Hallmark engineering is a house for single window solution to most modern energy efficient fully automated sugar plants and sugar refineries. Services for a sugar project are offered right from concept to commissioning. While designing the plant most modern and future perfected user friendly technologies are integrated. High efficiency cane mining engineering practices and energy efficient boiling house coupled with high performing single drum boilers contribute to most effective use of raw material and topnotch end products complying to market demand.
Despite David against Goliath scenario in the international market, we are always agile and ready to take challenges to prove our mettle on this platform because we know deep down that our sincerity, dedication towards work, state of the art technology will never let us down in delivering the right solutions to our customers. Our Single Drum boilers are designed for Express Delivery, Efficient
performance and long life cycle with Least Maintenance and Down Time. Every time we have set a new bar of excellence in sugar and co-gen industry. Continuing our envious success in international market, we are executing one of the world’s largest Biomass fired, travelling grate Boiler of 250 TPH Capacity working at Steam pressure of 67 Bar at 500 degree celcius for Ruampol Biopower Compay Ltd. in Thailand.
The success story has another endeavor under execution, the Mill of size (φ) 55‘’ x Length 110’’ for the world’s largest Sugar Factory Kaset Thai International Sugar Corporation Public Company Limited, Thailand. This mill will be the largest ever designed, manufactured and executed in India.
Hallmark has developed DCS based automation solution for entire sugar plant from cane unloading to sugar packaging inclusive of:
Automation and central control of entire milling operations
Automation and control of Boilers
Fully Automated power evacuation systems for cogeneration
Auto PH control system
Auto juice flow stabilization
Auto level control of evaporators
Automation of batch and continuous pans and condensers and
Auto vapor stabilization system
Integration of these automated systems not only enhance performance efficiencies but also reduce dependence on manual operations which are prone to errors.