August 19th, 2016
As a cheaper alternative to the fully automatic steaming machine, which is now in operation as the latest model MSDZ-1 as of July this year, the leading steam specialist MSD has now also developed a semi-automatic machine and has delivered it on 18.08.2016 near Frankfurt.
Semi-automatic steaming machine MSDA 600 from MSD GmbH, Durbach
In contrast to the fully automatic machine, which operates in self-propulsion over the field without a driver, the semi-automatic, with the complete assembly including the appropriate high-performance steam boiler, is drawn over the beds by a towing vehicle. The system operates, however, in a similarly automatic way. In the current version of the machine, three beds can be steamed simultaneously with one hood. The three hoods are lifted and lowered hydraulically.
Semi-automatic steaming machine with 12m² steaming hoods
A video on Youtube can be watched here: VIDEO semi-automatic steam robot, 2016
The semi-automatic steam machine is available from MSD GmbH, Durbach, in two sizes. The smaller version has a steam performance of up to 600kg per hour and can completely free a surface of up to 12m² of weeds in around 5 minutes with a steam depth of 4-7cm. The larger version of the semi-automatic has a steam performance of up to 800kg per hour and can completely disinfect a surface of up to 18m² in the same time and to the same depth.
The semi-automatic steam machine carries all the fuel oil it needs with it in a tank and supplies its own electricity via a hydraulic generator for steering and for the operation of the high-performance burner. Further information can be obtained directly from the MSD company: www.moeschle.de
July 21st, 2016
The MSD company has developed a new version of the steam mobile unit together with specialist machine manufacturer Josef Zeyer Agrarsysteme in Neresheim. The new edition came about subsequent to a direct enquiry from one our largest local producers of salad leaves. This new fully automatic steam machine sets new standards. In contrast to the previous model, which was produced by MSD in cooperation with the Swiss company Bärtschi-Fobro, this new field robot MSDZ-1 fulfils the latest requirements, in particular in the areas of approach area monitoring and tracking control.
Fully automatic steam machine MSDZ-1, developed by the MSD company in cooperation with the J. Zeyer company in Neresheim
In addition to the latest control technology, the steam efficiency of the system has been increased again by almost 40% on the previous model so that, under optimal conditions, surfaces of much more than 30 hectares can be completely freed of weeds annually.
Fully automatic steam machine in test operation for open land application in northern Germany
The first new fully automatic steam machine is currently in test operation in areas in northern Germany in order to adjust it optimally to the current conditions. The machine will then be able to steam three rows of beds simultaneously, completely independently and without a driver, lifting, moving and then lowering the hoods again for this purpose until the end of the row of beds is reached. When the robot has reached the end of the row, it will send a signal indicating that it can now be moved by a driver. During the entire operation, however, the machine can also be operated via remote control.
Detailed information on price and performance of the new fully automatic steam machine can be obtained directly from the MSD company, especially online at www.moeschle.de.
A video on Youtube can be watched here: VIDEO fully-automatic steam robot, 2016
June 21st, 2016
On 17.06.2016, the research group Extension Gemüsebau of the Swiss Agroscope Institut presented several methods for combatting tiger nut sedge. One of the most effective methods among these is steaming.
Three different steaming methods were successfully tested: hood steaming, sheet steaming and pile steaming via steam conveyor in cooperation with several partners, including MSD GmbH, Durbach.
Little steaming hood set on open field
In the two surface steaming processes (hood and sheet), the tiger nuts are completely killed off to a depth of around 25cm, which translates as an effective rate of around 95% over the entire area. After steaming, the steam-treated surface areas were observed. Growth from deeper lying tiger nuts, which the steam was not able to reach, can subsequently be killed off easily by mechanical or chemical means. In the case of pile steaming, e.g. via steam conveyor, the soil that is contaminated with tiger nuts is lifted completely and treated with steam.
Tiger nut sedge can be killed off completely with a soil temperature of 75°C. It is recommended that heat is maintained for at least 15 minutes in order to achieve a clean result.
Sheet steaming against neophytes at Sinzheim
More information can be found in the “Mit Dampf erste Befallstellen tilgen” (eradicate first infestations with steam) leaflet on www.agroscope.ch from July 2017.
June 2nd, 2016
Steaming tests for strawberry cultivation were held on 1.06.2016 and included a tour of inspection, offering consultancy from Karlsruhe district experts on horticulture, fruit and wine cultivation and providing results of tests carried out using soil steaming, outdoors and in tunnels. The event took place at the Böser strawberry and asparagus farm in Forst, Baden.
Steaming tests for strawberries near Karlsruhe
Steaming was carried out in summer 2015 by Mr. Steffen Koch from the company Mobildampf. The expert consultant from the Karlsruhe district, Mr. Arno Fried, carried out a steaming demonstration resulting in improvements of up to 500%.
Diagram showing results of steam treatment in strawberry cultivation
Steam treatment is the ideal sanitation method for contaminated soils or grounds with a relatively high level of soil fatigue. You can obtain more details directly from Mr. Arno Fried: Contact
May 31st, 2016
Replacing methyl bromide is one of the most urgent challenges facing California too, in particular for strawberry growers. MSD GmbH’s international representative in the United States, Dutch firm Marten Barel Consultancy BV, started operations at the end of May with a large-scale facility in California using a MSD Steam Boiler, model S 2000.
24m² - spike steam hood behind towing vehicle with a hydraulic undercarriage on rollers
The energy-saving sandwich-type steam procedure is used for strawberry cultivation. Two 24m² sized spike steam hoods on a hydraulic undercarriage on rollers are alternately moved on one tracked vehicle respectively. 17 cm long spikes mounted under the hood heat the ground to over 80° C to a depth of 25 cm. As the soil is sandy, steaming time is around 7 minutes.
MSD steam boiler S 2000 incl. heating oil supply, mounted on a special trailer
The steam system put into operation with two spike hoods and the MSD Steam Boiler S 2000 currently has a daily capacity for total sterilisation of approx. 2,500 m² ground for strawberry cultivation, freeing the soil of weeds, diseases and soil fatigue. In a second phase beginning in 2017, the 1,500 hectare-sized horticultural business in California plans to invest in another steaming system capable of steaming more than 1 ha cultivated area per day.
May 19th, 2016
Persistent soil fatigue has forced the Chinese tobacco growing company in Yunnan province to explore new possibilities. Chemicals cannot be used for cultivation soil treatment since the seedlings are extremely sensitive.
The Chinese representative of the steam specialist MSD GmbH, Beijing Zhongjinguoyi Sciences Development Co. Ltd., has decided to acquire soil sterilisation methods using hot steam that are new to China. In mid-May 2016, steaming experts from Germany participated in the start-up of the first steaming equipment for sterilising substrates in Yunnan.
Start-up of a steam boiler model MS 100 for substrate steaming
As soon as steaming has established itself in operational procedures, further steaming equipment from Germany will be used, with the capacity to prepare hundreds of cubic metres of soil per day with hot steam, also over a cultivation area, for tobacco and ginseng farming.
April 19th, 2016
A mobile steam facility for sterilising substrate and soil was launched in the first quarter of 2016 at one of the largest national seed producers in Vietnam. The leading company is implementing the extremely cost-effective sandwich-type steam procedure for the first time using a hood with pins to sanitise topsoil up to a depth of 25cm under covered greenhouses, and thereby fully liberates them from weeds and soil-borne diseases.
Very effective sandwich steaming with two steaming hoods with spikes
Here, two manually portable steaming hoods with a surface cover of 8m² and 20cm deep special hollow pins are applied in each case. Both hoods are used in parallel and alternately moved. A steam chamber with a steam output of 400kg per hour is therefore used. The system’s ground coverage amounts to up to 400m² per working day, in which the soil is heated to more than 80°C within seven minutes at a depth of 25cm.
Steaming of coco peat in special steaming bunkers with vacuum system
In addition to steaming surfaces with the sandwich-type steaming method using a hood with pins, the company also sanitises large quantities of coco peat substrate. Therefore, special steam shelters were constructed with an extraction system and put into operation. Extraction is made possible using a special drainage system in the base of the individual immovable boxes. A mobile steam boiler, Type “S 350″, from the company MSD with a steam output of 400kg/h is also used for this purpose. The system works with the greatest efficiency and has the ability to fully clean up to 16m³ of coco peat at a target temperature of something above 80°C in one hour. The hot oil requirement rests on the basis of on-site readings with an average ~19L/h.
April 5th, 2016
In the spring of 2016, following a break, the nursery in the town of Böblingen decided to sanitise selected open spaces prior to sowing ornamental flowers in an environmentally friendly manner, by means of steaming weeds and weed seeds following recent years using other procedures in which no comparable, satisfactory results have been achieved.
The public provider therefore utilised the experience of the company mobildampf from Waiblingen (www.mobildampf.de). The company has provided steaming equipment and supervised as well as monitored the individual steaming processes.
Sheet steaming of flower beds in the city of Böblingen
Highlight beds on public streets were recently identified in the first days of April, which shall be designed as decorative flower arrangements, so-called “highlight beds”, following weed control using superheated steam. The company, mobildampf, has covered and steamed surfaces of up to 120m² in size within 2.5 days using the popular sheet steaming procedure. At the same time, a steam boiler from the company MSD was used with an output of up to 1,000kg steam/h.
The city of Böblingen made a conscious decision to use steam. Extra comparative tests were previously made in 2015 and thereby also left surfaces unsteamed. The results speaks for themselves (photos below). The steamed surfaces are completely weed free and the shoots of ornamental plants sown are clearly visible in rows. On the unsteamed surface (under the surface), the seeds grow uninhibitedly.
Steamed flower bed at Herrenberger Str. in Böblingen - no weeds
Unsteamed flower bed at Calwer street in Böblingen - weeds are everywhere
December 31st, 2015
The MSD sandwich-type steaming hood that is now put into operation in Alicante is the first MSD steaming hood of this type on the Iberian Peninsula. Due to the innovative spiked hood technology allowing both surface and deep steaming at the same time, it is now possible to increase the steam quantity that penetrates into the soil even by 50%.
As the result, the energy cost and steaming time are significantly reduced once more.
At favourable conditions (dry and not too loamy soil, etc.), the new spiked hoods from MSD allow the temperature to be increased to about 85-90°C at even 20 cm depth in 10 minutes. This requires merely about 8.5kg steam/sq. m. After the treatment, the soil is sanitised without chemicals and residues.
The spiked hood is simply moved by a mini-excavator.
Thus due to the heating oil prices, which currently remain low, 1 sq. m of soil can be treated with steam and completely liberated from pathogens, exhausting and weeds at 20 cm depth for only 30 cents heating cost (or 3,000 euros/hectare).
In Spain, the spiked hood can be easily moved by a mini excavator at low labour expenses. All in all, about 1,800 sq. m are monthly treated with this efficient steaming system. In this way, the company can also sanitise up to 4.000 sq. m monthly using a second spiked hood with the available MSD high-performance boiler of type S 750.
September 22nd, 2015
One of well-known and modern baby-leaf farms in West England now uses hot steam for sanitisation of 17ha cultivation soil in greenhouses.
This has become possible due to an invention by MSD GmbH in Durbach (Germany) concerning its special steaming hoods.
Three-membered special steaming hood with foldable outer components and hydraulically-driven auxiliary gear.
The special steaming hood is designed in such a way that it can also be used in narrow confines, e.g. greenhouses, without any problems. It consists of three members. The outer members can be folded out and back hydraulically. Thanks to such a design paired with a smart semi-automatic auxiliary gear, only one operator is needed to work with the entire system (in particular, to move the hood). The system can daily sanitize with hot steam up to 1,000 sq. m surface at maximum 15 cm depth at higher than 80°C. Currently, the heat oil consumption is about 0.65 l/sq. m
High-performance steaming boiler with steam supplying system, from MSD GmbH
The steam is generated by a high-performance steam boiler from MSD GmbH, Durbach. The steam is mostly supplied to the steaming hood by a pipe system, except the last 15 m. As the result, the mobile steam boiler needs to be moved only one time per each greenhouse aisle. This additionally optimises the efficiency of the steaming method.