Combustion control - Import export

The PROTHERM 470 controller is designed to monitor, control, record, and archive combustion processes running in a furnace or simultaneously in multiple chambers. This powerful controller is suitable for various types of batch and continuous operations and can be installated on new, retrofit, or refurbished equipment. The fully configurable I/O channels can be used with oxygen sensors or any sensor with an analog output signal or Modbus communications. FEATURES • ½ DIN multi-loop embedded programmer with a color display and turn-and-push knob navigation • Up to 32 programmable PIDs included • built-in calculators for real-time carbon and/or nitrogen diffusion, and hardness profile • mathematical model for calculating atmospheric parameters • integrated web server for browser-based remote access. • works with internal and/or external I/O’s

Advanced combustion control platform and all boiler components, ensuring combustion efficiencies of over 90%. By using frequency inverters, we ensure very low electrical consumption/steam produced ratios. The use of a 15” touch panel allows easy viewing and operation of the entire boiler. By providing an internet connection, the system is prepared for remote assistance.

Features Flat spray pneumatic nozzle producing semi-fine atomization with a mean droplet diameter of 80 μm or more (*3). Clog-resistant design due to large free passage diameter is suitable for spraying factory effluents and waste water. Simple structure, easy maintenance. *1) Measured at compressed air pressure of 0.1–0.4 MPa (ca. 1 bar – 4 bar) and liquid pressure of 0.1–0.5 MPa (ca. 1 bar – 5 bar). *2) Free passage diameter of nozzle orifice for DOVVA-G 70° spray angle type. *3) Measured by Laser Doppler Method. Applications Denitration: Gas cooling Moisture control: Flue gas Combustion: Waste water

Features Full cone pneumatic spray nozzle producing a large amount of “fine fog”. Energy-saving design – mean droplet diameter of 50 μm and a maximum droplet diameter of 150 μm (*4) at an air-water ratio of 130. Large turn-down ratio. Spray angle of 20° or 60°. *1) Measured at compressed air pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar) and liquid pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar). *2) Measured at compressed air pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar). *3) Free passage diameter of liquid inlet for GSIMⅡ60° spray angle type. *4) Measured by Laser Doppler Method. Applications Cooling: Gas, moldings, refractories Moisture control: Gas, concrete Combustion: Oil, waste fluid Dust suppression: Recycling facilities, material facilities, moldings

EUROPEM MultiFuel burners have a modular design to allow up to 15 waste gases and liquids to be co-combusted. The main burner body consists of a wind box with baffles. Two or three concentric central injection lances with injection nozzles are placed inside the air stream to inject the combustible liquids or gases. One or more rings with peripheral injection lances can be added for support fuel and/or to increase the number of waste gases that can be combusted. Low NOx emissions are achieved through staged combustion and a controlled flame temperature profile. Primary air is supplied through the burner wind box while secondary air is injected in the pre-combustion chamber. Axial MultiFuel Burner 1 to 20 MW capacity Long flame profile Suitable for rotary kiln and furnaces with long residence time Modular design Radial MultiFuel Burner The Radial MultiFuel Burners are equipped with a vortex control valve which enables manual control over the amount of turbulence and rotation that is given to the combustion air and the fuel/waste mixture. 1 to 20 MW capacity Control valve to control vortex and turbulence of the flame Shorter flame profile Suitable for standard fuels as well as combustion of waste gases and liquids Modular design Low CO emissions Low NOx emissions Robust design without moving parts for reliable operation Low maintenance requirements Most EUROPEM burners do not require a pre-combustion chamber or a secondary air injection chamber. This results in a shorter and hence more competitive overall combustion chamber design. Burner designs with pre-combustion chamber’s can also be furnished for specific applications.

Compur Statox 502 Control - and Common Alarm Module The All – Rounder in Gas Detection No matter if you want to detect toxic or combustible gases: This control module works with any sensor head. It provides the power supply and processes the signal. Three highly rated relays and a 4 – 20 mA output are the interfaces to peripheral instrumentation. Potential front ends may be the Statox 501 or Statox 505 transmitters with electrochemical or infrared sensors, or sensor heads with a Wheatstone bridge signal such as Statox 501 PID, catalytic or the Statox 501 LC and MC series with infrared sensors. Just by the push of a button you can program the module to handle 4 – 20 mA sink or source. Even the bridge voltage can be set to any value between 2 and 5.2 V, it even works with sensor heads of other manufacturers. So there is no restriction at all when selecting the appropriate sensor head for you application. With its two “sense” lines it can even compensate the voltage drop in the cable for very remote sensor heads or if there are extreme temperature variations. For maximum flexibility the measuring range is user programmable. You can also select the unit, no matter if it is ppb, ppm, % LEL or % volume. Easy installation The control module is mounted on a standard DIN rail. With an optional power rail you can interface the 24 V DC power and the alarm signals. This way you can program one of the modules to operate as a common alarm module. Even this function can be programmed just by push button. The application of a control module as a common alarm module is a very useful feature. It displays when any of the modules goes into Alarm 1, 2 or system alarm, and controls peripheral alarm devices. All electrical contacts are located easily accessible on the front side. The terminals for alarm signals, analog output, sensor head connection run into 6 pluggable terminal blocks. This makes not only the first installation quick and easy, but also any service event or system modification. A module can easily be removed out of its row, without interrupting its neighbors or disconnecting wires. Intuitive User Interface You want a gas detection system that needs little or no attention. No matter if setting the initial parameters or performing scheduled calibrations or proof tests: The handling shall be safe, quick and easy. The password - protected Statox 502 software structure is so clear that most menu items are self - explanatory. The “Reset” button brings you time back into the measuring mode at any time. Even if you have to interrupt your work and forget to reset, the watchdog function returns the system into the measuring mode, if no button has been pushed for a while. Functional safety paired with utmost system flexibility The Statox 502 complies with the standards DIN EN 61508 and 61511 functional safety, level SIL 2. In context with the HRC or ARE sensor heads you can create a complete gas detection system for combustible gases complying with SIL 2 standard. In larger installations signals of gas detectors often run into SIL certified process control systems, in smaller plants there is a need for a control module complying with SIL requirements. As any combination sensor head / control module forms a complete gas detection system, this system closes the gap. It is expandable without limits, and there is no restriction to the mix of sensor heads connected. Connecting other front ends The versatility of the Statox 502 does not end with gas detection. You can connect any front end providing a 4 – 20 mA analog signal or a Wheatstone bridge signal. So you can create your own compact control system for a variety of sensors with just one type control device. Accessories Useful accessories such as calibration adapters, intrinsically safe repeaters, Power supplies etc. complete the system. 205 VAC, 8 A min. make or break power >/= 12 V, 10 mA, contakte silver / nickel

Your benefits Optimum combustion efficiency Easy of mind due to long term experience and marine type approvals Competitive price Adaptable to own requirements No need for recalibration Areas of application The measurement and control of fuel oil viscosity is a known requirement within the marine and diesel engine industries. The HFVM measures liquid viscosity, density, and temperature in aggressive environments. These meters use vibrating fork technology for reliable direct-insertion measurement. HFVMs provide Heavy Fuel Oil (HFO)/Marine Gas Oil (MGO) combustion control, and oil-fired heater and boiler control.

Measurement of oxygen in combustion gases Control of processes and measurement of emissions. QAL1 compliant (EN14181) Brand : SETNAG ADVANTAGES : No need for reference gas: use of the MicroPoas® Semi in situ measurement (excellent reliability) Free circulation of the gases you analyse Easy and fast set-up Limited and cost-effective service and maintenance operation MEASUREMENT TECHNIQUE The S24N-2020 analyser fits CEM systems Oxygen measurement on wet gas (direct connection at heated hose outlet) Oxygen measurement on dry gas (after sample conditioning) EXAMPLES OFAPPLICATIONS Power generation, district heating operations... Incineration of industrial and domestic waste Steam production Steel works VOC incineration Control of processes...

In situ oxygen probe Brand : SETNAG ADVANTAGES : Excellent response time, thanks to the MicroPoas® miniaturized zirconia sensor. Increased reliability and easy set-up as no reference gas is required. The excellent measurement reproducibility ensures perfect control of your process. MEASUREMENT TECHNIQUE / RUNNING The TTH sensor is directly plunged in the gases for analysis. TTH can be used from 500 to 1050°C depending on the model. The MicroPoas® signals are collected by one of our electronic systems (ATS2020 or Oxybox’Air) which will display and/or send a 4-20mA output signal proportional to the measured oxygen concentration. EXAMPLES OF APPLICATIONS Heat treatment Control of combustion Waste incineration Crematorium

Measurement of oxygen in combustion gases (specially dedicated to natural gas boilers) Brand : SETNAG ADVANTAGES : No need for reference gas: use of the MicroPoas® Communication: analogue outputs 4-20 mA and RS485 as standard Integrated safety: 3 alarms Control of operating costs, virtually maintenance-free Fast set-up (sensor and electronic system in a single apparatus) Simple and intuitive use MEASUREMENT TECHNIQUE The gases own speed inside the duct enables them to flow freely up to the sensor where they are analysed. They pass through co-circular tubes the length of which can be adapted to the dimensions of the duct. The electronic system collects the temperature and voltage signals from the MicroPoas®, and gives the oxygen concentration. EXEMPLES OF APPLICATIONS Control of combustion in power generation, district heating operations Control of processes... OXYBOX'ATK

Measurement of oxygen in combustion gases and in incineration gases. QAL1 compliant (EN14181) Brand : SETNAG ADVANTAGES No need for reference gas: use of the MicroPoas® Maximum gas temperature: up to 1300° C continuously, depending on the version No sensitive parts and no hot spot inside the duct Free circulation of the gases you analyse "Detachable" probe tubes: easy to dismantle and replace for simple and cost-effective maintenance. Limited maintenance and service operations: easy probe tube cleaning with compressed air and/or fast dismantling. MEASUREMENT PRINCIPLE The gases own speed inside the duct enables them to flow freely up to the sensor where they are analysed. They pass through co-circular tubes the length of which can be adapted to the dimensions of the duct. The electronic system collects the temperature and voltage signals from the MicroPoas®, and gives the oxygen concentration. EXAMPLES OF APPLICATIONS Control of combustion in power generation, district heating...

Mirina Pellet Stove is available as 30 Kw and has the following operational features : Automatic Fuel Feed Manual Cleaning (Hand Mechanisation) Stainless Steel Burner Fireplace View Back Burn Protection Combustion Via Induction Fan Manual Heat Exchanger Cleaning Combustion With Modulation Digital Control Board Weekly Timer Automatic Ignition Longevous boiler body and elegant design Temperature Control via Room Thermostat Strong Insulation Wide Fuel Hopper ( 53 LT )

Our automatic wood pellet boilers are produced in 3 different capacities mainly for domestic installations (15 Kw - 25 Kw - 35 Kw) The automatic wood pellet boiler series have the features of automatic ignition,automatic fuel feed,easy burner cleaning mechanisation,easy heat exchanger cleaning mechanistion (by hand lever),fully modulated combustion control,room thermostat control,weekly timer set up.All our boilers are tested to EN efficiency,emission test and CE Approval.

Our automatic wood pellet stoves are produced in 3 different capacities mainly for domestic installations (15 Kw - 25 Kw - 35 Kw) Our wood pellet stove series have the features of automatic ignition,automatic fuel feed,easy burner cleaning mechanisation,easy heat exchanger cleaning mechanistion (by hand lever),fully modulated combustion control,room thermostat control,weekly timer set up.All our boilers are tested to EN efficiency and emission test and CE Approval.

Our YBK model of Multi-fuel fired boilers are produced in 3 different capacities mainly for domestic and commercial installations (25 Kw 40 Kw 60 Kw 80 Kw) The YBK series have the features of automatic ignition,automatic fuel feed,automatic ash removal,easy burner cleaning mechanisation,easy manual heat exchanger cleaning mechanistion (by hand lever),fully modulated combustion control,room thermostat control,weekly timer set up.All our boilers are tested to EN efficiency and emission test and CE Approval.

Our wood pellet boilers are produced in 3 different capacities mainly for domestic installations (15 Kw 25 Kw - 35 Kw) The wood pellet boiler series have the features of automatic ignition,automatic fuel feed,easy burner cleaning mechanisation,easy heat exchanger cleaning mechanistion (by hand lever),fully modulated combustion control,room thermostat control,weekly timer set up.All our boilers are tested to EN efficiency and emission test and CE Approval.