Boilers- industrial - Import export

The construction of a boiler involves a diverse range of materials and components, broadly categorized into boiler steels, structural steels, and bought-outs (BOs). These materials are chosen based on factors like weldability, strength, and compliance with safety standards to ensure integrity and reliability.

The construction of a boiler involves a diverse range of materials and components, broadly categorized into boiler steels, structural steels, and bought-outs (BOs). These materials are chosen based on factors like weldability, strength, and compliance with safety standards to ensure integrity and reliability.

Our efficient 500 kW boilers use an advanced dual stage burner, 3-way valve system and smart controls to optimise temperature control and minimise fuel burn and emissions. From a small footprint they deliver maximum heat output, with pressures up to 10 bar and temperatures up to 90ºC. Canopy casing has a small footprint for ease of transportation. Cast iron 3-pass flue boiler allows for excellent combustion, stable temperatures and reduced short-cycling. Dual stage burner accurately matches fluctuating heat requirements and achieves lower emissions at part-load operation. Integrated 3-way valve ensures operating temperature is quickly achieved, maintains tight temperature control and reduces short-cycling. Able to communicate with building management systems and plant equipment. Electronic controls closely regulate and stabilise temperatures and offer advanced fault-finding capabilities. Master/slave configuration delivers load-on-demand

Our latest 250 kW boilers are extremely efficient, using an advanced dual stage burner, 3-way valve system and smart controls to optimise temperature control and minimise fuel burn and emissions. From a small footprint we’ll deliver maximum heat output, with temperatures up to 90ºC and pressures up to 10 bar. Canopy casing has a small footprint for ease of transportation. Cast iron 3-pass flue boiler allows for excellent combustion, stable temperatures and reduced short-cycling. Dual stage burner accurately matches fluctuating heat requirements and achieves lower emissions at part-load operation. Integrated 3-way valve ensures operating temperature is quickly achieved, maintains tight temperature control and reduces short-cycling. Able to communicate with building management systems and plant equipment. Electronic controls closely regulate and stabilise temperatures and offer advanced fault-finding capabilities. Master/slave configuration delivers load-on-demand functionality

IFYIL PELLET HEATING SYSTEM STOVE BOILERS WOOD HVAC Özerteknik A.Ş. Company has been existing in heating sector for 28 years and established İfyıl Termo İklimlendirme San. ve Tic. Ltd. Şti. Industry Company in 2009 for the brand name “IFYIL” offering modern innovative solutions for heating systems. İfyıl Termo factory was established on 6.000 m2 of a total area of 20.000 m2. Company has already achieved an image and prestige on the market with 70 professional staff with the most modern know-how. In this regard, priorities of R & D Department of İfyıl Termo İklimlendirme are efficiency, energy saving and comfort. İfyıl Termo already has been exporting to more than 25 countries with increasing number of demands. İfyıl quality has been embracing the world day by day with various eco-friendly models. İfyıl stoves have unique ergonomic design with its compact, modern appearance and all in one mechanical structure.

— For continuous feed water control — Increased efficiency of flue gas heat exchangers — Fewer pump circuits — Constant boiler water level — Minimum flow rate for cooling the feed pump is assured Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— For the reliable fuel supply with oil — Suitable for all Bosch boiler systems with oil burner and ring mains supply — Preassembled for fast installation — Can also be configured for liquid biofuels and special fuels on request Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

The steam boiler CSBs low emissions already comply with future requirements of the MCP Directive (EU) 2015/2193. — Large output range from 300 to 23,600 kg/h for pressures ranging between 0.5 and 16 bar — High efficiency thanks to the integrated economiser and helical heat exchanger pipes — Versatile design for use with different fuel types and as a multi-fuel firing unit (oil, natural gas, bio gas, up to 20 % hydrogen) — Compliant with even strict emission levels when used in combination with our burners and controls — Telescopic reversing chamber makes cleaning, maintenance and inspection simple — Easy to operate with CSC boiler control (up to 4,000 kg/h) and boiler control

— For distributing the steam mass flow to the relevant consumers — Reduction in network loss due to centralised distribution in systems with complex consumer structures — Savings thanks to centralised operation and maintenance Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

Comprehensive monitoring and alarm functions enable you to react quickly as needed to ensure the reliable availability of heating energy and process heat. — Convenient remote monitoring of your boiler system and access to all important operating parameters — Simply integrate the remote technology for connection via Internet or a company network — Fast and cost-efficient online support from Bosch experts on request — Safety first: Certified, multilevel security concept for your remote access — Automatic alarm notification by text message or e-mail as an option so you can react quickly when needed

— For the convenient operation of steam boilers up to 4,000 kg/h of steam — Appealing price-performance ratio for steam boilers up to 4,000 kg/h of steam — Colour touch display for easy operation and clear visualisation of operating status — Flexible installation and small space requirement: installed on the boiler at the factory or loose control cabinet for wall mounting — Power electronics for fuel supply, feed water pump, blow-down and desalting — Optional: fully automated and conductivity-controlled blow-down and desalting

— For the cooling of blow-down water and the recovery of heat from desalinated water/condensate — Increase in system efficiency of up to 2% — Reductions in fuel, cooling water and waste water costs — Rigorous compliance with official requirements thanks to automatic operation — Fast and easy assembly, requires just a small number of connections before it can be used

— Blow-down, expansion and cooling module for cooling blow-down water to the permissible temperature — Fast and easy assembly, requires just a small number of connections before the Blow-down, expansion and cooling module can be used — Rigorous compliance with official requirements thanks to automatic operation

A flue gas heat exchanger is part of the standard equipment for energy-optimised and environmentally friendly boiler operation. — Effective heat recovery and reduction of flue gas losses — Maximum efficiency gain when using condensing technology — Fuel savings of up to 7%, or up to 15% when using condensing technology — Intelligent control for a long service life and high level of efficiency — Compactly integrated into the boiler or as a stand-alone version for simple retrofitting

— Secure use of condensate in steam boiler systems — Decreases in energy and water consumption due to reduced quantities of make-up water — Minimisation of flash steam losses, desalting and blowdown quantities; reduced consumption of chemicals — Reduced corrosion potential in the steam condensate system when using high-pressure condensate systems

— Project-specific control system for optimum control of steam or hot water boilers — Maximum supply and operating reliability thanks to integrated monitoring and protection functions — Condition monitoring for consistently high system efficiency and availability of steam, hot water and heating boiler systems — Intuitive operation with graphical symbols and state-of-the-art touchscreen displays — SUC start-up, standby and shutdown system allows fully automatic high pressure steam boiler operation — Easy connection to higher-level visualisation and control systems as well as remote access via MEC Remote

— For the reliable fuel supply with gas — Preassembled for fast installation — Rigorous compliance with official requirements — Increased operating reliability — Also for biogas- and hydrogen-fuelled systems Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

The various output sizes and temperature ranges up to 190 °C of the UT-M enable flexible operation for countless process heat and heating applications. — Efficient heat and process heat for low running costs and emissions — Compact design for easy positioning and quick heating — Flexible use for industrial, commercial and district heating applications with temperatures up to 190 °C — Project-specific control solutions and optional real-time monitoring — Complete system from a single source, low-emission or CO2-neutral customer-specific operation possible — Proven and maintenance-friendly construction for a long service life and reliability — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

— Three-pass boiler for a small to medium steam demand of 200 to 2,000 kg/h at up to 16 bar — Lower space requirement for easy installation — High level of efficiency due to the integrated economizer — Versatile design for use with different fuel types and as a multi-fuel firing unit (oil, gas, biogas, bio-oil, hydrogen, special fuels) — Intuitive touchscreen operation and PLC control — Easy wiring on site thanks to plug-in connections

Two independent firing units and flue gas paths offer very high flexibility in the ZFR thanks to a doubled modulation range. — Very high efficiency across the entire power range — Reliable solution for highly fluctuating steam demand — Project-specific equipment and optional components, for example superheated steam generation — Future-proof with options for low-NOx and CO2-neutral operation — Smart boiler control and seamless system integration — Stable supply and durable design Made in Germany — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

This technology's modular structure of the Control 8000 enables equipment to be set up individually for each project. — Customer-specific control thanks to flexible, extendable functional modules — Intuitive operation via colour touch screen — Simple connection to building management systems — High-performance standard equipment for intelligent control of your heating system — Versatile integration and simple assembly — Secure remote connection for outstanding availability and operation of your heating system regardless of location

Two independent firing units and flue gas paths create a double control range for individual heat consumption. — Very high efficiency across all power ranges — Particularly suitable for highly fluctuating heat and process heat demand — Reliable solutions for heating plants and the manufacturing industry with temperature levels up to 225 °C — Heat supply for the future: Low-NOx or CO2-neutral operation possible — Complete system with intelligent control technology and protected remote connection — Proven and durable boiler technology Made in Germany — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

— For the recovery of heat from desalinated water/condensate — Increase in system efficiency of up to 2% — Reductions in fuel, cooling water and waste water costs — Fast and easy assembly, requires just a small number of connections before it can be used Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— Identification of increased energy losses through intelligent on-site data analysis — Increased system availability – wear forecasts allow an optimum maintenance concept — Higher operating safety – intelligent boiler logbook with automatic evaluation of the entered data — Historic operating data – continuous data acquisition makes system optimisation and troubleshooting easier, optionally available via remote access — Digital document storage – all important system documents are saved locally and can be retrieved at any time — Easy system integration – transfer of the system data to the control system via common protocols or visualisation via PC/tablet (MEC Remote)

— For recovering heat from flash steam from thermal water treatment — Heat recovery and thus efficiency improvement — Energy produced can be used for additional heating or for transfer to a separate water circuit Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— Save up to 1.8% in fuel costs through a higher level of waste heat utilisation — Easy retrofitting to older systems thanks to a small space requirement and simple piping — Matched control for safe operation of the boiler and components — Quick amortisation, even on systems with few operating hours — Ready for operation with just a few connections — Simple commissioning, operation and maintenance

— For maintaining constant pressure — Preassembled for fast installation — Increased operating reliability — Can also be configured for liquid biofuels and special fuels on request Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— For the reliable fuel supply with oil — Preassembled for fast installation — Reliable recording of oil throughput — Can also be configured for liquid biofuels and special fuels on request Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

The water analyzer measures residual oxygen concentration, pH values and conductivities of the boiler feed water and pH values of the boiler water. — For the fully-automatic measurement and monitoring of the boiler water quality — Increase in operating safety thanks to continuous monitoring of the water values — Automated monitoring with constant measurement of the pH value, oxygen content and conductivity — Savings on chemicals thanks to needs-based dosing of additives — Increased system efficiency through reduced desalting losses and saving of exhaust vapour energy — A water analysis device can monitor up to three boilers at a time and be integrated into plant control systems with control technology