Valmet to Deliver Modern Lime Kiln to Kuantum Papers Limited

Valmet is to deliver a modern lime kiln to Kuantum Papers Limited in Punjab, India. After the installation of the lime kiln and a satellite cooler, the lime kiln production capacity will increase to 200 tonnes per day.

The order is included in Valmet’s orders received in the fourth quarter 2024. The value of the order will not be disclosed. The project’s duration is approximately one year, with the installation planned to take place at the end of 2025.

“Kuantum Papers’ investment in a lime kiln from Valmet is part of our broader growth strategy and aligns with our long-term commitment towards sustainability and operational efficiency. The lime kiln, a key component in the recausticising process in chemical recovery, helps convert calcium carbonate into burnt lime, which can be reused, thus enhancing circularity in our process. Valmet’s lime kiln is known for its energy-efficient design, supporting biofuel solutions and low-emission operations,” said Pavan Khaitan, Vice Chairman and Managing Director, Kuantum Papers.

Delivery’s technical information
The delivery consists of a Valmet Lime Kiln with a multi-fuel burner, a burner management system for safety control, and a satellite cooler for efficient heat exchange. The lime kiln is designed to utilise both fossil and biomass-based fuels. Efficient insulating lining in the burning zone ensures a low heat loss. The scope also includes an extensive study of sulfurous non-condensable gas (NCG) handling and engineering for the auxiliaries, such as flue gas handling.

About Kuantum Papers
Founded in 1980 in Saila Khurd, Punjab, India, Kuantum Papers Limited is one of the leading paper manufacturers, specialising in high-quality agro and wood-based maplitho, copier, specialty and cream wove papers. The fully backward integrated mill has four paper machines totalling a production capacity of 450 tonnes per day (TPD), agro and wood pulp lines, a chemical recovery plant, a co-generation power plant and an effluent treatment plant.