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CIB UNIGAS S.p.A.
Medium large burners

Medium large burners

Product catalog summary

Overview: The CIB UNIGAS catalogue for 2022/2023 provides comprehensive information on medium-large burners ranging from 480 kW to 80 MW. It emphasizes the company's commitment to quality, innovation, and environmental standards, with adaptability to international markets, especially in Russia and China.

Quality Standards: CIB UNIGAS adheres to high-quality standards certified by TÜV Italia, complying with UNI EN ISO 9001:2015. The company focuses on continuous improvement and innovation in burner technology, aiming to reduce emissions below international regulations.

Product Range: The catalogue details various burner types and models, including gas, light oil, heavy oil, and dual-fuel burners. Each product is designed for specific applications, with options for electronic control, O2 monitoring, and flue gas recirculation.

Innovation and Environmental Commitment: CIB UNIGAS is dedicated to developing environmentally friendly products, focusing on reducing NOx emissions through their "Zero Emission NOx" research project. The company aims to create efficient and sustainable burners through rigorous testing and research.

Burner Identification: The document provides a comprehensive guide to identifying burner types and models, including specifications for fuel type, operation mode, and electronic configurations. It also includes details on gas connections and combustion head options.

Technical Specifications: Detailed technical specifications are provided for each burner series, including output ranges, operation modes, and emission standards. The catalogue also includes information on gas trains and optional equipment for enhanced performance.

Market Adaptability: CIB UNIGAS highlights its ability to adapt to different market requirements, offering tailor-made solutions that are cost-effective and timely. The company's strategic focus includes participation in international exhibitions and providing comprehensive technical documentation.

Specifications: The document outlines specifications for various burner models, including the N1060A, N1300A, R2050, R2060, and R2080, designed for industrial applications with outputs ranging from 2,500 to 19,000 kW. They comply with the GAR DIRECTIVE 2016/426/EU and are equipped with modulating probes for full functionality.

Procedures: For correct operation, burners must be equipped with the respective modulating probe as indicated in the accessory table. Detailed instructions are provided for configuring the gas train and necessary adjustments for burner installation.

Standards and Compliance: The burners comply with the GAR DIRECTIVE 2016/426/EU and meet low NOx emissions standards, specifically Class 2 and Class 3 (<80 mg/kWh) as per EN 676.

Recommendations: It is recommended to use burners with appropriate modulating systems to ensure optimal performance and compliance with emission standards. The document emphasizes adding boiler back pressure to gas output values for accurate readings.

Technical Details: The document includes detailed technical specifications such as packaging dimensions, overall dimensions, and auxiliary electrical power supply requirements for each burner model. It also provides information on the supporting frame for burner installation, adjustable to fit various boiler types.

Graphical Data: Graphs show the relationship between gas output (kW) and pressure, highlighting the need to consider combustion chamber back pressure for accurate gas pressure readings.

Environmental Impact: CIB UNIGAS emphasizes the development of low NOx burners to improve environmental standards and reduce emissions. The burners are designed with innovative combustion heads to ensure low emissions and high efficiency, suitable for applications like greenhouse cultivation where CO2 injection is required.

Technical Specifications: The document provides detailed specifications for the RX series burners, including models RX2050R, RX2050, RX2060, and RX2080. Key dimensions and configurations are listed, with a note that certain dimensions require confirmation from the technical department. The burners are designed for gas operation and are classified under Class 3.

Procedures and Installation: The burners are supplied with a steel supporting frame, simplifying installation and maintenance. The frame is equipped with wheels and adjustable height to fit various boilers or furnaces. Suggested boiler drilling and burner flange dimensions are included.

Performance and Operation: The burners have varying output capacities, with the RX2050R model ranging from 1,780 to 13,000 kW and the RX2080 model reaching up to 19,000 kW. They operate on a 230 V auxiliary electrical power supply and a 400 V motor electrical power supply. Noise levels are specified for each model.

Gas Train Configuration: The document outlines the configuration of gas trains, including Siemens VGD and Dungs MBE systems, featuring components such as butterfly valves, gas filters, and pressure switches for safe and efficient operation.

Compliance and Standards: The burners comply with the GAR Directive 2016/426/EU, Low Tension Directive 2014/35/UE, Electromagnetic Compatibility Directive 2014/30/UE, and Machinery Directive 2006/42/CE.

Graphical Data: Graphs illustrate the relationship between gas output (kW) and pressure, highlighting the need to consider boiler back pressure for accurate gas pressure readings.

Light Oil Burners: The document also covers light oil burners from the Novanta and Cinquecento series, detailing their capacities, operational features, and compliance with relevant directives. These burners are equipped with centrifugal air fans and modulating nozzles for efficient operation.

Overview: This document provides technical specifications and operational details for various series of industrial burners, including the Cinquecento, Mille, and Duemila series. It covers both light and heavy oil burners, detailing mechanical and electronic operations, compliance with directives, and technical specifications.

Specifications:

Models: RG510, RG515, RG520, RG525, RG1030, RG1040, RG2050, RG2060, RG2080.
Operation Types: Mechanical and Electronic, with Progressive (PR) and Modulating (MD) versions.
Compliance: Low Tension Directive 2014/35/UE, Electromagnetic Compatibility Directive 2014/30/UE, Machinery Directive 2006/42/CE.

Procedures:

For modulating versions, a modulating probe is required for operation completion.
Burners are equipped with a control panel, temperature and pressure regulators, and a mimic diagram for operational stages.

Technical Details:

Light Oil Burners: Capacity ranges from 2,550 kW to 19,000 kW, with a modulating ratio of 1:3.
Heavy Oil Burners: Suitable for oils with viscosity up to 50 cSt at 50°C, with optional models for up to 400 cSt.
Noise Levels: Vary between 85.6 dBA to 92.5 dBA depending on the model.

Recommendations:

For long combustion head versions, price adjustments are necessary.
Ensure the installation of a counter-flange or appropriate drilling for burner installation.

Key Data from Tables and Graphs:

Output and back-pressure data are provided for each model, illustrating performance across different power outputs.
Packaging and overall dimensions are specified for each burner type, aiding in installation planning.

Overview: This document provides technical specifications and operational details for a range of industrial burners designed for heavy oil with viscosities up to 400 cSt at 50°C. It includes information on mechanical and electronic operations, compliance with directives, and specific models across different series.

Specifications:

Burners are available for oils with viscosities up to 50 cSt and 400 cSt at 50°C.
Mechanical atomization is used for high viscosity fuels, with preheating systems to maintain fluidity and prevent carbon deposits.
Models include RN510, RN515, RN520, RN525, RN1030, RN1040, RN2050, RN2060, and RN2080, each with specific output ranges and power supply requirements.

Procedures:

Burners require a modulating probe for full modulating operation, as detailed in the accessory table.
Installation involves specific boiler drilling and burner flange configurations.

Compliance:

All burners comply with the Low Tension Directive 2014/35/UE, Electromagnetic Compatibility Directive 2014/30/UE, and Machinery Directive 2006/42/CE.

Recommendations:

For long combustion head versions, prices increase as per the price list.
Maintenance is simplified with easily removable components like the solenoid valve group.

Technical Details:

Output ranges from 1,314 kW to 19,000 kW depending on the model.
Noise levels range from 81.7 dBA to 92.5 dBA.
Packaging and overall dimensions are provided for each model.

Additional Features:

Monoblock burners come with a steel supporting frame for easy installation and maintenance.
Optional electronic setup is available for enhanced performance.

Overview: The document provides technical specifications and operational guidelines for a series of heavy oil burners, specifically the RN and PBY series, designed for mechanical and pneumatic atomization. These burners are compliant with several EU directives, ensuring safety and compatibility.

Specifications: The burners are designed for use with heavy oil with viscosities up to 4000 cSt at 50°C. They utilize either compressed air or steam for atomization, aiming to improve combustion efficiency compared to traditional systems. The burners feature low-pressure nozzles to minimize consumption and wear.

Compliance: The burners comply with the Low Tension Directive 2014/35/UE, Electromagnetic Compatibility Directive 2014/30/UE, and Machinery Directive 2006/42/CE.

Operational Details: All burners are equipped with an electrical control cabinet and require a pump oil installation by the user. They include an automatic nozzle cleaning process post-operation. The burners can be ignited using natural gas or LPG.

Installation Requirements: The system must be equipped with compressed air or steam at 6-10 bar. For cold startups or automatic cleaning, compressed air is mandatory.

Technical Data: The document includes detailed tables with dimensions, power supply requirements, and output capacities for various models (e.g., PBY90, PBY91, RBY510, etc.).

Recommendations: For full modulating versions, a modulating probe is required. The document advises on the necessary modifications for steam atomization and highlights the importance of maintaining compressed air availability.

Graphical Data: Several graphs illustrate the relationship between back-pressure in the combustion chamber and output in kW, providing visual guidance on performance metrics for different burner models.

Overview: The document provides technical specifications and operational details for various models of gas and light oil burners, specifically focusing on the Novanta and Cinquecento series. These burners are designed for high performance and efficiency with low emissions, complying with several EU directives.

Specifications: The document lists multiple models with their respective codes, prices, and operational details. It includes models like MG.PR.S.xx.A.1.80.EC and MG.MD.S.xx.A.1.100.ES, among others, with specifications for different diameters (DN80, DN100, etc.).

Operational Details: The burners operate with electronic and mechanical systems, featuring progressive PR control and modulating versions. The document emphasizes the need for a modulating probe for full functionality in modulating versions.

Compliance: The burners comply with the GAR Directive 2016/426/EU, Low Tension Directive 2014/35/UE, Electromagnetic Compatibility Directive 2014/30/UE, and Machinery Directive 2006/42/CE.

Performance and Efficiency: The Novanta series burners are noted for their low NOx emissions (<120 mg/kWh) and are equipped with a backward curved centrifugal impeller. They can burn gas and light oil separately, with an independent electric motor for the oil pump.

Technical Details: Detailed dimensions and configurations for gas trains are provided, along with packaging dimensions and noise levels. The document includes graphs showing gas output against pressure, emphasizing the need to consider boiler back pressure.

Graphical Data: Graphs illustrate the relationship between gas output (kW) and pressure, highlighting the importance of adding boiler back pressure to the values read on the curve for accurate gas output.

Recommendations: For modulating versions, it is recommended to refer to the accessory table for the necessary modulating probe. The document also suggests checking pages 112-113 for gas train configurations.

Overview: The document provides technical specifications and operational details for the CINQUECENTO and MILLE series of low NOx burners, designed for high performance and efficiency with low emissions. These burners are suitable for industrial applications and large heating plants.

Specifications: The CINQUECENTO series burners are made with aluminum housing and feature a backward curved centrifugal impeller. They can operate on both gas and light oil, with separate flue systems and an independent electric motor for the oil pump. The burners have a high-performance combustion head for natural gas and a by-pass nozzle for light oil, achieving a modulating ratio of 1:3. The MILLE series burners are also made of aluminum and are designed for large-scale applications, offering both progressive and modulating operation options.

Technical Details: The document includes detailed dimensions and specifications for various models (K750A, K890A, K990A, HR1025, HR1030, HR1040), including packaging dimensions, output power, electrical power supply requirements, and noise levels. The burners comply with several EU directives, including the GAR Directive 2016/426/EU and the Machinery Directive 2006/42/CE.

Operational Features: The burners are equipped with UV photocells for flame control and can be customized with electronic control systems for O2 flow optimization. They are available in both progressive and modulating versions, with the latter requiring a modulating probe for full operation.

Graphical Data: The document contains graphs showing gas output against pressure, highlighting the need to add boiler back pressure to the values read on the curve for accurate gas pressure readings. The graphs also illustrate the relationship between output power and back pressure in the combustion chamber.

Overview: The document provides technical specifications and operational details for the NOVANTA series of burners, which are designed for medium to large capacity applications. These burners are capable of operating on both gas and light oil, with separate mechanisms for each fuel type.

Specifications: The NOVANTA series includes models such as HRX2050R, HRX2060, HRX2080, and others, with power outputs ranging from 680 kW to 19,000 kW. The burners are equipped with high-performance combustion heads and are designed to achieve low pollutant emissions, meeting Class 3 EN676 standards.

Operational Features: The burners feature independent electric motors for the oil pump, allowing for separate operation of gas and oil firing. They include a UV photocell for flame control and a control panel with a mimic diagram and neon lamps to indicate operational stages and abnormalities.

Technical Details: The document includes detailed dimensional drawings and specifications for various models, such as HRX92R and HRX92.1, with information on overall dimensions, packaging dimensions, and noise levels. The burners require specific gas connections and have auxiliary and motor electrical power supply requirements.

Compliance and Standards: The burners comply with several directives, including the GAR Directive 2016/426/EU, Low Tension Directive 2014/35/UE, Electromagnetic Compatibility Directive 2014/30/UE, and Machinery Directive 2006/42/CE.

Graphical Data: The document contains graphs showing the relationship between gas output and pressure, as well as back-pressure in the combustion chamber, providing insights into operational efficiency and requirements.

Recommendations: For optimal performance, the burners should be equipped with the respective modulating probe for full modulating versions. The document also provides recommended drilling templates for boiler installation.

Overview: The document provides technical specifications and operational details for various models of burners in the KR and mille series, designed for gas and heavy oil combustion. These burners are equipped with mechanical atomization capabilities and are suitable for fuels with viscosities up to 400 cSt at 50°C.

Specifications: The burners feature independent electric motors for oil pump activation, allowing separate combustion of gas and heavy oil. They include UV photocells for flame control and pre-heating tanks with low thermal load electrical resistance to maintain oil fluidity. The burners are designed for progressive or modulating operation.

Models and Dimensions: The document lists several models, including KR512, KR515, KR520, KR525, KR1025, KR1030, KR1040, KR2050, KR2060, and KR2080. Each model has specific overall dimensions and packaging dimensions, which are detailed in tables.

Performance and Operation: The burners operate with a minimum inlet gas pressure requirement, and the output is measured in kilowatts (kW). The document includes graphs showing the relationship between gas output and pressure, emphasizing the need to add boiler back pressure to the values read on the curve for accurate gas output determination.

Additional Features: The document mentions optional electronic setups and the inclusion of an oil pump set (pump, motor, oil tank, and filter), which is supplied but not assembled on the burner. The burners are available in both progressive PR control and full modulating MD versions, with the latter requiring a modulating probe for operation.

Overview: The document provides technical specifications and operational details for a series of gas and heavy oil burners, specifically the KR2050, KR2060, KR2080, KPBY91, and KPBY92 models. These burners are designed for mechanical and pneumatic atomization, suitable for high-viscosity fuels.

Specifications: The burners are capable of handling viscosities up to 400 cSt at 50°C for mechanical atomization and up to 4000 cSt at 50°C for pneumatic atomization. They are equipped with low-pressure nozzles to minimize consumption and wear.

Operational Details: The burners operate with auxiliary and motor electrical power supplies, with specific models requiring 230 V 1N AC 50 Hz and 400 V 3 AC 50 Hz. They include features like automatic nozzle cleaning and require compressed air or steam at 6-10 bar for operation.

Compliance and Standards: The burners comply with several EU directives, including the GAR Directive 2016/426/EU, Low Tension Directive 2014/35/UE, Electromagnetic Compatibility Directive 2014/30/UE, and Machinery Directive 2006/42/CE.

Installation and Configuration: The document suggests configurations for gas trains and provides dimensions for burner installation. It also highlights the need for specific modulating probes for full modulating versions.

Performance Graphs: Graphs included in the document illustrate the relationship between gas output (kW) and pressure, emphasizing the need to account for combustion chamber back pressure when determining minimum gas pressure requirements.

Additional Features: The burners are equipped with a supporting frame for easy installation and maintenance, and they are designed to be progressive with electronic operation capabilities.

Overview: The document provides technical specifications and operational details for the Cinquecento and Mille series of burners, specifically models KRBY512, KRBY515, KRBY520, KRBY525, KRBY1025, KRBY1030, and KRBY1040. These burners utilize pneumatic atomization with electronic operation and are designed for use with gas and heavy oil.

Specifications: The burners are capable of handling fuel viscosities up to 4000 cSt at 50°C. They are equipped with low-pressure nozzles to minimize consumption and wear. The document lists detailed dimensions and configurations for each model, including overall dimensions, output ranges, and power supply requirements.

Operational Requirements: Compressed air or steam is necessary for atomization, with compressed air being mandatory during cold startups and for automatic nozzle cleaning. The burners are ignited via a pilot that can use natural gas or LPG.

Performance Graphs: The document includes graphs showing the relationship between gas output and pressure, highlighting the need to consider combustion chamber back pressure when determining minimum gas pressure requirements.

Additional Features: The burners come with an electrical control cabinet and a pump oil system, which must be installed by the user. The standard version is set up for compressed air atomization, with an optional kit available for steam atomization.

Overview: The document provides detailed specifications and operational guidelines for a series of industrial burners designed for gas and heavy oil applications. These burners are capable of handling fuel viscosities up to 4000 cSt at 50°C and are equipped with pneumatic atomization and electronic operation systems.

Specifications: The burners are available in various models (KRBY1025, KRBY1030, KRBY1040, KRBY2050, KRBY2060, KRBY2080) with different configurations for gas train operations. They comply with several EU directives, including GAR Directive 2016/426/EU, Low Tension Directive 2014/35/UE, Electromagnetic Compatibility Directive 2014/30/UE, and Machinery Directive 2006/42/CE.

Operational Features: The burners utilize compressed air or steam for fuel atomization, aiming to improve combustion efficiency. They feature low-pressure nozzles to minimize consumption and wear, and include an automatic cleaning process for the nozzles. The burners are equipped with an electrical control cabinet and require a pump oil setup by the user.

Graphical Data: The document includes graphs showing the relationship between gas output (kW) and pressure, highlighting the need to account for boiler back pressure to determine minimum gas pressure requirements.

Installation and Maintenance: The burners come with a steel supporting frame with adjustable height and wheels for easy installation and maintenance. The frame is designed to accommodate various boiler or furnace types.

Technical Details: The document provides detailed dimensions and packaging information for each burner model, along with their power output ranges and electrical requirements. Noise levels and gas connection specifications are also included.

Recommendations: For optimal performance, the burners should be equipped with the respective modulating probes, and compressed air must be available for certain operations, such as cold start-ups and automatic nozzle cleaning.

Overview: This document provides detailed specifications and options for various industrial burners, including models for heavy oil, light oil, dual fuel, and multifuel applications. It includes technical details, modulation outputs, and application outputs for each burner type.

Burner Specifications:

TLX Series: Offers a range of outputs from 200 kW to 4,900 kW, suitable for different industrial applications.
TN Series: Heavy oil burners with outputs ranging from 264 kW to 5,500 kW, designed for high viscosity oils.
TG Series: Light oil burners with similar output ranges as the TN series, optimized for lighter fuels.
TPBY Series: Heavy oil pneumatic atomization burners with outputs from 670 kW to 5,500 kW.
HTP Series: Dual fuel gas/light oil burners with outputs from 300 kW to 5,500 kW.
KTP Series: Dual fuel gas/heavy oil burners with outputs from 320 kW to 5,500 kW.
URB Series: Multifuel burners with outputs from 1,167 kW to 13,300 kW.

Technical Details:

Burners are designed to handle various fuel viscosities and are equipped with modulation capabilities to optimize performance.
Options for NOx emissions control are available, with specific models designed for low NOx emissions.

Options and Accessories:

Various probes for modulators, acoustic hoods, and spacers are available to enhance burner performance and installation flexibility.
Inverters for electronic cam burners are offered in different IP ratings, with options for braking resistors.
Gas pressure reducing stations and manual cut-off valves are available for gas burner applications.
Light and heavy oil burners have options for pressure regulators, oil handling units, and pre-heating tanks.

Additional Components:

Manometers and vacuum gauges for pressure monitoring.
Filters and degassing bottles for oil systems.
Air compressors for pneumatic atomization burners.

Conclusion: The document provides comprehensive information on industrial burners, including specifications, options, and accessories to meet various industrial needs. It emphasizes flexibility, efficiency, and emissions control.

Low Pressure Oil Handling Units
These units are designed for handling heavy/raw oil with options for single or dual pump configurations. The dual pump setup includes one pump as a backup. The units vary in capacity from 500 kg/h to 4,000 kg/h, with corresponding power requirements and dimensions. The units are equipped with a DN 50 diameter and have indicative dimensions. The electrical panel is not included in the dimensions and can be installed separately. For larger flow rates, custom quotations are available. It is recommended to select a unit one size larger than the required output and to use degassing tanks when supplying multiple burners.

Crude and Heavy Oil Pressure Regulator Groups
These groups are pre-assembled and available in capacities ranging from 500 kg/h to 4,000 kg/h, all with a DN50 diameter. Custom quotations are available for higher capacities.

Burners Control Units
The document details various burner control units, specifying their compatibility with single or dual fuel systems, modulation types, and additional functions like inverter operation and Modbus communication. Different models offer varying levels of functionality, with some features available as standard and others upon request. The document provides configuration examples for selecting appropriate burner models based on project requirements.

Burner Types and Configurations
Burners are categorized into single-stage (TN), two-stage (AB), progressive (PR), and modulating (MD) types. Each type has specific operational characteristics, such as ON-OFF operation for TN and high-low flame regulation for AB. Progressive and modulating burners offer more precise control over combustion, with modulating burners using PID control systems for synchronization with load requirements.

Adjustment of Burners
The document explains the concept of modulating ratio, which is the ratio between the minimum and maximum output of a burner. It emphasizes the importance of selecting a burner with a wide modulating ratio for optimal performance. High modulation ratio burners are available for specific applications, offering ratios up to 1:10 with inverter use. The choice of burner should consider environmental conditions, as oxygen availability affects combustion efficiency.

Environmental Considerations
Burner performance is influenced by environmental conditions such as temperature and pressure. Standard performance curves are based on sea level conditions, but real-world variations require periodic adjustments to maintain efficient combustion and prevent carbon monoxide formation.

Altitude Considerations for Burners: The document highlights the importance of recalculating system parameters for burners intended for high-altitude regions, such as the Alps, due to changes in atmospheric pressure and air density. A table provides correction factors for power and back-pressure adjustments based on altitude, ensuring accurate burner selection and performance.

Burner Selection Example: An example is provided for selecting a burner at 1,000 meters above sea level. The nominal output and efficiency of the boiler are used to calculate the required burner output, which is then corrected using altitude-specific coefficients. This ensures the burner can deliver the necessary oxygen flow for combustion.

Fuel Supply Systems: The document describes configurations for fuel supply lines, particularly for light and heavy oil burners. It includes diagrams of ring circuits for mechanical and pneumatically atomized burners, emphasizing the need for proper oil preheating and degassing to maintain system pressure and efficiency.

Variable Speed Drives (VSD): Information is provided on selecting VSDs for electronically controlled burners, detailing the power requirements and protection classes. The document outlines supply conditions for frequency converters and the importance of selecting appropriate electrical panels for burner control.

Emissions and Environmental Impact: The document discusses emissions from combustion, including nitrogen oxides (NOx), carbon monoxide (CO), and sulfur oxides (SOx). It emphasizes the need for high-performance burners and complex fume treatment systems to meet stringent environmental standards. CIB UNIGAS offers low NOx solutions and burners with Flue Gas Recirculation (FGR) to reduce emissions.

Sulfur Oxides Emissions: The production of SOx is linked to the sulfur content in fuels. The document provides a method to estimate SOx emissions based on sulfur concentration and highlights the importance of using low-sulfur fuels to minimize environmental impact.

Catalog excerpts

CATALOGUE Medium-large burners from 480 kW to 80 MW To print this catalogue we have used paper certified FSC®, Forest Stewardship Council®, supplied by producers respecting the environment, the forests, and who can exhibit specific product certifications. CATALOGUE - Burners from 480 kW to 80 MW C.I.B. UNIGAS S.p.A. Via L. Galvani, 9 - 35011 CAMPODARSEGO (PD) - Italy Tel. +39 049 9200944 - Fax +39 049 9200945 Fax Export +39 049 9202105 [email protected] Specifications and data subject to change without notice. Errors and omissions excepted.

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CERTIFICATO Nr. 50 100 3422 - Rev.007 Si attesta che / This is to certify that IL SISTEMA QUALITÀ DI THE QUALITY SYSTEM OF C.I.B. UNIGAS S.p.A. SEDE LEGALE E OPERATIVA: REGISTERED OFFICE AND OPERATIONAL SITE: VIA L. GALVANI 9 IT - 35011 CAMPODARSEGO (PD) SEDE OPERATIVA: OPERATIONAL SITE: VIA L. GALVANI 11 IT - 35011 CAMPODARSEGO (PD) È CONFORME AI REQUISITI DELLA NORMA HAS BEEN FOUND TO COMPLY WITH THE REQUIREMENTS OF UNI EN ISO 9001:2015 QUESTO CERTIFICATO È VALIDO PER IL SEGUENTE CAMPO DI APPLICAZIONE THIS CERTIFICATE IS VALID FOR THE FOLLOWING SCOPE Progettazione e fabbricazione di bruciatori...

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CATALOGUE Medium-large burners from 480 kW to 80 MW

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WE UNDERSTAND YOUR MARKET The worldwide success of CIB UNIGAS products is due to our adaptability. In fact we are able to adapt our know-how to the different market requests. As a demonstration of this ability, now the 85% of our turnover comes from exports, in particular from Russia and China. Our strategic points are the adaptation to different rules, the specific technical and promotional documentations we supply, the ability to fulfill special requirements and the constant participation at international exhibitions. QUALITY STANDARDS AND CIB UNIGAS: OUR COMMITMENT In 1995 CIB UNIGAS products...

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Innovation gets us there first Today the full compliance to emission standards is no longer sufficient to prevent the so called “greenhouse effect”. For this reason all our products have always granted a level of pollutant emissions well lower than those imposed by the international regulations. Thanks to its “Zero Emission NOx” research project, CIB Unigas is playing a proactive role in the discovery of new technologies in order to create the most environmentally-friendly product possible. Production philosophy Everything begins in our research laboratories, where a group of engineers is free...

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www.thesmartcombustion.com THE FIRST BURNER WITH SELF CONTROL The project stems from the vision of creating an easy commissioning burner, and, at the same time, making it more efficient in terms of energy consumption. From the beginning, the goal was to observe the “machine” from a different point of view, away from the classic design stereotypes of the burner, and developing a new conception. The burner is no longer seen as a passive device but, on the contrary, it is interactive and autonomous in relation to the environmental variables and plant conditions

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BURNER IDENTIFICATION FOR TYPE AND MODELS SERIES NOVANTA CINQUECENTO MILLE DUEMILA N - HEAVY OIL up to 50 cSt at 50°C (7°E - 50°C) D - HEAVY OIL up to 400 cSt at 50°C (50°E a 50°C) H - HEAVY OIL up to 4000 cSt at 50°C (530°E - 50°C) MG - DUAL FUEL BURNERS NATURAL GAS - LIGHT OIL MN - DUAL FUEL BURNERS NATURAL GAS - HEAVY OIL up to 50 cSt at 50°C (7°E - 50°C) MD - DUAL FUEL BURNERS NATURAL GAS - HEAVY OIL up to 400 cSt at 50°C (50°E a 50°C) MH - DUAL FUEL BURNERS NATURAL GAS - HEAVY OIL up to 4000 cSt at 50°C (530°E a 50°C) - NATURAL GAS - L.P.G. - BIOGAS - TOWN GAS - LIGHT OIL - BIO DIESEL -...

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BURNER IDENTIFICATION FOR TYPE AND NEW MODELS SERIES NOVANTA CINQUECENTO MILLE - NATURAL GAS - L.P.G. - BIOGAS - TOWN GAS - LIGHT OIL - BIO DIESEL - KEROSENE N - HEAVY OIL up to 50 cSt at 50°C (7°E - 50°C) D - HEAVY OIL up to 400 cSt at 50°C (50°E a 50°C) H - HEAVY OIL up to 4000 cSt at 50°C (530°E - 50°C) MG - DUAL FUEL BURNERS NATURAL GAS - LIGHT OIL MN - DUAL FUEL BURNERS NATURAL GAS - HEAVY OIL up to 50 cSt at 50°C (7°E - 50°C) MD - DUAL FUEL BURNERS NATURAL GAS - HEAVY OIL up to 400 cSt at 50°C (50°E a 50°C) MH - DUAL FUEL BURNERS NATURAL GAS - HEAVY OIL up to 4000 cSt at 50°C (530°E a 50°C)...

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EXAMPLE OF THE NEW RANGE CONFIGURATION CIB UNIGAS S.P.A. Via L.Galvani, 9 35011 Campodarsego (PD) ITALIA K750X Type Model M-.MD.SR.GB.A.1.100.EA Year 2019 S. Number 1992223 El. Supply 400V 3N a.c. 50Hz El.Consump. 15,50 kW Fan Motor 15,0 kW Protection IP40 Output 1100 -7500 kW Fuel NATURAL GAS Category I2H Gas pressure Max 500 mbar Destination UNITED KINGDOM P.I.N. 0476CQ0750 Country United Kingdom Short combustion head with air inlet silencer 2 gas valves and leakage control Electronic version CIB UNIGAS S.P.A. Via L.Galvani, 9 35011 Campodarsego (PD) ITALIA Type Model Year S. Number Output...

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INDEX ELECTRONIC BURNERS MICRO PROCESSOR CONTROLLED BURNERS NATURAL GAS LOW NOx BURNERS (Class 2 EN676) NOVANTA - MILLE SERIES FG...A - FH...A - FK...A

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NATURAL GAS LOW NOx BURNERS (Class 3 EN676)

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EMISSIONS NOx < 50 mg/kWh Type NOVANTA - DUEMILA SERIES RX...FGR... - G...FGR... - H...FGR... K...FGR... - N...FGR... Contact our Sales Offices NOVANTA - DUEMILA SERIES RX...FGR... - G...FGR... - H...FGR... K...FGR... - N...FGR... Contact our Sales Offices NOVANTA - DUEMILA SERIES RX...FGR... - G...FGR... - H...FGR... K...FGR... - N...FGR... Contact our Sales Offices NOVANTA - DUEMILA SERIES RX...FGR... - G...FGR... - H...FGR... K...FGR... - N...FGR... Contact our Sales Offices Contact our Sales Offices Contact our Sales Offices EMISSIONS NOx < 30 mg/kWh Tipo NOVANTA - MILLE SERIES FG...X - FH...X...

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INDEX HEAVY OIL BURNERS with viscosity up to 400 cSt at 50°C (50°E at 50°C) NOVANTA SERIES Mechanical atomization PN91 - PN92 - PN93 CINQUECENTO SERIES Mechanical atomization RN510 - RN515 - RN520 - RN525 MILLE SERIES Mechanical atomization RN1030 - RN1040 DUEMILA SERIES Mechanical atomization RN2050 - RN2060 - RN2080 CINQUECENTO SERIES Pneumatic atomization RBY510 - RBY515 - RBY520 - RBY525 MILLE SERIES Pneumatic atomization RBY1025 - RBY1030 - RBY1040 DUEMILA SERIES Pneumatic atomization RBY2050 - RBY2060 - RBY2080 HEAVY OIL BURNERS with viscosity up to 4000 cSt at 50° (530°E at 50°C) NOVANTA...

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Medium large burners

Medium large burners

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