Boilers - Import export

ELECTRIC BOILER

Steam boilers require substantial energy to heat feed water to boiling point, convert it to steam, and potentially superheat it. Improving heat transfer efficiency involves utilizing high temperatures near combustion sources for boiling and superheating, while residual heat from cooled combustion gases is used via an economizer to raise the temperature of feed water entering the steam drum.

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.

A pressure vessel is defined as a container with a pressure differential between inside and outside. The inside pressure is usually higher than the outside, except for some isolated situations. The fluid inside the vessel may undergo a change in state as in the case of steam boilers, or may combine with other reagents as in the case of a chemical reactor. Pressure vessels often have a combination of high pressures together with high temperatures, and in some cases flammable fluids or highly radioactive materials. Pressure vessels are used in a number of industries; for example, the power generation industry for fossil and nuclear power, the petrochemical industry for storing and processing crude petroleum oil in tank farms as well as storing gasoline in service stations, and the chemical industry (in chemical reactors) to name but a few.

DETAILS General Features: Stainless hot water tank made for THY . Technical Specifications: Areas of Use:

— For the prewarming of viscous fuels — Suitable for all Bosch boiler systems with oil burner and ring mains supply — 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.

— 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

— 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.

— 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

— For increased system efficiency and reduced fuel consumption of up to 2% — Prewarming of the combustion air takes over a small portion of the thermal output of the burner — Lower investment costs in comparison with conventional solutions, low amortisation time — Lower maintenance and servicing costs

— 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.

— 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

— 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 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.

— 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.

— 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 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

— For intelligent control of multi-boiler systems and individual boiler systems — Easy connection to higher-level visualisation and control systems — Integrated monitoring and protection functions to prevent faulty operation — Extensive storage of operating parameters and operating signals — Secure remote access via MEC Remote — Intuitive operation with graphical symbols and state-of-the-art touchscreen displays

— Fully automatic softening of the fresh water prevents the formation of limescale — Reliably soft feed water for preventing calcification of the boiler surfaces — Ensures efficient heat transfer, high efficiency and long service life of the boiler — High level of operational reliability and integration into the boiler control system — Needs-oriented automatic operation possible for unsupervised operation, even with fluctuating raw water hardness — Ideal in combination with the fully automatic water analysis device

— For covering short-term peak loads — Compensates for brief power peaks — Reduces water entrainment and counteracts its negative effects — Reduces switching frequency of steam generator — Reduces energy consumption and wear Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— For the extraction of the feed water/condensate — Consumes less power, more convenient to operate — Speed-controlled version for increased flue gas heat exchanger efficiency — Redundant pump for maximum reliability of supply — Preassembled for fast installation Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

The right choice for your application(s). We not only distinguish ourselves by high-quality products, but we are involved. We are on site during all phases of delivery and installation to ensure that everything runs smoothly and according to your wishes. CERTUSS steam generators are of high quality and generate boiler efficiencies of up to 98%. They have been developed from innovative standards, according to PED guidelines, i.e. the latest applicable regulations. And as required, the steam boilers are TUV-approved and provided with a CE certificate, which means that our product complies with the applicable

Choquenet offers the latest generation of carbonator boilers with richter tube technology. A traditional boiler must have a pumping system to allow the recycling of the gas and limed juice (at least 15 times the incoming flow) in order to obtain a homogeneous mixture. The Choquenet technology, on the other hand, makes it possible to obtain a homogeneous carbonated juice without a pumping system, but by simply injecting the CO2 internally via the richter tubes. In addition, the permanent cleaning system of the gas injection part avoids the recurrent opening of the boilers and thus limits production stoppages. Our technology allows a gain in productivity, a more homogeneous mixture for a better filterability, a lower consumption of reagents and thus to reduce the operating and maintenance costs.

Corrosion resistant, light Aluminium heat exchanger Efficiency upto %107 Six different capacities for Ongas 300 (70, 95,115,125,155,190 kW) Eight different capacities for Ongas 600 (220,305,380,455,530,605,680,850 kW) Cascade system with 16 boilers

ЕСОPAR 10 bar steam boilers are designed for generating saturated steam with a temperature up to 185 °С. Their steamgenerating capacity varies from 0,1 to 10 tons per hour at a steam pressure to 1,0 MPa. The boilers can be used to obtain steam for technological purposes of enterprises, as well as generation of heat energy for the heating systems of residential, public, and manufacturing buildings. The steam boiler with flame inversion consists of a cylindrical furnace with wetted bottom, where flame forms and combustion products are being inverted. Flue gases enter the tube pack of the front tube plate and are sent toward the back tube plate, which they leave through the flue connection. The boiler design ensures low heating and surface loads in the combustion chamber. The boiler body consists of shell, furnace, boiler bottom and flat tube plates made of highquality steel.

ECOPAR 0.7 BAR LINE ЕСОPAR steam boilers are designed for generating lowpressure steam for purposes of production and heating supply of residential, public, and manufacturing buildings. ЕСОPAR steam boilers are seriesproduced in the range of nominal steamgenerating capacity from 0,1 to 10 tons per hour with a rated pressure of 0,7 bar (0,07 MPa) and designed for generating saturated steam with a temperature up to 120 °С according to the saturation point at the operating pressure. ЕСОPAR steam boilers are firetube with a passthrough furnace, threecourse version, with installed swirlers for enhanced performance and decreased combustion intensity. The boiler design makes it possible to maintain and clean the boiler flue and firetubes by opening the rotable parts of the front and the tailpiece of a boiler. Advantages • 10 unit sizes; • Run on gas, light and heavy fluid fuel;

ECOPAR 0.7 BAR LINE ЕСОPAR steam boilers are designed for generating lowpressure steam for purposes of production and heating supply of residential, public, and manufacturing buildings. ЕСОPAR steam boilers are seriesproduced in the range of nominal steamgenerating capacity from 0,1 to 10 tons per hour with a rated pressure of 0,7 bar (0,07 MPa) and designed for generating saturated steam with a temperature up to 120 °С according to the saturation point at the operating pressure. ЕСОPAR steam boilers are firetube with a passthrough furnace, threecourse version, with installed swirlers for enhanced performance and decreased combustion intensity. The boiler design makes it possible to maintain and clean the boiler flue and firetubes by opening the rotable parts of the front and the tailpiece of a boiler.