Products for Storm Water Management
Products for Storm Water Management
Products for Storm Water Management
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
THE STORMWATER EXPERTS<br />
INGENIEURGESELLSCHAFT<br />
PROF. DR. SIEKER MBH<br />
<strong>Products</strong> <strong>for</strong><br />
<strong>Storm</strong> <strong>Water</strong> <strong>Management</strong><br />
Presentation at Greentrade.org.tw<br />
Taiwan<br />
July 30 th 2013<br />
Dr. Harald Sommer
Content<br />
• Who are we<br />
• Our products in storm water management<br />
• Swale-Trench-System<br />
• INNODRAIN<br />
• INNOLET<br />
• STORM<br />
• STORM-Flood Prediction<br />
Folie 2
Office Location<br />
Hoppegarten
Office Location<br />
Hoppegarten
Who we are...<br />
• Ingenieurgesellschaft Prof. Sieker mbH (IPS)<br />
• Consultants engineers (SME)<br />
• Staff<br />
• Members of staff (2008): 17<br />
• 12 engineers (5 with a PhD)<br />
• Owners: Prof. Dr. Friedhelm Sieker & Prof. Dr. Heiko Sieker<br />
• Main office in Hoppegarten<br />
near Berlin<br />
• Curriculum Vitae Heiko Sieker<br />
• Civil engineering (Univ. Hanover)<br />
• PhD (Darmstadt)<br />
• Prof. at TU Berlin<br />
• Lectureships at TUB & TU Cottbus
What we do…<br />
• Engineering: <strong>Storm</strong>water<br />
<strong>Management</strong> (BMPs, SUDs)<br />
• Urban Drainage Master Planning<br />
• Studies on <strong>Water</strong> Resources<br />
and Flood Protection<br />
• Research & Development<br />
• Software Development<br />
INNOLET ® -Filtercartridge
Applied Research Experience<br />
• SWITCH<br />
• 6th EU-Framework-Program<br />
• 32 international Partners<br />
(Leadpartner: Unesco-IHE, Delft)<br />
• Sustainable <strong>Water</strong> <strong>Management</strong><br />
Improves Tomorrow's Cities Health<br />
• Daywater<br />
• 5th EU-Framework-Program<br />
• 9 European Partners<br />
(Leadpartner: ENPC from Paris)<br />
• DSS <strong>for</strong> <strong>Storm</strong>water Source Control<br />
• EU WFD Pilot River Basin Neisse<br />
• Interreg projects<br />
• Raindrop (CADSES)<br />
• Urban <strong>Water</strong> Cycle (NorthSeaRegion)<br />
• NORIS (NorthSeaRegion)
Example:<br />
Swale-Trench-System<br />
Top soil-30cm Trough Infiltration Trough overflow Inspection<br />
Manhole<br />
Trench<br />
Drain pipe<br />
Trench overflow<br />
Throttle
Example 1: industrial area<br />
Dahlwitz-Hoppegarten
Example 1: industrial area<br />
Dahlwitz-Hoppegarten<br />
DN 500<br />
DN 200
Example 2: Berlin-Rummelsburg
Example 2: Berlin-Rummelsburg
Example 2: Berlin-Rummelsburg
Example 3: Hospital Berlin-<br />
Friedrichshain
Example 3: Hospital Berlin-<br />
Friedrichshain
Innodrain<br />
For storm water managrement<br />
• INNOLET is a compact Swale-Trench-System<br />
• It mitigate and cleans road runoff onsite<br />
• Developed since 2000<br />
• Distibuted by MALL Umweltsysteme
Innodrain ®<br />
areal plan<br />
INNODRAIN-SYSTEM - Schematischer Lageplan<br />
Kontroll- und Regelschacht<br />
Rigole im Hauptschlu?<br />
Rohrnetz<br />
A<br />
Rigole im Hauptschlu?<br />
Radweg / Fu 腛 eg<br />
Parkbucht<br />
Tiefbeet<br />
Parkbucht<br />
Tiefbeet<br />
Parkbucht<br />
Tiefbeet<br />
Radweg / Fu 腛 eg<br />
A<br />
Rigole im<br />
Nebenschlu?<br />
Kontroll- und Regelschacht
Construction Innodrain ®<br />
Strasse Im Grund, Birkenstein, Dahlwitz-Hoppegarten
Construction Innodrain ®<br />
Strasse Im Grund, Birkenstein, Dahlwitz-Hoppegarten
Example: INNODRAIN ®<br />
Chemnitz
INNOLET ®<br />
For storm water treatment<br />
• INNOLET is a retrofit measure <strong>for</strong> german type inlets,<br />
can adjusted to other types<br />
• It cleans road runoff onsite<br />
• No further construction work is needed<br />
• It uses the height difference between road and storm<br />
sewer<br />
• Developed since 2001<br />
• Distibuted by Funke since 2008
INNOLET ®<br />
Aufhängung<br />
overhead suspension<br />
Notüberlauf<br />
emergency overflow<br />
12 × Ø35 mm<br />
Gelochter Boden<br />
per<strong>for</strong>ated bottom<br />
Schlammansammlungsbereich<br />
sludge collection area<br />
Überlauf Grobschmutzfang<br />
overflow dirt trap 12 × Ø35 mm<br />
4 Felder Gitternetz(h=60 mm, Steg b=50 mm)<br />
mit 5 mm Maschenweite<br />
4 sections grille network (h=60 mm, bar w=50 mm)<br />
with 5 mm mesh size<br />
4 Felder Gitternetz(h=60 mm, Steg b=50 mm)<br />
mit 1 mm Maschenweite<br />
4 sections grille network (h=60 mm, bar w=50 mm)<br />
with 1 mm mesh size<br />
Grober Auffangkorb für feste Materialien<br />
z.B.: Sand, Blätter<br />
basket <strong>for</strong> retainment of solid material like<br />
sand or leaves<br />
Filterkorb mit Filtermaterial (s. Detail)<br />
mit Gummilippendichtung<br />
filterbasket with filter material (s. detail)<br />
with rubber seal<br />
INNOLET ® -Filterpatrone<br />
INNOLET ® -Filtercartridge<br />
Straße | street<br />
Einlauf | inlet<br />
Kanal | sewer
INNOLET ®
INNOLET ®
INNOLET Filter, Parts<br />
Folie 26<br />
In stainless steel distributed by a german company Funke
Folie 27<br />
INNOLET G Filter, Parts
Folie 28<br />
Hydrological Simulation <strong>for</strong> <strong>Storm</strong> <strong>Water</strong> <strong>Management</strong>
Description<br />
STORM<br />
• A Rainfall runoff simulation and polluting load<br />
model<br />
• Long-term continuum and coupled single events<br />
• Suitable <strong>for</strong> dimensioning facilities <strong>for</strong> the<br />
treatment of combined sewage.<br />
• Full range of elements <strong>for</strong> combined sewers and<br />
stormwater treatment and the calculation of large<br />
catchments.<br />
• Developed since 1998 and distibuted by IP<br />
Sieker<br />
Folie 29
Description<br />
• Planning from single measures to entire drainage<br />
systems with on-site and central elements<br />
• Cisterns, surface infiltration, troughs, trough-trench<br />
systems, green roofs, Innodrain©, etc.<br />
• Rainwater retention tanks, central infiltration<br />
facilities, rainwater sedimentation tanks<br />
• Cisterns <strong>for</strong> rainwater utilisation<br />
• Combined sewage elements like rainwater overflows,<br />
rainwater overflow tanks in bypass and series, soil<br />
filters<br />
• Suitable <strong>for</strong> studies, concepts and all planning<br />
phases of the fee structure <strong>for</strong> architects and<br />
engineers<br />
Folie 30
Folie 31<br />
Objects
List of STORM features<br />
RWB XXL<br />
Folie 32
STORM and Flood Prediction
Example Baden-Baden<br />
Modern Flood protection<br />
Flood<br />
precaution<br />
Technical<br />
Flood<br />
protection<br />
Improvement<br />
of retention<br />
of water<br />
in the<br />
catchment
Flood waves<br />
Sewer system<br />
Flash Floods<br />
Small rivers<br />
i.e. river Elbe<br />
Groundwater<br />
Minutes Hours Days Weeks Months<br />
Time
Forecast periods, i.e. Baden-Baden<br />
Runoff<br />
<strong>for</strong>ecast<br />
Precipitation<br />
<strong>for</strong>ecast 2h<br />
Begin of precipitation<br />
Flood-gauge<br />
Dormattstr.<br />
Runoff peak<br />
Klosterplatz<br />
Runoff peak<br />
Stadion<br />
240 min<br />
30 min<br />
-1:30<br />
-1:00<br />
0:00 2:30 3:00<br />
4:00
Control-Modul<br />
SensorWeb-<br />
Service (in php)<br />
GSM<br />
SensorWeb-Viewer<br />
(Html/Java)<br />
Flood Prediction System<br />
Virtual<br />
Rain gauge<br />
Server<br />
Viewer<br />
FTP<br />
Simulation<br />
PHP/SQL<br />
PostgreSQL-<br />
Database<br />
Sensorweb-<br />
Interface<br />
GSM<br />
Alarm<br />
Steering<br />
Steering<br />
Sensor<br />
Sensor<br />
433<br />
MHZ<br />
Zigbee
Managing and Stearing Storages
Flood Forecasting<br />
Rainfall<br />
Prediction<br />
Modell<br />
results<br />
Flood-<br />
Forecast<br />
Begin<br />
Rainfall Event<br />
Gauge<br />
Peak runoff<br />
Modelling<br />
SMS<br />
approx. 2,5 - 3 h time <strong>for</strong><br />
precautionary measures<br />
Time<br />
-1:45 -1:35 -1:34<br />
0:00<br />
1:00<br />
1:30
Implementation<br />
• Coupling of a hydrological model with a<br />
rainfall prediction system<br />
• Rainfall prediction<br />
-> Runoff / water level prediction
Flood Forecasting HydroWebView
Example Georgsmarienhütte
Example Georgsmarienhütte
Example Baden-Baden
Example Prenzlau<br />
• <strong>Water</strong> level measurement in manholes
Summary<br />
• Product range all about storm water<br />
• <strong>Storm</strong> water quantity management and treatment<br />
• INNODRAIN<br />
• INNOLET<br />
• Cooperation with industrial partners (licensing)<br />
• Developing STORM software <strong>for</strong> all range of storm<br />
water simulations<br />
• Hydrological simulations of BMPs /LID<br />
• CSO reduction and management<br />
• Flood prediction<br />
• Coupled simulation with several models<br />
• More software available <strong>for</strong> free<br />
• Eco.SWM<br />
• Decision Matrix<br />
• Developments of EU funded projects<br />
Folie 46
Thank you <strong>for</strong> your attention !<br />
Folie 47<br />
Ingenieurgesellschaft Prof. Sieker mbH<br />
Dahlwitz-Hoppegarten b. Berlin<br />
www.sieker.de
Change language