|
|
Solid Fuel Fired Boilers
Where There's Steam, There's Hurst! Solid Fuel Fired Steam, Hot Water and Biomass Boilers
Forty years of experience designing engineering and manufacturing solid fuel fired and biomass boiler systems and over 10,000 installations worldwide has made Hurst the industry's most popular solid fuel fired boiler.
|
|
GASELLE COMBI
DESCRIPTION:
The boilers of biomass Gaselle Combi are compound of 3 models of 34, 45 and 62kW with firewood operation and 20, 28, 34kW with operation to pellets.
Between its constructive details we can emphasize:
- Boiler of firewood with inverse flame, when detecting that the fuel has been finished automatically ignites the burner of pellet.
- Yields of until 85% with firewood operation and of 87% with operation to pellet.
- Burning of pellet of insufflated air of horizontal flame.
- System of cleaning manual.
- Deposits of 200 and 400 liters of capacity, reversible to both sides.
- Totally automatic electronic Control.
We enclose technical catalog of the product.
FUEL:
Firewood
APPLICATIONS:
- Any type of house or the commercial premises.
|
|
Model OVS
DIATHERMIC OIL BIOMASS BOILER,
IN "VERTICAL CYLINDRICAL" DESIGN ONE-TUBE VERSION, WITH ONE OR MORE PARALLEL CIRCUITS
NO CERTIFIED STOKER IS REQUIRED TO OPERATE THIS KIND OF GENERATOR
General Features
Screened combustion chamber
Low thermal loads
High safety performance
Fully automated functioning
Easy servicing
Biomass screw-feeder
Metal carrying base housing oven and automatic grate
|
|
|
|
|
|
|
The Hybrid CG design is suitable for applications to produce high pressure steam or hot water in ranges from 3,450 - 60,000 lbs/hr (3.4 mm BTU - 60 mm BTU) output from 100 up to 400 PSI. This system is designed by HBC to combine the best technologies from the "old school" of biomass combustion and the latest advanced combustion control technologies. The new HBC chain grate-type stoker system permits a wide range of biomass fuels with high ash contents to be combusted in an efficient manner with the added advantage of automatic de-ashing. This combination is particularly suitable for heating applications in lumber dry kilns, veneer log vats, veneer dryers, greenhouses, factories, schools and office buildings. This combination enables these systems to provide a flexible and reliable operation utilizing a consistent "grade" of biomass waste with moisture contents ranging from 30 - 50%. The boiler vessel is a two pass hybrid design incorporating a water tubed boiler-type water membrane and a two-pass fire tube scotch marine vessel. This vessel's advantages over standard water tube boilers include much larger steam disengagement area providing high quality steam, larger steam storage capability for quicker response to sudden steam demand and much larger thermal storage that provides fast demand response times and safer operation.
|
|
|
|
|
|
|
The Hybrid PF design is suitable for applications to produce high pressure steam or hot water in ranges from 3,450 - 60,000 lbs/hr (3.4 mm BTU - 60 mm BTU) output from 100 up to 400 PSI. This system is designed by HBC to combine the best technologies from the "old school" of biomass combustion and the latest advanced combustion control technologies. HBC's Pneumatic Feed Stoker Systems have proven their ability to provide a very low turn-down rate making it particularly suitable for heating applications in lumber dry kilns, veneer log vats, veneer dryers, greenhouses and factories. This combination enables these systems to provide a flexible and reliable operation utilizing a consistent "grade" of biomass waste with low moisture contents ranging from 8 - 20%. Ash removal is a manual operation. The boiler vessel is a two pass hybrid design incorporating a water tubed boiler-type water membrane and a two-pass fire tube scotch marine vessel. This vessel's advantages over standard water tube boilers include much larger steam disengagement area providing high quality steam, larger steam storage capability for quicker response to sudden steam demand and much larger thermal storage that provides fast demand response times and safer operation.
|
|
|
|
|
|
|
The Hybrid RG design is suitable for applications to produce high pressure steam or hot water in ranges from 3,450 - 60,000 lbs/hr (3.4 mm BTU - 60 mm BTU) output from 100 up to 400 PSI. This system is designed by HBC to combine the best technologies from the "old school" of biomass combustion and the latest advanced combustion control technologies. The new HBC reciprocating grate-type stoker system permits biomass fuels with a high proportion of incombustibles to be combusted in an efficient manner with the added advantage of automatic de-ashing. This combination is particularly suitable for heating applications in lumber dry kilns, veneer log vats, veneer dryers, greenhouses, factories, schools and office buildings. This combination enables these systems to provide a flexible and reliable operation utilizing a consistent "grade" of biomass waste with moisture contents ranging from 30 - 50%. The boiler vessel is a two pass hybrid design incorporating a water tubed boiler-type water membrane and a two-pass fire tube scotch marine vessel. This vessel's advantages over standard water tube boilers include much larger steam disengagement area providing high quality steam, larger steam storage capability for quicker response to sudden steam demand and much larger thermal storage that provides fast demand response times and safer operation.
|
|
|
|
|
|
|
The Hybrid UF design is suitable for applications to produce high pressure steam or hot water in ranges from 3,450 - 60,000 lbs/hr (3.4 mm BTU - 60 mm BTU) output from 100 up to 400 PSI. This system is designed by HBC to combine the best technologies from the "old school" of biomass combustion and the latest advanced combustion control technologies. With hundreds of these systems in operation, HBC's Under Feed Stoker Systems have proven their ability to provide a very low turn-down rate making it particularly suitable for heating applications in lumber dry kilns, veneer log vats, veneer dryers, greenhouses and factories. This combination enables these systems to provide a flexible and reliable operation utilizing a consistent "grade" of biomass waste with moisture contents ranging from 8 - 50%. Ash removal is a manual operation. The boiler vessel is a two pass hybrid design incorporating a water tubed boiler-type water membrane and a two-pass fire tube scotch marine vessel. This vessel's advantages over standard water tube boilers include much larger steam disengagement area providing high quality steam, larger steam storage capability for quicker response to sudden steam demand and much larger thermal storage that provides fast demand response times and safer operation.
|
|
|
Garioni Naval offers biomass fire tube steam boilers which are developed based on our cooperation with global engineering and European know-how combining with over 45 years experience and technical knowledge of solid combustibles, especially coal. Biomass steam boilers range from a capacity of 2 ton/h to 10 ton/h with steam pressure from 1 bar to 15 bar. Garioni Naval Biomass steam boiler is a two passes fire tube boiler with external prefurnace combustion chamber. The boiler is compactly designed with excellent appearance.
|
|
E340 boiler control
The E340 Boiler Control is a micro-processor based Boiler Management System designed to interface with existing Fireye Flame-Monitor and D-Series Flame Safeguard control systems, as well as competitive flame safeguard control systems.
|
|
Byworth Boilers offer a worldwide spare parts service, supplying boiler house ancillaries and boiler and burner spares.
Ancillaries include blow down receivers suitable for use with boilers from 250 to 18000 kgs per hour, and feed water tanks in mild or stainless steel manufactured to order.
Spare parts for any manufacture of boiler and most burner manufacturers can be despatched often the same day.
Typical spares offered:
Dunphy burner spares
Nu-way burner spares
Grundfos pumps
Lowara pumps
Danfoss oil pumps
Landis & Gyr controllers
gasket joints
boiler valves
Byworth can also manufacture replacement furnaces and D patches for boiler repairs, and also boiler fire tubes.
|
|
Boiler house components on a modular basis for
simple planning, fast assembly and fully automatic,
safe operation round off the LOOS boiler range in
the best possible way. The individual modules are
assembled completely at the factory and provided
with electrical wiring. The ready-to-use modules only
need to be connected to the supply lines and joined
up to each other. LOOS modular technology considerably
reduces the number of interfaces required,
thus increasing the benefit to the customer.
|
|
The WBL/WDB400 Boiler Controllers and WCM/WDC400 Condensate Monitors represent the latest in technological and innovative advancements from Walchem. All of the standard features you'd expect in conventional boiler controllers/condensate monitors are included, plus optional simple-to-use information management tools that enable water treatment professionals to deliver more effective service to their customers..
The WBL/WDB/WCM/WDC400 Controllers have the ability to store conductivity and temperature values, water usage, relay status, and user settings. A USB memory stick is all that's needed to extract the information. Download logs from the USB stick to a PC at your convenience, or copy your preferred treatment program settings to another controller to speed start-up. It couldn't be easier!
|
|
- Complete boiler house, ready to operate, installed in ISO
containers or in containers for specific requirements.
Installation of chimneys/extension chimneys is possible.
- On site, only a foundation is needed and supply and discharge
|
|
|
|
|
|
OPTISPARK is the integrated control system developed in cooperation with Cannon AUTOMATA. It consists of two sections: an integrated control system and the user panel (Human Machine Interface).
The integrated control system performs many functions usually carried out by several components such as steam pressure, water level, alarm data acquisition, and it sees to thermal efficiency with the aid of the most advanced control systems: combustion control through electronic cams, control of the oxygen trim, of the flue gas re-circulation and of the air fan by means of an inverter.
The H.M.I. features are: synoptic screens with multi-language
texts; high-resolution colour touch screen display; real-time and historical tracking of selected process trends; alarm reports log; navigator system; multilanguage editor.
OPTISPARK connects to the modern communications systems: it sends SMS and e-mail in case of alarms event; it is displayed on both the Intranet and the Internet; it connects to supervision systems via OPC server.
OPTISPARK's main benefits are: the performance equivalent to the most advanced DCS systems at a lower cost, the optimised combustion, the reduction of environmental impact, of fuel and energy consumption, and of the time for starting and checking the boiler.
|
|
|
|
|
|
Dissolved gases such as oxygen and carbon dioxide must be reduced in Boiler Feed Water in order to prevent boilers and steam circuits from corrosion. The thermo-physical deaeration process is by far the most applied technology when a reduction of oxygen to only a few parts per billion is required. While part of the BONO Group, ARTES Ingegneria is in the business of Deaerators since 1958.
The degassing process is achieved in the deaerating tower where make-up water is atomised on a set of special packing that increases the contact surface between water and steam. Oxygen and carbon dioxide are stripped by the steam flow and vented through a calibrated orifice. Deaerated water is collected in the storage tank so as to assure an adequate “Hold-up” time for the boiler downstream.
According to the design capacity and steam flow, the deaerating tower may be arranged on a vertical or horizontal geometry so that, in the latter case, a larger surface of mass and heat transfer is implemented.
Deaerators are manufactured and marketed on BONO Artes’ own proprietary design in order to assure the complete responsibility of the concerned unit.
|
|
Feed Water Deaeratores
Packaged Deaerator systems, 5,000 to 200,000 PPH. Conditions feedwater to 0% CO2 and .005cc/liter of oxygen.
imageThe HURST "OXY-MISER" deaerating boiler feedwater system eliminates the need of expensive oxygen scavenger chemicals and also offers the following advantages:
* Removes carbon dioxide as well as oxygen.
* Raises the boiler feedwater temperature, eliminating thermal shock in boilers.
* Improves overall boiler room efficiency.
* Feedwater pumps are sized for each individual application - assuring total compatibility and optimum operation.
* Vessels are ASME Code constructed for 50 psig.
* Compact design means smaller boiler room requirements.
|
|
GVE INOX produce
CLEAN STEAM, without impurities and oxides. These steam
boilers are requested to supply steam to the alimentary,
cannery, wine processing, chemical, petrolchemical,
pharmaceutical industries. The pressure is adjustable from 0.5
to 12 bar in order to have different for steam temperatures.
As the steam boiler type GVR inox, the external covering and
the water tank are made in stainless steel. The water tank
and the pump can be located under the boiler in order to
save space, up to GVE 72 type (H1). Each steam boiler is
equipped with all control, safety devices and on request of
four wheels for an easy deplacement of the machine. It will
be enough to connect the
main connections and
after few minutes the
boiler will produce steam.
|
|
- 2 sizes
- E 6 - 72 from 8 to 97 kg/h in 12 performance ranges
- E 100 from 135 to 160 kg/h in 2 performance ranges
with working overpressures from 6 to 12 bar.
- Also available as pure steam generator made of stainless
steel.
- Can be equipped with fully automatic operation including
automatic blowdown, desalination and automatic control
by timer, remote control or central building control systems.
- Availabe as a compact, ready-to-operate unit with water
treatment and waste water cooling.
- No boiler house needed. In many countries, CERTUSS
electric steam generators can be installed without permit.
|
|
The wtd-system - Indirectly and directly heated steam generators
Indirectly and directly heated steam generators in shop-assembled compact design.
Steam generators with a steam capacity from 100 up to 2.000 kg/h, indirectly heated by thermal oil or electrically heated. Shop-assembled with feed water tank, automatic refeeding system and water conditioning station.
The standard design is 300° C/572° F and 10 bar.
|
|
Thermal fluid heaters with heat supplied by electric resistances.
Suitable for pilot plants or for companies located in places affected by air pollution
|
|
The wte-system - Electrically heated thermal oil and hot water heaters
Thermal oil and hot water heat transfer plants, electrically heated, in more than 30 capacity stages from 3 up to 3.000 kW constitute the wte-system. Thanks to its variety of possible combinations the system practically meets each and every requirement.
Whether for warm water up to 100° C/212° F, hot water up to 240°C/464° F or thermal oil up to 400° C/752° F (special designs up to 450°C/842° F), every temperature range is possible.
All types are also available in explosion-protected design.
|
|
|
|
|
|
The three-pass wetback Yorkshireman range is ideally suited to heavy workloads. Add to this the latest combustion technology and control equipment and you'll achieve impressively low running costs and emissions.
Each boiler is individually tailored to your specific needs and manufactured from start to finish in our own factory. All fittings are mounted in the factory to make installation on site quick and easy.
The boiler can incorporate any make of burner to suit a wide range of gaseous or liquid fuels in single, dual or tri-fuel combinations.
Thermal efficiency (based on NCV) in excess of 90% (94% with the optional economiser unit).
External surfaces are heavily insulated and finished in tough, Aluzinc cladding.
Smoke boxes employ the latest ceramic fibre technology offering significantly less heat loss than traditional refractory.
The Yorkshireman range has larger heating surfaces and steam space than comparable boilers, meaning desirable low heat transfer rates, Low NOX emissions, easily achievable outputs, and quality dry steam throughout the firing range.
A wide range of accessories are available to further enhance the boiler; contact us for more details.
Outputs to 10MW (15,900 kg/hr) and operating pressures to 20 bar(g) available.
|
|
|
|
|
|
Scotch Marine (Fire Tube) Boilers
Available in Dryback or Wetback, steam or hot water versions, 15 - 800 hp, pressures to 300 psig, two-pass to four-pass designs. 81% minimum efficiency. Davited rear doors. Minimum maintenance with rugged construction for extra-long life. UL listed boiler/burner package for firing gas, oil and combination gas/oil. Factory tested and checked for optimum operating efficiency.
Scotch Marine Dryback Boilers:
Series 200
15-800 HP, 15-300 psi Steam, 30-160 psi Hot Water, Pressure to 300 psig
Two and three-pass dry back scotch marine boiler. Two pass design eliminates refractory baffles between flue gas passes. Minimum maintenance with rugged construction for extra-long life. Efficiencies allow for burning number 5 and number 6 oil with complete combustion with low heat release.
Series 300
15-800 HP, 15-300 psi Steam, 30-160 psi Hot Water
Two and three-pass dry back scotch marine boiler. Rear smoke box includes slip-on stack connector and features hinged and davited rear doors.
LPE Series
20-100 HP, 670 to 3,348 MBTU/HR. 15 psi Steam, 30 psi Water (60 psi Water Optional)
Modified three pass scotch marine fire tube boiler. Designed for minimal clearances where installation and floor space are the challenge. Durable features start with the thickest vessel shell in its class, along with large furnace volume for ultimate combustion efficiency.
Scotch Marine Wetback Boilers:
Series 400
30-1,800 HP, Steam or Hot Water, Pressures to 300 psig.
Three-pass wetback scotch marine boiler. Fuel efficiencies exceed most four-pass designs. No large refractory rear door, allows one technician easy access to tubes. Front doors can be opened without removing burner components or controls.
Series 500
30 to 2,000 HP, Steam or Hot Water, Pressure to 250 psig. Available with LOW NOx.
Four pass wetback scotch marine boiler designed for optimum fuel efficiency. No heavy refractory back doors or baffles to replace or maintain resulting in thousands in savings over the life of the boiler. The Series 500 wetback has independent tube sheets with uniform temperatures eliminating premature tube failure and cracks in the tube sheet.
Ohio Special
100-225 HP, 3,347 to 6,695 MBTU/HR.
Three Pass Wet Back Design Scotch Marine Boiler. Extra large furnace for low heat release.
LPW Series
30-125 HP, 30 psi Water, (60 psi Water Optional)
Modified three-pass scotch marine fire tube boiler. Designed for minimal clearances where installation and floor space are the challenge. Durable features start with the thickest vessel shell in its class, along with large furnace volume for ultimate combustion efficiency.
Euro Series
100-400 BHP, Steam 15 - 150 psi, Hot Water 30 psi
|
|
|
|
|
|
STEAM-MATIC SM boilers have been developed upon BONO ENERGIA’s significant technical and technological expertise in manufacturing complex, high-capacity thermal equipment.
With over 10.000 installations worldwide, these boilers represent a remarkable achievement and a valid response to the needs of the industrial market which are combined with reliability and high performance.
STEAM-MATIC SM boilers are reliable: severe quality controls during all productive cycle, hydraulic and fire workshop tests before shipment, easy installation and maintenance represent, together with the proved quality of BONO ENERGIA SPA boilers design, the best guarantee for a very long service life.
STEAM-MATIC SM boilers offer superior performance: the innovative design of the pressure vessel ensures excellent heat transfer in two passes. The large volume of water and a wide steam chamber provide high working flexibility and a considerable steam reserve.
STEAM MATIC SM boilers are low consumption boilers, Bono technology ensures a thermal efficiency of 89% reducing consumption of fuel is to the minumim. Additional devices as Flue gas/air or Flue gas/water economisers or Integrated control system Optispark allow to reach 95%!
STEAM MATIC SM boilers can satisfy steam needs from 1 to 5 t/h.
|
|
Byworth manufacture fire tube steam boilers in two ranges. The Yorkshireman and Yorkshireman2 ranges are highly fuel efficient three pass wetback steam boilers, available in outputs between 1000 and 18000 kgs per hour and working pressures from 100 to 300 psig (7 to 20 barg). The Yorkshireman2 achieves exceptional efficiency levels by the inclusion of unique XiD fire tubes. These increase the heat transfer from the tube passes by over 80% which in turn leads to overall efficiency of the boiler of around 93%. This is without the incorporation of a flue gas economiser. The Yorkshireman range is highly suited to arduous workloads and is extremely robust.
The MX range of fire tube boilers covers 250 to 5000 kgs per hour and is suitable for lighter workloads.
|
|
Model VT
DIATHERMIC OIL GENERATOR,
IN "HORIZONTAL CYLINDRICAL" DESIGN ONE-TUBE VERSION, WITH ONE OR MORE PARALLEL CIRCUITS
NO CERTIFIED STOKER IS REQUIRED TO OPERATE THIS KIND OF GENERATOR
General Features
Screened combustion chamber
Low thermal loads
Reduced thermal inertia (the use of refractory material is limited whenever possible)
High safety performance
Fully automated functioning
Small overall dimensions
Easy servicing
Burner suitable for liquid or gas fuels
Two-level or modulating flame adjustment
|
|
|
|
|
|
The MX range is a compact and affordable steam boiler ideal for small to medium sized users of process steam.
Each boiler is individually tailored to your specific needs and manufactured from start to finish in our own factory, thereby ensuring quality control of the very highest standard. All fittings are mounted in the factory to make installation on site as quick and easy as possible.
The boiler can incorporate any make of burner to suit a wide range of gaseous or liquid fuels in single, dual or tri-fuel combinations.
The MX boiler has a thermal efficiency in excess of 89% (based on NCV) .
External surfaces are well insulated and finished in tough, Aluzinc cladding.
The front door is lined with the latest ceramic fibre technology offering significantly less heat loss than traditional refractory materials.
The MX range has larger heating surfaces and steam space than comparable boilers, meaning desirable low heat transfer rates, Low NOX emissions, easily achievable outputs, and quality dry steam throughout the firing range.
A huge range of accessories are available to further enhance the boiler; contact us for more details.
Manufactured to BS2790 Class 1 with outputs to 3MW (5000 kg/hr) and operating pressures to 17 bar(g)
|
|
These boilers make it possible to produce steam, high temperature water or hot thermal oil, from combustion gas coming from diesel engines, gas turbines (cogeneration), industrial furnaces, incinerators...
BABCOCK WANSON offers heat recovery boilers (fire-tubes or coil type). Its range of heat recovery boilers goes up to 36 t/h with or without post-combustion.
BABCOCK WANSON offers two types of heat recovery boilers :
- the REC series, fire-tube heat recovery boiler ;
- the EXT series, coil heat recovery boiler.
|
|
|
|
|
|
Bono Energia Heat Recovery Steam Generators (HRSG) have found application in a wide range of industries where the cogeneration of steam and electricity is required, in order to obtain an independent power plant and negligible emission levels.
Bono is able to produce HRSG from gas turbines (both water tube and fire tube) or from engines; heat recovery thermal fluid heaters; turn-key plants.
The standard design of our HRSG allows a "package" modular system (where the boiler and the economiser are pre-assembled), which can satisfy many different needs. In this way both the installation and the startup are faster, cheaper and safer. The proven design and the accessibility of the boilers allow high efficiency, minimal maintenance and cost-effective operation.
BONO ENERGIA can boast a fifty years long experience in this sector, and specifically in the heat recovery systems. Our boilers offer high quality levels and match the strictes international standards (API, ASME, PED, EN, DIN, R.I.Na., ABS, SQLO and more).
A team of over thirty engineers allows a continuous R&D effort, and makes possible to offer customised solutions to our clients.
|
|
The Dalesman range of hot water boilers is highly fuel efficient with low emissions. The boilers are available in outputs from 300 to 10000kW, (1 to 35 million btu), and in working pressures from 100 to 300 psig (7 to 20 bar g).
The Dalesman boiler is of exceptional quality and robustness suited to arduous workloads over many years. Unlike other heating boilers available the Dalesman is manufactured using the same engineering and design skills that Byworth use in the manufacture of their steam boilers. All Byworth boilers are manufactured entirely within the factory at Keighley, West Yorkshire.
|
|
|
|
Boilers, Steam generators 
