Uttam Sucrotech offers advanced Co-Generation Power Plants designed for high efficiency, reliable performance, and sustainable energy generation for industries. Power / What We Do / Power / Integrating Cutting-Edge Technologies for Sustainable Energy Solutions At Uttam Sucrotech, we are at the forefront of delivering high-performance power projects, adopting the latest technologies from Europe, Japan, and India. Our focus is on enhancing energy efficiency, reducing emissions, and optimizing operational reliability, ensuring our solutions contribute to sustainable energy production worldwide. Key Features of Our Power Projects 1. Advanced Co-Generation Power Plants: We specialize in the design, engineering, and commissioning of Co-generation Power Plants that integrate both steam and power generation. We utilize cutting-edge technologies to enhance steam cycle efficiency and implement reliable, high-performance systems for industries such as sugar, textiles, chemicals, and paper. Biomass & Coal-Fired Boilers: High-efficiency boilers for sustainable energy production. Turbo-Alternators and Auxiliary Equipment: State-of-the-art turbines sourced from leading manufacturers in Europe, Japan, and India to optimize power output and performance. Emission Control Systems: Advanced systems for dust emission control, water treatment, and effluent management to meet global environmental standards. 2.Technology Integration from Leading Global Markets: European Expertise: We incorporate European technologies known for their innovation and efficiency. These technologies include high-performance boilers, fluidized bed combustion systems, and precision-controlled turbines. Japanese Engineering: Leveraging Japanese technology, we enhance our power plants' reliability and efficiency, integrating advanced automation systems, turbine generators, and control mechanisms for smooth operations. Indian Innovation: By utilizing Indian technologies, we provide cost-effective and locally tailored solutions that align with regional energy requirements while maintaining high standards of performance and sustainability. 3. Complete EPC Solutions We offer end-to-end EPC (Engineering, Procurement, and Construction) solutions, covering all aspects of power plant development. Our comprehensive approach includes: Feasibility Studies: Detailed site assessments and feasibility studies to ensure project viability. Design & Engineering: Custom-tailored designs utilizing the latest engineering practices and software tools for seamless integration of systems. Procurement: Sourcing high-quality, durable equipment from global suppliers, ensuring maximum operational lifespan and efficiency. Construction & Commissioning: Full-scale construction and installation services, with a strong focus on quality control, safety, and timely execution. Operations & Maintenance: Post-commissioning support, including ongoing maintenance and optimization for long-term performance. 4. Energy Efficiency and Sustainability Our projects are designed with a focus on sustainability, integrating the latest energy-saving technologies such as: Waste Heat Recovery Systems: Capturing and reusing waste heat to improve efficiency and reduce operational costs. High-Efficiency Steam Generators: Minimizing fuel consumption while maximizing power output. Renewable Energy Integration: Harnessing renewable sources, including biomass and solar, to complement traditional power generation and reduce carbon footprints. 5. Global Deliverability with Local Expertise Our global presence and expertise in power project delivery ensure that we can adapt advanced technologies to meet specific regional needs. Whether in India, Africa or Latin America, our solutions are engineered for local conditions and regulations while maintaining the highest international standards. Technologies in Focus: Biomass and Coal-Based Boilers: From fluidized bed combustion to traveling grate technologies, we ensure the best-suited boiler systems for diverse fuel types and operational conditions. High-Efficiency Turbines: We deploy turbines from leading manufacturers in Japan and Europe, ensuring long-term reliability and minimal downtime. Emission Control Systems: Our systems are designed to reduce harmful emissions, with technologies such as ESP (Electrostatic Precipitators), scrubbers, and de-sulphurization units.

Uttam Sucrotech offers modernization solutions for Sugar, Power, and Ethanol/Distillery plants, enhancing capacity, efficiency, and sustainability with advanced technology. Call us now. Modernization & Expansion / What We Do / Modernization & Expansion / SUGAR | POWER | ALCOHOL PLANT Uttam Sucrotech specializes in providing comprehensive modernization and expansion solutions for sugar mills, cogeneration power plants, and alcohol distilleries. Modernization involves the strategic integration of cutting-edge technology, advanced equipment, and new system features into existing facilities. This approach enhances overall plant performance, boosts energy efficiency, increases production capacity, and extends the operational lifespan, while significantly reducing steam consumption, power usage, emissions, and operational costs. Key Benefits of Modernization: Capital Efficiency: Upgrading existing infrastructure allows for significant cost savings, as the latest technologies are incorporated without the need for entirely new setups. This leads to enhanced financial performance with a quicker return on investment. Optimization of Existing Assets: Modernization improves the operational efficiency of current plant equipment, from sugar processing units to power and distillation systems, maximizing production output while reducing energy consumption. Product Flexibility: Enhanced flexibility to adapt to new product lines, such as transitioning to high-value refined sugar or producing different grades of alcohol to meet changing market demands. Backend sugar refineries can now seamlessly integrate cane juice and raw sugar processing. Sustainability & Reliability: Improved sustainability with the incorporation of energy-efficient systems and reduced emissions. Reliable equipment performance is ensured through access to modern spare parts and engineering solutions, extending the operational life of the plant. Technical Aspects of Modernization 1. Energy Efficiency Improvements Boiler Re-engineering: Re-engineering of boilers for improved combustion efficiency, reduced steam consumption, and lower emissions. Fuel Conversion: Upgrading fuel systems for better utilization of bagasse (biomass) or other biofuels in cogeneration, improving plant efficiency and reducing dependency on external energy sources. Advanced Steam Management: Incorporation of low-pressure steam turbines and energy-efficient evaporators to minimize steam consumption and optimize power generation. 2. Process Optimization Juice Extraction & Clarification: Enhanced juice extraction techniques using multi-roller mills and short retention clarifiers. These systems improve sugar recovery, reduce chemical usage, and minimize sugar loss during processing. Evaporators & Crystallization: Introduction of falling film evaporators and continuous vacuum pans for efficient evaporation and sugar crystallization, ensuring high massecuite exhaustion and crystal size consistency. Energy-Saving Refinery Techniques: Use of deep-bed filters, ion-exchange systems, and carbonation for raw sugar refining processes to minimize energy and chemical consumption during melt clarification and decolourization. 3. Alcohol Distillery Modernization Distillation Column Upgrades: Installation of high-efficiency distillation columns and multi-effect evaporators to reduce steam usage in ethanol production. Molasses Fermentation Enhancements: Advanced fermentation systems for higher ethanol yield from molasses with better process controls. Effluent Treatment: Installation of zero liquid discharge (ZLD) systems and integrated wastewater treatment plants to meet environmental norms. 4. Cogeneration Power Plant Modernization Turbine and Generator Upgrades: High-efficiency turbines and generators are installed for better steam-to-power conversion ratios, significantly reducing the plant's reliance on grid electricity. Pollution Control Systems: Advanced air pollution control technologies such as electrostatic precipitators (ESP) and bag filters are integrated to ensure compliance with international environmental regulations. Modernization Services Plant Audits and Feasibility Studies: We conduct in-depth audits of your existing facilities to identify bottlenecks, inefficiencies, and opportunities for performance enhancement. Design & Engineering Solutions: Our team provides tailor-made solutions, from engineering redesigns to full-scale plant retrofitting, focusing on upgrading critical components such as boilers, turbines, milling units, and distillation columns. Energy Efficiency Upgrades: Implementing steam-saving measures, optimizing cogeneration systems, and converting boilers to more efficient fuel types to reduce operational costs and environmental impact. Comprehensive Retrofits: This includes component replacement, performance upgrades, and the installation of modern equipment to ensure optimal plant output. Pollution Control & Compliance: We integrate cutting-edge pollution control systems to ensure your plant meets stringent environmental regulations, reducing emissions and increasing sustainability. We deliver tailor-made modernization and expansion services that significantly improve the operational efficiency of sugar factories, cogeneration power plants, and alcohol distilleries. Our solutions ensure your plant operates at peak performance while reducing energy consumption and emissions, contributing to a more sustainable and profitable operation. By leveraging our decades of industry experience and expertise, we help businesses achieve their modernization goals, ensuring that your plant remains competitive in the global market. With a focus on capital efficiency, energy optimization, and sustainability, we offer end-to-end modernization solutions for sugar, power, and alcohol plants that drive performance, reliability, and long-term profitability.

Sugar / What We Do / Sugar / Uttam Sucrotech is your trusted partner in comprehensive sugar industry solutions. Being leaders in EPC Sugar Turnkey Projects, we also specialize in designing, manufacturing, and implementing Integrated Sugar Plants that streamline every stage of production, from raw material cultivation to refined sugar. Our integrated approach guarantees maximum efficiency, sustainability, and quality at every step. In addition to turnkey plants, we also provide standalone solutions for critical stages of sugar manufacturing. These include Sugar Refineries, Process/Boiling House Equipment, and Cane Milling and Juice Extraction Plants, offering tailored, high-performance systems for each stage of production.

international project / Projects / International Projects / Savannah Sugar, Nigeria / Savannah Sugar, Nigeria The Dangote Group, one of Nigeria’s most prestigious and diversified business conglomerates with its operational headquarters in Lagos, is a recognized leader in the Nigerian sugar industry. As part of its ambitious growth plans, the Group undertook a major expansion of its subsidiary, Savannah Sugar Company, doubling its crushing capacity from 3,000 TCD to 6,000 TCD. Uttam Sucrotech successfully executed the Process House Expansion Package for Savannah Sugar. The scope of supply and installation included: State-of-the-art juice heaters and evaporators Continuous vacuum pans and auxiliaries A modern vertical crystallizer The project was carried out in close collaboration with M/s J. P. Mukherji & Associates Pvt. Ltd. (JPMA), one of India’s most renowned sugar consulting companies, who served as the consultant for this expansion. With this successful execution, Uttam Sucrotech has further strengthened its global footprint, delivering world-class engineering solutions and contributing to the advancement of Nigeria’s sugar industry.

Domestic Project / Projects / Domestic Projects / Uttam’s Sugar Mills, India / Uttam’s Sugar Mills Uttam’s own refinery units demonstrate USIPL’s expertise in building world-class sugar refineries, focusing on consistent quality and operational excellence: Sher Mau Refinery, Uttar Pradesh, India Refinery Capacity: 550 TPD Process: Melt Phospho-flotation Sugar Quality: 35 ICUMSA The Shermau refinery utilizes the Melt Phospho-flotation process, achieving high-quality sugar with excellent color and purity. This refinery meets international standards for quality and efficiency. Khaikheri Refinery, Uttar Pradesh, India Refinery Capacity: 450 TPD Process: Melt Phospho-flotation Sugar Quality: 35 ICUMSA At Khaikheri, Uttam’s own refinery, the Melt Phospho-flotation process is used to produce refined sugar with consistent quality, optimizing the efficiency of the entire refining operation. Libberheri Refinery, Uttarakhand, India Refinery Capacity: 600 TPD Process: Melt Phospho-flotation with Ion Exchange Sugar Quality: 15 ICUMSA The Libberheri refinery uses Melt Phospho-flotation with Ion Exchange technology, ensuring superior sugar quality with an ICUMSA of 15. This advanced technology significantly improves the sugar’s color and purity, making it ideal for high-quality markets. Barkatpur Sugar Mill, Uttar Pradesh, India Plant Capacity: 8500 TCD Process: Double Sulphitation Sugar Quality: 80 ICUMSA

Domestic Project / Projects / Domestic Projects / DCM Shriram Ltd., Ajbapur / DCM Shriram Ltd., Ajbapur This project at DCM Shriram Ltd., Ajbapur, represents a cutting-edge addition to India’s sugar production capacity, focusing on efficient juice extraction processes. The plant is designed to handle an impressive capacity of 6,000 Tons of Cane per Day (TCD), ensuring high throughput and reliability in operations. Key highlights of the project include: Juice Extraction Capacity: 6,000 TCD Milling Configuration: 5-mill tandem setup with 40” x 78” four-roller mills Advanced Technology: Incorporating precision-engineered mills for optimized juice extraction, ensuring maximum sugar recovery and efficiency This project strengthens the industrial capabilities of DCM Shriram Ltd., enhancing its competitiveness in the sugar sector. By utilizing advanced milling technology, the plant boosts efficiency and ensures sustainable operations, contributing to the overall growth of India’s sugar industry.

global presence / Who We Are / Global Presence / 58+ Countries 450+ Projects Completed Uttam Sucrotech has established a robust global presence, delivering excellence across 58 countries with 450+ completed projects . Our expertise in Engineering, Procurement, and Construction (EPC) solutions spans continents, enabling us to execute turnkey projects in regions including Latin America, Africa, the Middle East, Asia and beyond. Each project reflects our commitment to quality, innovation and sustainability, tailored to meet the unique needs of our international clients. From integrated sugar plants, co-generation, and ethanol facilities to agro-industrial systems and more, Uttam Sucrotech continues to set benchmarks globally, building long-lasting partnerships and contributing to industrial growth worldwide. Uttam Sucrotech’s strong footprint spans nearly across all major sugarcane-producing regions worldwide. FEATURED CLIENTS

international project / Projects / International Projects / Wonji Shoa Sugar factory, Ethiopia / Wonji Shoa Sugar factory, Ethiopia Wonji Shoa Sugar Factory is a Greenfield sugar project promoted by the government of Ethiopia, which was commissioned in the year 2013. The project, 110 km SouthEast of the capital near Nazareth city in Oromia Regional State, was conceptualized in a bid to replace old sugar factories of the region namely Wonji and Shoa. This project was carried out under the Indian Line of Credit to the Ethiopian government. USIPL is the EPC contractor of the project including the civil works. The salient features of the project are: Location: Oromia Regional State Plant Capacity: 6,250 TCD Steam Generation: 2 x 130 t/h (260 t/h); 67 kg/cm²(a); 515°C size Power Co-generation: 31.5 MWh Production Milestone: 800,000 Sugar bag within 250 days (5 days ahead of schedule) Factory Statistics First Season: Total Sugar Produced: 81000 MT Total High Grade (Coca Cola) Sugar: 5200 MT Produced (ICUMSA 80 and below) Sugar Recovery percentage: 11.83% Positive Impact of the Project in the Region This project led to agricultural expansion around Wakie Tiyo, Welenchiti and North Dodota areas making 16,000 hectares of sugarcane plantation field in total. Out of this the 7,000 hectares of sugarcane field is owned by out grower farmers of the surrounding area. There are 32 Sugarcane Out-growers associations of 9,100 member farmers, who are directly benefited from this Project. The Factory supports the farmers with seeds, irrigation facilities and rendering professional as well as technical support to them. This project not only saved the country’s expenditure on Sugar imports but also contributed electric power to the national grid.

Uttam Sucrotech offers advanced Mechanical Vapor Recompression (MVR) Systems engineered for high-efficiency evaporation and concentration processes in sugar plants. Mechanical Vapor Recompression (MVR) System / What We Do / Mechanical Vapor Recompression Systems / Uttam Sucrotech offers advanced Mechanical Vapor Recompression (MVR) Systems engineered for high-efficiency evaporation and concentration processes in sugar plants. As energy optimization becomes a critical factor in plant design and modernization, MVR technology represents a significant advancement in reducing steam dependency while maintaining high thermal performance. Mechanical Vapor Recompression (MVR) Mechanical Vapor Recompression (MVR) is an energy-recovery evaporation technology that recycles vapor generated during the evaporation process. Instead of using continuous fresh steam from boilers, the system: Captures low-pressure vapor generated in the evaporator Compresses the vapor mechanically Raises its temperature and pressure Reuses it as the heating medium for evaporation This creates a closed-loop energy cycle, significantly reducing external steam demand. Technical Working Principle The MVR evaporation cycle operates through the following sequence: 1. Sugar juice or syrup enters the evaporator body. 2. Heat causes evaporation and vapor generation. 3. Generated vapor is routed to a mechanical compressor. 4. The compressor increases vapor pressure and temperature. 5. The recompressed vapor is returned to the heating side of the evaporator. 6. Continuous evaporation proceeds with minimal fresh steam input. The system primarily utilizes electrical power for compression, replacing conventional high steam consumption. Application in Sugar Plants MVR systems are integrated into: Multiple Effect Evaporator (MEE) systems High Brix syrup concentration Refinery evaporation sections Condensate recovery systems Plant capacity expansion and modernization projects MVR can operate as a standalone evaporation unit or be integrated with existing evaporator stations. Energy & Process Integration In cogeneration-based sugar plants: Reduced steam load improves overall steam balance Turbine efficiency is optimized Surplus power generation potential increases Boiler operating pressure requirements are minimized MVR shifts the energy requirement from thermal to electrical, enabling improved process control and automation. Key Technical Features High-efficiency mechanical vapor compressor Optimized evaporator design for stable operation Advanced automation and control systems Low noise and vibration configuration Compact layout for retrofit installations Integrated condensate management system Designed for continuous high-load operation Uttam’s MVR systems are delivered as part of a comprehensive engineering package including: Process design & thermal calculations Mechanical design & fabrication Compressor integration Electrical & instrumentation systems Automation and PLC-based controls Supervision, Installation & commissioning support

International project / Projects / International Projects / Riopaila Castilla S.A., Colombia / Riopaila Castilla S.A., Colombia Riopaila Castilla S.A., one of Colombia’s leading sugar producers, entrusted Uttam Sucrotech with the supply of a state-of-the-art traveling grate boiler designed for multi-fuel flexibility. This advanced system was engineered to operate efficiently on coal, bagasse and gas, ensuring operational reliability and sustainability. Project Highlights: Steam Generation Capacity: 150 TPH at 67 kg/cm² (a), 490°C Sugar Production: 450,000 tonnes of white sugar per annum Fuel Flexibility: Capable of operating on coal, bagasse and gas Project Status: Successfully completed in 2014 This project demonstrates Uttam Sucrotech’s capability to deliver cutting-edge, flexible boiler technology to support large-scale sugar production while enhancing energy efficiency. By offering solutions that adapt to multiple fuel sources, Uttam Sucrotech has reinforced its position as a trusted global partner in sugar and power engineering solutions.

International project / Projects / International Projects / Horyal Investment Holding Company / Horyal Investment Holding Company, Uganda Horyal Sugar Factory (Atiak) is a Greenfield Sugar Project promoted by Horyal Investment Holding Company Limited. The Sugar Factory is located in Gem Farm, Atiak sub-county, Kilak County, in Amuru District, in the Northern Region of Uganda. The new sugar factory has a capacity to crush 1,650 tonnes of raw cane daily, producing 66,000 tonnes (66,000,000 kg) of sugar annually. USIPL is the EPC contractor of the project. The salient features of the project are: Location: Atiak sub-county, Amuru District Plant Capacity: 1,650 TCD Steam Generation: 50 t/h; 45 kg/cm²(a); 485°C size Power Co-generation: 6 MWh The commissioning of the factory is expected in early 2018 with first production output of sugar planned for June 2018. Positive Impact of the Project in the Region The factory will employ over 1,500 people and has contracted with over 5,000 out-growers. The promoters of the company have established a working relationship with Gulu Women Entrepreneurs Association Limited (GWEAL) with an objective to develop the districts of Amuru, Atiak, Kamdin and Noya in Northern Uganda.

WHAT WE DO / What We Do / Sugar EPC Greenfield EPC Co-Generation EPC Sugar Ethanol Energy Saving Power Co-Generation Modernization & Expansion Waste Water Treatment Plant ZLD Solutions O&M Services Contract Manufacturing