Dalmia Bharat Sugar & Industries has approved a major efficiency enhancement project worth ₹49 crore at its Jawaharpur manufacturing unit. The initiative focuses on implementing steam saving technologies to optimize operational performance and resource utilization.

Project Overview and Investment Details

The approved project represents a significant capital investment aimed at modernizing the company's steam management systems. The ₹49 crore allocation will be utilized to implement advanced steam saving technologies at the Jawaharpur unit, marking a substantial commitment to operational excellence.

Expected Operational Benefits

The steam saving project is designed to deliver measurable improvements in operational efficiency. The company expects to achieve a 10% reduction in steam consumption, which will translate into significant cost savings and improved resource management.

Key Performance Targets

• Steam Consumption Reduction: 10% decrease in overall steam usage
• Bagasse Savings: 54,000 MT annually
• Operational Efficiency: Enhanced manufacturing process optimization

Environmental and Sustainability Impact

The project aligns with sustainable manufacturing practices by reducing resource consumption and improving energy efficiency. The annual saving of 54,000 MT of bagasse represents a substantial improvement in raw material utilization, contributing to the company's environmental sustainability goals.

This strategic investment demonstrates Dalmia Bharat Sugar & Industries' focus on implementing technology-driven solutions to enhance operational performance while maintaining sustainable manufacturing practices at its production facilities.

Dalmia Bharat Sugar & Industries has announced that its board has approved a significant investment in renewable energy infrastructure. The company will implement a ₹58 crore compressed bio-gas project at its Kolhapur distillery facility.

Project Overview

The approved project focuses on converting spent wash into compressed bio-gas, representing an innovative approach to waste management and energy generation. Spent wash, a liquid byproduct generated during the distillation process, will serve as the primary feedstock for bio-gas production.

Strategic Significance

This initiative aligns with the company's sustainability objectives and demonstrates its commitment to circular economy principles. By utilizing spent wash, the project addresses waste management challenges while creating a valuable energy resource. The compressed bio-gas produced can serve multiple applications, including fuel for vehicles and industrial processes.

Environmental Impact

The project represents a significant step towards reducing the environmental footprint of distillery operations. Converting spent wash into bio-gas helps minimize waste disposal challenges while contributing to renewable energy generation. This approach supports both environmental sustainability and operational efficiency for the company's distillery operations.