Leomi Instruments Pvt. Ltd applications

Breathing air is free, not compressed air. A lot of energy is required to produce compressed air (~4CFM = 1Horse Power)*. All manufacturing companies need compressed air for their utility, process, equipment operations to function reliably. Leoni’ team has observed a gap in providing reliable solutions for compressed air measurement for saving precious resources. After thorough research on customer behavior and needs, Leomi with German technology developed Insertion Thermal Mass Flow meter for compressed air flow measurement with software package an accurate, practical, reliable, rugged & cost-effective solution to cater it.

Combustion air is the air that is used to actually burn the fuel. Without combustion air, which is normally forced into the furnace, combustion is impossible. The efficient operation of today’s power plant hinges largely upon accurate and repeatable measurement and control of various air inputs to the boiler such as Primary coal mills, Secondary air, Overfire air, individual burners and flue-gas re-circulations air.

Many industrial processes are emitting flue (stack ) gases such as steel & power plants, textile, food processing, pharmaceutical productions, petrochemical processing and more. In the past, flue gas flow measurement was un-reliable, non-repeatable, high maintenance prone & expensive.

Aeration lane air controls is most imperative as lower or no air supply causes bacterial death due starvation for oxygen & inefficient treatment whereas very high air supply increases too much bacterial growth in-turn bacteria gets hungry and dies & also increase energy cost. Thermal mass flow meters comes handy for optimizing aeration control by measuring aeration air flow to address the need to control oxygen flow rate requirement for optimizing BOD & Energy cost in Effluent Water Treatment Plant.

High-quality natural gas fuel measurement increases efficiency in applications as well as industry plants. LEOMI thermal mass flow meters demonstrate high accuracy, low-pressure drop, and direct mass flow readings to measure natural gases.