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 GLASSSolutions for Glass
MAVEN GLASS
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.
Learn MoreMAVEN SPC
Statistical process control for glass quality — defect rates, dimensional tolerances, and stress.
Learn MoreMAVEN FDM
Field device management for thermocouples, level sensors, and combustion analysers.
Learn MoremAvenIt
Natural-language operator co-pilot — query furnace state, recipes, and KPIs in plain English.
Learn More