emissions reporting.
MAVEN GLASS — Furnace Energy Optimisation
Targeted energy operations for regenerative and oxy-fuel furnaces, forehearths, and lehrs — combustion stoichiometry, pull rate, and waste-heat recovery, all visible and optimised continuously.
Explore MAVEN PROCESS EOSolutions for Glass
MAVEN PROCESS EO
Furnace energy operations co-pilot — combustion, pull rate, and waste-heat recovery.
Learn MoreMAVEN APC
Multi-variable predictive control for furnace temperature, gob weight, and forehearth profile.
Learn MoreMAVEN APM
Predictive maintenance for regenerators, electric boost, forehearths, and IS machines.
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Natural-language operator co-pilot — query furnace state, recipes, and KPIs in plain English.
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