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Bono's HTH high temperature heaters are designed for capacities ranging from 2 to 25MW. Thermal fluids, of synthetic type, can be used both in liquid and vapour phase, up to 400°C.
The design of HTH heaters is innovative, gives several advantages versus the coil type design and on the other hand it is extremely reliable, thanks to Bono's experience with more than 2000 installations all over the world.
The main advantages of HTH are: the compact design, especially in terms of height, and the complete accessibility for cleaning and maintenance; the built-in preheater, in the same heater base, reduces the local assembly costs; the accessibility of the furnace allows a cheap repairing, since any tube is replaceable working inside the furnace.
HTH are supplied equipped with burner, regulation equipment, instruments, built-in preheater, safeties and accessories, in a transportable package, thanks to their original compact design. The package, ready to be connected to the network, is tested in Bono Energia's workshop before shipping, ensuring a quick and efficient site commissioning and start up.
All Bono's heaters are constantly updated by 30 engineers to the strictest international norms, in order to insure higher efficiency to save money and lower level emissions.
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Thermal fluid heaters series OMP and HTH (and HTH-R) are suitable for heavy duty industrial operation. They can operate with a wide range of mineral and synthetic thermal fluids.
The multi-tubular patented design offers common features joined to different standards in calculation and design, according to the maximum bulk and film temperature to be obtained (Design, construction and testing according to API 560 , ASME, EN, DIN, ABS, R.I.Na. SQLO and others).
Both series are suitable for medium-large capacity production and high fluids operating temperatures.
The innovative and patented multi-tubular design offers advantages versus the conventional heater coil design in terms of:
- Less operating costs, thanks to the higher thermal efficiency;
- Less maintenance and inspection costs, due to total absence of refractory and of fouling even, in case of oil firing;
- Less fuel and power consumption, because of reduced fluid pressure loss.
- Lower thermal fluids degradation rate, thanks to the small difference between bulk and film temperatures and to the higher fluid velocity in the radiant section.
Series: OMP / HTH
Design: Multi-tubular heater
Capacity: 1.7 to 17.4 MWt / 2 to 40 MWt
Thermal fluid temperature: up to 360°C / up to 400°C
Thermal fluid type: Mineral and synthetic
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Thermal fluid heaters are a real good and innovative solution for heat production in those industrial processes where high process temperatures are required.
There are circumstances in which the use of a thermal fluid heater rather than a steam boiler is more suitable for heat production, usually to lower costs.
BONO ENERGIA’s key factors:
* More than 40 years of experience in production and engineering
* 4,000 installed units
* High quality control standards ( ISO 9001)
* Stringent design standards (ASME,API 560, EN, DIN )
* Continuous research and development
* Automation technologies at top level (Visit www.automataweb.com)
* Wide range of products (All capacity needs guaranteed)
* Customized solutions
* Global product supply
* World wide marketing presence
* Short delivery time
Benefits from a BONO ENERGIA’s choice:
* Life cycle at top level of the market
* Repeatable and sustainable performances over the life cycle
* Reliability
* High thermal and combustion efficiency (Operating costs reduction)
* The possibility to use different kinds of fuel
* Low level emissions
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Type UT-L as flame-tube smoke-tube boiler
with 3-pass technology acc. to the Directive
relating to appliances burning gaseous fuels
up to an output of 750-9,200 kW for hot
water generation.
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The System OP Includes
The DB Boiler
Oil or gas fired burner (optional)
Thermo - oil circulation pumps
Boiler controls and safety equipments
Deaerator
Electrical control panel
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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.
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BABCOCK WANSON is leader in the field of the design and the installation of thermal oil heaters TPC and EPC (high outputs, service contracts on demand, compliance with environmental standards).
User advantages :
- reliability and rugged long life construction ;
- guarantee on both the burner and the boiler ;
- efficiency, which can be higher than 92% over the operating range ;
- investments and maintenance costs reduced ;
- optimised heat balance, associates the high output of the boiler with very low thermal losses on the distribution system which means very high overall plant efficiency ;
- very short response time, low inertia ;
- optimisation of the thermal coefficient of transfer of the boundary layers ;
- low pressure of operation normally no more than total system resistance (10 bar max) for high temperature (350°C) ;
- well suited for indirect process heating;
- compactness ;
- safety of the whole system by the installation of dedicated controls and equipment to suit the process requirements (deaerators, temperature monitors and alarms, deaerator relay...) ;
- no corrosion, therefore, very long plant life.
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Thermal fluid heaters with heat supplied by electric resistances.
Suitable for pilot plants or for companies located in places affected by air pollution
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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.
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Compact immersion tube integrated in tanks
INSTANTANEOUS HOT WATER GENERATOR
The hot water generator enables the instantaneous production of hot water to cover on-going requirements. Manufacture is either in a coated steel or stainless steel. A generator can be installed inside or outside the workshop.
USE:
Chemical industries:
Cosmetic decoction baths
Food industries:
CIP station tanks, production of sanitary hot water, production of floor cleaning water.
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The heaters were designed according to the best recognized construction codes like the German AD-MERKBLATTER and the Spanish FEC
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The heaters were designed according to the best recognized construction codes like the German AD-MERKBLATTER and the Spanish FEC
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It’s possible to reach 300 °C oil temperature at atmospheric pressure.
This is an ideal device for leather industry, textile industry, chemical processing, wood processing, paper industry, rubber & plastic industry, soap and washing powder manufacturing, food and beverage industry, bitumen and tar processing. Also, it can be used to produce and/or superheat steam or water. Heat carrying oil neither causes sedimentation, corrosion and crust nor needs conditioning. No risk of freezing.
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Model BIMU
DIATHERMIC OIL BIOMASS BOILER
PANELLED HORIZONTAL MULTI-TUBE TYPE
NO CERTIFIED STOKER IS REQUIRED TO OPERATE THIS KIND OF GENERATOR
General Features
Big screened combustion chamber, convection bank with vertical countercurrent flow to the return oil.
Inside oven provided with automatic feeding or external combustor.
Generator covered on 5 sides with refractory insulating layers to prevent heat dispersion.
Drill-bored boiler collectors connecting to the tube bundles.
Tubes protecting the combustion chamber, especially designed and matched to provide a gasproof seal against combustion gas leaks.
Vertical separating diaphragms in high temperature AISI 310 or similar sheet metal.
Carrying base in robust roll-formed support sections housing the generator and possible automatic or manual ash removal.
High allumina refractory castings.
Outside perimeter insulation with an element having high insulating performance and low specific content.
Outer protecting cover in mineral wood panels; outside covering in fretted, oven painted sheet metal.
Hinged doors for gas pass inspection and regular cleaning purposes.
Built in compliance with ISPESL/PED directive regulating diathermic oil generators.
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Complete solution for nanoparticle and hyperthermia research. Package consists of EASYHEAT 1kW to 10kW power supply with frequency range of 150kHZ to 400kHZ, 3 coils especially designed for hyperthermia research, fiber-optic temperature sensor with optional controller, serial data-link cable to your PC and plastic and glass vials with insulating paper
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· Definition : 200 °C heating plate for all applications.
· Construction : heating plate in rectified duraluminium, covered with PTFE
(Polytetrafluoroethylene, Teflon). Exterior housing in stainless steel.
· Insulation : thermal separator in stainless steel.
· Heating : heating components distributed throughout the heating surface.
· Electricity : Single-phase 230V, 50Hz.
· Regulation : PID temperature controller. Digital setting of temperature.
· Safety : built-in alarm and fixed over-heating limiter.
· Documentation : certification CE and operating instructions in English.
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The INHECO Incubator MP is an automated and compact incubating position for one standard SBS Microplate. The Incubator MP can be used as a stand-alone device, or stacked to form a tower of up to 6 units. Even stacking of different devices of the Inheco Incubator family in one tower is possible, the devices in the tower can be controlled through the master-slave principle.
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INHECO part # 8200010
The INHECO Automated Hotel
is an automated and compact 12 position incubator for standard SBS disposables like Microplates, Half Deep Wells and Deep Well Plates. The Automated Hotel offers quick and direct access to each of the 12 storage positions by automated controlled drawers for loading and unloading. Precise temperature control and drawer positioning sensors guarantee an excellent customer value. The unit is a plug-and-play high performance peltier device.
It is mainly used on or besides robotic platforms and systems in LabAutomation to form a self-contained temperature controlled area for up to 12 Micro or Deep Well Plates. The automated drawer system offers direct and easy access by robotic grippers for loading and unloading and even direct access with pipetting heads. The lid is turning 90° after opening the drawer to enable easy portrait and landscape gripping.
The INHECO Automated Hotel is designed for the use in fundamental research, drug discovery, clinical research and diagnostics in the life science market. The Automated Hotel is tested for the operation with a large number of established LabAutomation systems, primarily:
Caliper: Sciclone, Twister
Hamilton: Star, iSWAP
Perkin Elmer: Janus, Multiprobe II
Product Article No. Dimension W x D x H (mm) Weight (kg) Temperature Range
Automated Hotel 8200010
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INHECO offers several automated incubators for heating, cooling and shaking of various laboratory disposables in an enclosed environment.
INHECO's Incubators are automated and compact single incubating positions for the use in fundamental research, drug discovery, clinical research and diagnostic applications. The incubators can be used as stand-alone devices or stacked to form a tower. The flexible design of the incubator family allows even stacking of different devices in one tower. The unique vibration reduced shaking principle offers free programmable shaking curves (orbital, linear, eight, elliptic, etc) and amplitudes. The precise automated drawer system guarantees a direct and easy access by robotic grippers and pipetting heads.
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SIGMATHERM
Ideal for the pasteurisation prior to sterile packing or storing of beverages and liquid foods such as: juices, beer, milk, sauces, fruit and vegetable purees, tomato paste, jams and jellies, applesauce, egg products.
Process plants with SIGMA plate heat exchangers or SIGMAFLOW heat exchangers for viscous, pasty, pulpy and particulate liquid foods have heat recovery capability up to 96%.
High temperature short time heating systems can be used for the cold packaging of food products in sterile containers via aseptic fillers into packages or barrels.
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The wtg-system - Heat exchangers
U-, bare and finned tube heat exchangers for virtually all applications, also in high-grade steel, can be supplied by HTT.
The wtg-system comprises various types of heat exchangers with up to approx. 100 m² surface. Acceptance certificates according to almost all classification societies.
The thermal- and fluid-dynamical calculations for the design of the heat exchangers are performed with a powerful software. This software includes temperature-dependent thermal-dynamic properties of nearly all heat transfer media.
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PIROBLOC products include exchangers and inter-accumulators, all with thermal fluid as primary fluid.
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