ScandeNOx’s founder has carried out more than 200 SNCR projects, but the company has only existed since August 2015, so until now, only a few SNCR projects have been finished by the ScandeNOx company:
Order no. 2024-100-0173
On June 25th, ScandeNOx got yet another order from Justsen Energiteknik - this time for project "CEZ Detmarovice", an 8 MWth boiler fired with biomass.
The order comprises a tripple level SNCR injection system with a total of 5 injectors, and is designed to reduce the NOx to less than 200 [mg/Nm3, d, 6 % O2].
Order no. 2024-100-0177
On October 21st, ScandeNOx got yet another order from Justsen Energiteknik - this time for project "JUE 3469", a 12 MWth boiler fired with biomass.
The order comprises a tripple level SNCR injection system with a total of 10 injectors, and is designed to reduce the NOx to less than 300 [mg/Nm3, d, 6 % O2], while keeping the ammonia slip below 5 [mg/Nm3, d, 6 % O2].
Order no. 2023-100-0167
On December 20th, ScandeNOx got our second order from DP CleanTech, Poland.
The order comprises 2 dual level SNCR injection systems with common day tank and pumping facilities, a urea dissolving station with PLC control system plus spare parts - the largest project ever undertaken by ScandeNOx.
Order no. 2023-100-0169
In November ScandeNOx got yet another order from our most loyal customer - Justsen Energiteknik. This time the order comprised 2 SNCR injection systems with common storage and pumping facilities.
The smaller of the injection systems will be designed to inject a mere 1,2 [l/h] og urea solution at maximum load - and will thus be the smallest injection system we have designed so far.
Order no. 2023-100-0164
In September ScandeNOx got a Do-It-Yourself order from a new client in Poland.
We call it a DIY order because the client supplies the consumables under pressure, and manufactures the Mixing- & Injection Modules based on engineering from ScandeNOx. ScandeNOx supplies its core technology - the injectors, and the main components for the modules. The engineering from ScandeNOx comprises Manufacturing Manual, Erection Manual, a Functional Description (for the programmer), and the OMS Manual.
This system will be based on aqueous ammonia solution, and is to be installed on a 15 MW industrial boiler. The equipment was ready for dispatch in week 45.
Order no. 2023-100-0157
ScandeNOx's second order in 2023 was finalised in December 2023, and was the 14th SNCR system sold to our most loyal client, Justsen Energiteknik. The end user is NewHeat in Lithuania (project Rokiskis).
This system is based on aqueous ammonia solution stored in replaceable cubicles, and is equipped with a single injection level with 2 injectors.
The pictures were taken on november 17th. 2023 shortly after leakage testing in the shop.
Order no. 2023-100-0154
ScandeNOx's first assignment in 2023 was a consultancy job for a client with an old SNCR system supplied by one of our competitors.
The existing injection system consisted of 4 injection levels of 1 injector each - of which only 3 were used.
To avoid making penetrations for additional injectors, the client wanted to replace the tips on the existing injectors to improve the reagent utilisation and reduce the ammonia slip.
Based on CFD analysis (by others), ScandeNOx thus designed new tips for the active injectors - each of them tailored to match the distribution of flow, NOx and temperature in the individual levels.
Order no. 2022-100-0148
In July 2022, ScandeNOx received an order for the smallest urea-based SNCR system we have made so far.
The system will be equipped with a single injector, and the expected average consumption of 32.5 [%] urea solution is a mere 2.2 [l/h].
The SNCR injection equipment is to be installed in the post combustion chamber after a rotary kiln for special waste at a Danish customer.
Order no. 2022-100-0143
In April 2022, ScandeNOx received its biggest order yet - for 3 SNCR injection systems for ammonia solution with common storage and pressurising pumps. Each injection system has 2 levels, and each pump module has dual pumps
The Client is a Slovenian company, and the SNCR systems will be installed on boilers in Holland.
The SNCR systems are designed to achieve a NOx-emission of less than 100 [mg/Nm3, d, 6 % O2] and an ammonia slip of less than 5 [mg/Nm3, d, 6 % O2].
Order no. 2021-100-0138
On September 8th 2021, ScandeNOx supplied one more Low-cost DIY SNCR system for our most loyal customer, Justsen Energiteknik A/S - the 13th. SNCR system supplied to this client.
The system will be installed in Slovakia on a 30 t/h industrial boiler fired with wood waste classified as biomass, and is designed for an impressive NOx-reduction of 70 %.
Latest update:
Trials conducted in June 2022 showed a NOx-reduction of more than 90 % - using urea solution as reagent!
Order no. 2021-100-0137
On August 27th 2021, ScandeNOx supplied one more Low-cost DIY SNCR system for our most loyal customer, Justsen Energiteknik A/S - the 12th. SNCR system supplied to this client.
The system will be installed in the UK on a 1.6 t/h industrial boiler fired with biomass.
Order no. 2021-100-0131
On July 19th 2021, ScandeNOx supplied one more Low-cost DIY SNCR system for our most loyal customer, Justsen Energiteknik A/S - the 11th. SNCR system supplied to this client.
The system will be installed on a 3.5 MW Argus Flex boiler fired with granulated wood waste from the woodworking industry.
Order no. 2021-100-0134.
On July 9th 2021, ScandeNOx supplied yet another set of spare inner- and outer tubes for SNCR injectors for Hangzhou-Lvneng in China. This was the 3rd order from this client.
As was the case for the last order for this cient, the supplied goods were washed in alcohol and packed by double vaccinated personnel, to assure that no virus particles could possibly come out of ScandeNOx's premises.
Order no. 2020-100-0111
In March 2020, ScandeNOx got an order for spare injectors for a Waste-to-Energy boiler in China. This was the second time that the client, Hangzhou-Lvneng, placed an order for SNCR injectors with ScandeNOx.
Since the order had to be executed amid the Covid-19 crisis, all the supplied goods were thoroughly washed in alcohol prior to wrapping, and all decontamination and wrapping was undertaken by personnel, that had remained healthy during a > 3 week long voluntary quarantine.
To protect ScandeNOx personnel from contamination, even the material certificates were decontaminated by heat treatment for 1 hour at 100 °C prior to scanning.
Order no. 2019-100-0087
On November 6th, 2019, ScandeNOx got an order for a low-cost urea-based SNCR system from a Danish boiler manufacturer.
The system is only intended to be in operation at full load on fuels with a high Nitrogen content, and has thus been designed with as few automatic functions and instruments as possible for reliable operation on demand.
The main components were supplied by ScandeNOx in week 50-2019, and the client finished manufacturing the modules by the end of January 2020.
This plant was the 10th urea injection system supplied to the same boiler manufacturer.
Order no. 2019-100-0086
In June 2019 ScandeNOx got an order for 2 dual level, urea-based SNCR systems from a Danish boiler manufacturer.
The modules and injectors for these SNCR system were supplied in September 2019; are installed on 2 x 8 MW wood-fired industrial steam boilers in the UK, and are due for commissioning in December 2019.
These injection systems were number 8 and 9 supplied to the same boiler manufacturer.
Order no. 2019-100-0073
In March 2019 ScandeNOx got an order for 2 tripple level, urea-based SNCR systems from a Danish boiler manufacturer.
The modules and injectors for these SNCR system were supplied in August 2019, and are to be installed on 2 x 20 MW wood-fired industrial steam boilers in Latvia.
These injection systems were number 6 and 7 supplied to the same boiler manufacturer.
Order no. 2019-100-0071
Also in March 2019 ScandeNOx got an order for 2 dual level, ammonia-based SNCR systems from a Greek boiler manufacturer.
The project comprises 2 injection systems with common storage tank and pumps, and are to be installed on 2 x 15 MW industrial boilers in Aminteo, Greece.
Order no. 2018-100-0059
In February 2018 ScandeNOx got an order for a dual level, urea-based SNCR system through a Danish boiler manufacturer.
The SNCR system is now installed on the 8 MW straw-fired district heating boiler Langeland Fjernvarme in Denmark. The SNCR system was commissioned in December 2018, and has successfully brought the NOx emission below 150 [mg/Nm3, d, 6 % O2].
This system was the fifth SNCR system supplied to the same boiler manufacurer - who placed the order for SNCR systems # 6 and 7 from ScandeNOx in the beginning of 2019. Only satisfied customers are that loyal !
Order no. 2018-100-0050
In January 2018 ScandeNOx upgraded 3 SNCR systems for Waste-to-Energy plants by supplying spare parts for injectors of new and improved design.
The SNCR systems were originally supplied to the client - Hangzhou Lvneng, China - in 2013, by one of our competitors.
In May 2017 ScandeNOx's CEO visited one of our partners in India - VT Corp Pvt. Ltd. - to participate in the Powergen 2017 conference in New Delhi, and to conduct SNCR tests on a 4000 tpd ILC kiln for grey cement at Shree Cement, Beawar.
ScandeNOx supplied the injectors, and VT Corp supplied the pump module with flow indicator, flexible hoses etc. needed for carrying out the trials.
The system was mounted and pressure tested on the first day, and parametric testing was carried out during the 2 following days.
The tests showed that the achieved NOx reduction and reagent consumption were as predicted by ScandeNOx.
Order no. 2016-100-0017
This plant was ordered by the below mentioned Danish boiler manufacturer in November 2016, and the main components were supplied at the Client's address in December.
The plant is a standard ScandeNOx Micro SNCR system, supplied with urea from plastic cubicles, and is due for commissioning in March 2017 at the End User in Slovakia.
This is the smallest Micro SNCR system supplied by ScandeNOx so far. The flue gas flow is a mere 2750 Nm3/h on dry basis and at 11 % O2 - but it is designed for an impressive NOx reduction of 65 %.
These plants were supplied to the below mentioned Danish boiler manufacturer in 2016.
ScandeNOx supplied the engineering and the main components - while the boiler manufacturer assembled the equipment and installed it on site.
The plants for this project are dual level Micro SNCR systems for urea solution - assembled in single cabinets - one for each boiler - installed at an End User in China.
This plant was supplied to a Danish boiler manufacturer in 2015.
ScandeNOx supplied the engineering and the main components - while the boiler manufacturer assembled the equipment and installed in on site in Spain.
The SNCR system was the first in a series of 6 similar plants to be supplied under an agreement with this boiler manufacturer.
This Client has been very loyal to our CEO, ever since he conducted the first SNCR trials on line "RDL2". These trials lead to an order for a permanent SNCR system, and when our CEO moved to a new employer, the Client ordered trials on line RDL1 and RDL2 from this company - on condition that our CEO would be the project manager. These trials resulted in orders for an SNCR system for line RDL1 and upgrading of the system for line RDL2. Finally, when our CEO started ScandeNOx, the Client ordered the shown system for his production line in Har Tuv, and gave us a contract for future services as well.
Only satisfied clients are that loyal !
ScandeNOx SNCR systems
