Engineering for Rotary Kilns and Shaft Furnaces.
Helping manufacturers reduce fuel costs, lower CO₂ emissions and increase productivity.
Proven Solutions. Measurable Results.
Minimal implementation costs
Minimal production disruption
Measurable savings from day one.
Our Engineering Approach.
We view every thermal process as an integrated system where combustion, gas flow, and heat utilization are engineered to operate in harmony for maximum process efficiency.
Combustion Engineering.
Optimizing flame development and combustion conditions.
Gas Flow Engineering.
Managing gas movement for efficient heat distribution.
Heat Utilization Engineering.
Maximizing the use of generated heat throughout the process.
Where We Apply Our Expertise.
Our engineering approach is applied across a wide range of thermal processes, helping manufacturers improve energy efficiency, increase productivity, and maintain consistent product quality.
Shaft furnaces
Perlite
Microspheres
Vermiculite (where applicable)
Other similar thermal processes
Rotary Kilns
Lime
Cristobalite
Proppants
Cement (where applicable)
Other Rotary Kiln applications
Rotary Dryers
Selected drying applications
Subject to process evaluation
Built on Real Industrial Experience
Our experience is built on international industrial projects, many of which remain confidential under non-disclosure agreements (NDAs). For this reason, we are usually unable to disclose customer identities or detailed project information.
Perlite Expansion Furnace Expertise.
Professional experience includes engineering work involving perlite expansion furnaces manufactured by Incon (USA) and PMC (Türkiye), as well as other European furnace designs. Across these projects, our engineering solutions focused on reducing natural gas consumption and CO₂ emissions while maintaining production capacity and finished product quality, as well as improving workplace safety.
MANNULUS has also developed and validated proprietary engineering solutions for the large-scale production of high-strength perlite microspheres.
These solutions significantly expand the technological capabilities of existing vertical perlite expansion furnaces for perlite microsphere production.