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Modern sugar manufacturing plant with thermal management systems

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Transforming Sugar Production with Advanced Thermal Solutions

Energy-efficient thermal systems designed specifically for sugar manufacturing, optimizing performance while reducing energy consumption and emissions.

Industry Challenges We Solve

  • Adapting to multi-fuel operations
  • Meeting tighter emission and environmental norms
  • Improving operational efficiency
  • Working within limited land availability
  • Budget constraints while upgrading systems

Comprehensive Utility Solutions

Fuel Handling Systems

  • Belt conveyors
  • Bucket elevators
  • Feeders & crushers

Ash Handling Systems

  • Wet systems
  • Pneumatic systems

Combustion Systems

  • Air-cooled grates
  • Water-cooled grates

Pollution Control

  • ESPs
  • Bag filters
  • Rotary Particulate Collectors

The Future of Sugar Industry

The Indian sugar industry is undergoing a remarkable transformation. No longer limited to traditional sugar production, it is rapidly evolving into a fully integrated energy ecosystem - supporting ethanol production, co-generation of power, and the utilization of industrial by-products. Backed by strong policy initiatives such as the Government of India’s Ethanol Blending Program and the country’s net-zero carbon emissions target by 2070, sugar mills are now expected to become efficient, sustainable, and multifunctional energy hubs.

Advanced Boiler & Cogeneration Solutions

At Urja-Disha, we’ve been at the forefront of this transition. As a specialized engineering design company, we offer end-to-end utility solutions for sugar mills and distilleries. Our expertise spans boiler systems, fuel and ash handling, combustion technology, and pollution control.

Our specialized spent-wash incineration technology helps the distilleries achieve Zero Liquid Discharge (ZLD) compliance under both 1G and 2G technologies.

System Capabilities

  • Capacity Range - 10 to 200 TPH
  • Steam Parameters - Up to 120 kg/cm², 550°C
  • Fuel Types - Bagasse, coal, spent-wash, biogas
  • Applications - Sugar mills & distilleries

Key Offerings

  • Bagasse & multi-fuel boilers
  • Cogeneration power plants
  • Spent-wash incineration systems
  • Pollution control equipment
  • Fuel & ash handling systems

Success Story

How we helped a leading sugar manufacturer achieve operational excellence.

140 TPH High-Pressure Boiler for Gangamai Sugar

A 140 TPH, 72 kg/cm², 520°C bagasse-fired boiler designed and delivered for Gangamai Sugar, showcasing our ability to engineer reliable, future-ready solutions for complex industrial needs. This high-capacity project included advanced combustion technology and integrated pollution control systems.

  • Increased Efficiency - Significant reduction in fuel consumption and operational costs
  • Emission Compliance - Met all environmental regulations and standards
  • Reliable Operation - Minimized downtime and maintenance requirements

Trusted by Industry Leaders

We’ve had the privilege of working with some of the most respected names in the sugar industry.

  • Dhampur Sugar - India
  • EID Parry - India
  • Mylar Sugar - India
  • Sharayu Agro - India
  • Gangamai Sugar - India

Ready to Transform Your Sugar Mill’s Performance?

Let our experts analyze your thermal requirements and design a custom solution that improves efficiency, reduces costs, and meets your sustainability goals.

Our design team will assess your plant’s thermal requirements and identify optimization opportunities.

Case studies

Projects we have delivered

Plant we engineered, supplied and commissioned in this sector.

Bagasse-Fired Boiler for Jarandeshwar Sugar Mills

Client
Meru Industries LLP
End user
Jarandeshwar Sugar Mills
Year
2018

Key specifications

Rating
160 TPH, 87 Kg/cm²(g), 540°C
Fuel
100% Bagasse Fuel
Furnace
Two-pass furnace design
Circulation
Natural circulation system
160 TPH bagasse-fired boiler with two-pass furnace at Jarandeshwar Sugar Mills

A 160 TPH, 87 Kg/cm²(g), 540°C bagasse-fired boiler engineered for Jarandeshwar Sugar Mills through Meru Industries LLP in 2018.

The challenge

  • High drum elevation requiring complex structural support
  • Poor circulation ratios affecting thermal performance
  • Frequent fouling in the Air Preheater zone
  • Higher fuel consumption
  • Maintenance downtime

Our solution

  • Smart 2-pass design reducing drum elevation by 3-5 meters
  • Enhanced thermal performance with better flow design
  • Continuous operation >180 days with zero chokes

The results

  • 0.5-1% boost in efficiency
  • Continuous operation >180 days
  • Zero APH fouling/choking
  • Reduced maintenance downtime

Multi-fuel Fired Boiler for Sharayu Agro Industries

Client
SS Engineers
End user
Sharayu Agro Industries, Satara, Maharashtra
Year
2020

Key specifications

Rating
25 TPH, 45 Kg/cm²(g), 400°C
Fuel
(1) 65% Spent wash + 35% Bagasse, (2) 70% Spent wash + 30% Coal
Combustion
Travelling grate combustion system
Fuel feeding
Drum extractor with screw feeder and slat conveyor
Furnace
Tail-end multi-pass furnace
Heat recovery
Superheater, evaporator, and economizer in 3rd pass
Construction
Single drum, membrane panel, girth-supported
Air heating
SCAPH system for effective air heating
Scope
Complete design and detail engineering
Dedusting
ESP (Electrostatic Precipitator) for dedusting
25 TPH multi-fuel boiler firing spent wash with bagasse at Sharayu Agro Industries, Satara

A 25 TPH, 45 Kg/cm²(g), 400°C multi-fuel boiler firing spent wash blended with bagasse or coal, supplied through SS Engineers for Sharayu Agro Industries, Satara, Maharashtra, in 2020.

The challenge

  • Difficulty in achieving stable combustion with non-standard fuel combinations
  • High ash and moisture content affecting thermal efficiency
  • Need for continuous, uninterrupted operation
  • Handling and feeding of diverse fuel types
  • Requirement for robust emissions control and thermal recovery systems

Our solution

  • Combustion system optimized for mixed fuels
  • Tail-end design with effective heat recovery elements
  • Travelling grate and automated fuel handling systems
  • SCAPH-based air heating system
  • Girth-supported compact single drum design

The results

  • Reliable combustion of complex fuel blends
  • Improved energy efficiency with advanced heat recovery
  • Reduced emissions with ESP and optimized combustion
  • >60 days of continuous, stable operation
  • Streamlined layout for outdoor setup

Fired Boiler for Shree Chalthan Vibhag Khand Udyog

Client
Privilege Biksons Boilers Pvt. Ltd.
End user
Shree Chalthan Vibhag Khand Udyog Sahakari Mandal Ltd., Gujarat
Year
2019

Key specifications

Rating
100 TPH, 67 Kg/cm²(g), 480°C
Fuel
100% Bagasse Fuel
Construction
Bi-drum, membrane panel, top-supported
Circulation
Natural circulation system
Installation
Outdoor installation
Combustion
Travelling grate with overfiring curtain system
Dedusting
ESP (Electrostatic Precipitator) for dedusting
Bi-drum bagasse-fired boiler installed outdoors at Shree Chalthan Vibhag Khand Udyog

A 100 TPH, 67 Kg/cm²(g), 480°C bagasse-fired boiler supplied through Privilege Biksons Boilers Pvt. Ltd. for Shree Chalthan Vibhag Khand Udyog Sahakari Mandal Ltd., Gujarat, in 2019.

The challenge

  • Incomplete combustion leading to unburnt fuel
  • High operational costs due to poor efficiency
  • APH fouling causing unplanned downtime
  • Sub-optimal combustion systems lacking adaptability

Our solution

  • Engineered 100 TPH boiler tailored for 100% bagasse
  • Single-pass nose-type furnace for combustion stability
  • Drum extractor, screw feeder, and pneumatic spreader
  • Curtain-type overfiring system for complete combustion
  • Robust outdoor-ready structural and thermal design

The results

  • Improved combustion efficiency
  • Reduced fuel consumption
  • Uninterrupted >180 days operation
  • Low maintenance with clean APH performance
  • Reliable long-term outdoor durability

Clientele

Trusted by industry leaders

Talk to the team that sizes the plant

Send us your fuel, steam parameters and site constraints. Our design team will work through the heat balance and come back with a feasibility view.

Request a feasibility study