SolarPlus. Drying technology from the world market leader in the field of solar and solar-thermal sludge drying. There s no better way to dry!

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1 SolarPlus Drying technology from the world market leader in the field of solar and solar-thermal sludge drying There s no better way to dry!

2 SolarPlus / characteristics SolarPlus utilizes free solar energy plus low temperature heat. Heat sources might be waste heat from CHP-plants or any industrial process, biomass-heating, heat pumps, Heat sources starting at temperature levels of C can be utilized. Air- and/or floor-heating are available. Fluctuating heat-sources can also be utilized (!) Optimized energy utilization by ClimaControl i i i Surface area reduction by factor 4 to 5. Thermo-System has experience with SolarPlus since 1999 and references starting from 50 kw up to 7 MW. Examples: i

3 Angepasste Wärmenutzung SolarPlus / perfectly adapted systems for heat recovery Based on our long-time experience with heat recovery in drying systems and by utilizing our simulation system, we are able to develop the best heat recovery system for your appliance. Depending on temperature level, heat availability, site conditions, sludge properties and drying target, we apply an optimized systems of heat exchangers, pre-heating of intake air and floor-heating. Via sensors, the central control unit, equipped with ClimaControl receives real time information about current heat recovery and optimizes its utilization. Therefore air circulation, air intake as well as sludge mixing are balanced. i

4 ClimaControl SolarBatch / process control with the ClimaControl-System SPS with Touch Display 4 6 ClimaControl RemoteSupervisionSystem 5 Solar radiation is harvested by the greenhouse construction (1). Supplementary, recovered heat is introduced to the drying process by heat exchangers and/or floor-heating. A sophisticated aeration system (2) with oscillating fans (MoviVent) optimizes the air stream on the surface of the sludge. The air exchange with the ambient is controlled by wall-mounted fans (6). 1 Transparent cover 2 MoviVent 4 aeration system 3 3 optional: air and/or floor heating Sludge mixing robot 5 6 Sensors Wall fans optional: air treatment with ThermoClean The sludge is spread, turned and mixed by the fully automated Electric Mole (4). All components are controlled by a central control unit, equipped with our ClimaControl-Software. Therefore, the drying conditions are automatically optimized at every moment guaranteeing best drying performance. More than 20 years of development and optimization work are integrated in ClimaControl! Electric Mole or SludgeManager

5 Beispiel Provence SolarPlus / example of a smaller installation High up in the North of Germany, one of the smallest SolarPlus plants is located. It dries more than tons per year on a drying surface of 400 m². Supplementary heat is coming from a nearby biomass-treatment plant, which produces electric power from biogas. Waste heat from the gas engines is delivered to the SolarPlus-unit by utilizing a hot water circuit. As a result, there is not only a very useful reduction of sludge mass, but this specific application of utilizing waste heat is also honored by the state, paying an extra bonus on the produced electric power t/y, 400 m² drying surface Waste heat from digestion is utilized, 400 kw 1 drying chamber with 1 Electric Mole

6 Beispiel Provence SolarPlus / example of a large size installation This SolarPlus-installation puts waste heat of a nearby industrial plant to beneficial use by utilizing it for drying more than tons of sludge. In this application SolarPlus can showcase its tremendous flexibility: on most weekends when no waste heat is available, drying is purely solar. In peak production times, up to 7 MW are efficiently utilized for drying. SolarPlus with its ClimaControl-system adapts itself fully automatically to changing conditions without any interference of the operator! t/year Utilization of fluctuating waste heat, 0 7 MW 6 drying chambers, m² Delivery of the sludge by truck

7 SolarPlus / example in industry This SolarPlus-installation works within an industrial unit situated in Belgium. It treats the entire sludge from the inhouse WWTP by solar energy and utilizing 400 KW of waste heat. This SolarPlus does not only reduce the cost of sludge disposal, but also contributes significantly to meet the self imposed targets of drastically reducing the waste production of the unit. Short distances and a closedcycle energy utilization add to the special charm of this project. Industrial sludge t/y 700 m² drying surface Waste heat utilization 400 kw

8 SolarPlus / example for effluent treatment This SolarPlus-unit is situated in a biogas plant in Dordogne valley (Southern France). There, agricultural residues and bio-waste are transformed to electric power. The effluent of the biogas plant is utilized as a fertilizer in agriculture. However, transport distances are sometimes long and the season for land application is restricted to a short time-span after the end of summer harvest. In order to reduce the related storage and transportation costs, the effluent is dried with SolarPlus. Drying of effluent out of a biogas plant, approx t/y m² drying surface 250 kw waste heat from the CHP

9 Beispiel Bretagne SolarPlus / example in Spain

10 Thermo-System - Marktführer Thermo-System The sludge drying specialist More than 200 completed projects 400 sludge turning machines Custom-made solutions for solar drying, thermal drying, combined solarthermal drying as well as sludge-reforming. More than 20 years of experience

11 Kontakt We are ready to serve you! For more information, sizing and a costestimate for your project, please contact: info@thermo-system.com Röntgenstraße 14/ Esslingen Germany

12 1 The Electric Mole For efficient, even drying it is crucial that the sludge in the drying chamber is evenly distributed and periodically turned over, mixed and ventilated. With the Electric Mole, Thermo-System offers a solution that is not only smart, but also extremely economical. The Electric Mole is made out of stainless-steel and has been proven to work in most types of sludges over the period of many years. The Electric Mole finds its way about the drying chamber with the help of ultrasonic sensors, and works within the entire area fully automatically day by day, week by week, year in, year out Robust, and capable of being taken out of the drying chamber at any time that means optimum ease of maintenance and redundancy at all times. No matter what kind of sludge, no matter what d.s.-content the Electric Mole even deals with the sticky phase without difficulty! The Electric Mole is started fully automatically via the controls of the drying plant 1 to 30 times a day, depending on the configuration of the plant and the drying conditions for 20 to 60 minutes at a time.

13 2 The Electric Mole The proven solution with 20 years operating experience 1 Sophisticated technology and highest efficiency: The Electric Mole goes the whole way, and does it with a minimal energy consumption of just 10 kwh per day on average Robust stainless-steel construction and the use of industry-proven components made for long lifetime and minimal maintenance effort. 3 Heart and head of the Electric Mole is the microprocessor. It monitors and controls every movement The number and form of the tools adapt the intensity of the processing to the requirements, and influence the characteristics of the end product.