denmark - dk-export · pdf filewhite paper: adding new value to cities with urban water ......
TRANSCRIPT
IFAT 2014 A3 - Water - A3.111/210
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SEMINAR AND EXHIBITION
WASSER BERLIN 2015 PARTICIPANTS AND PRODUCTS
HALL 2.2 STAND 318
D E N M A R K k n ow s wa t e r
CONTENT: Cembrane A/S ........................................................................................................................ 4-5Danish Water Technology Group .........................................................................................6-7Grundfos BioBooster A/S .................................................................................................... 8-9Haarslev Industries GmbH .............................................................................................. 10-11Kamstrup A/S .................................................................................................................... 12-13Mycometer A/S ................................................................................................................. 14-15Salling Plast AS .................................................................................................................. 16-17Siemens A/S Aeration Competence Center .................................................................18-19Unisense Environment A/S ............................................................................................ 20-21VCS Denmark / Future Water Denmark ........................................................................ 22-23
WHITE PAPER: ENSURING GREAT-TESTING AND SAFE TAP WATER 24 HOURS A DAY .................24-25
WHITE PAPER: AN INTEGRATED MANAGEMENT APPROACH FOR WATER SECURITY ....................26-27
WHITE PAPER: GREATER WATER SECURITY WITH GROUNDWATER .................................................28-29
WHITE PAPER: IN CONTROL OF WASTEWATER TO PROTECT PEOPLE AND ECOSYSTEMS ...............30-31
WHITE PAPER: ADDING NEW VALUE TO CITIES WITH URBAN WATER ..............................................32-33 WHITE PAPER: MEETING AN INCREASING DEMAND FOR WATER BY REDUCING URBAN WATER LOSS ........................................................................................................34-35
WHITE PAPER: SAVING AND RECYCLING WATER WITHOUT COMPROMISING ON PRODUCT QUALITY ....................................................................................................36-37
Members of Danish Water Technology Group .............................................................38-39
D E N M A R K knows
Groundwater mapping and sustainable groundwater management
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white paper
Greater water security
with groundwaterImplementing Integrated Water Resources Management
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An integratedmanagement approach for
water security in all sectorsReducing Non-Revenue Water in water distribution
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white paper
Meeting an increasing
demand for water by reducing urban water loss
Efficient solutions for treatment of wastewater
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In control of wastewater
to protect people and ecosystems
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white paper
Ensuring great-tasting
and safe tap water 24 hours a day
Solutions for a safe, reliable and resource-efficient drinking water supply
I N T R O D U C T I O N
German-Danish Water Days, incl. seminar on 23 March and Pavilion of Denmark at “Wasser Berlin” 24-27 March 2015
Water technology is one of Denmark’s key competences.
Denmark has been developing sustainable, energy efficient solutions for many years, with the main focus on combining quality, energy efficiency and cost effectiveness. This makes Danish suppliers valuable partners, who offer you a high level of know-how and experience.
The position is a result of very early, strict environmental regulations in Denmark, which have formed the companies to be highly innovative and to develop advanced and efficient equipment.
We are pleased to present the following Danish companies in this brochure:
• Cembrane • Grundfos BioBooster • Haarslev Industries• Kamstrup• Mycometer• Salling Plast• Siemens• Unisense Environment• VCS Denmark / Future Water Denmark
You are most welcome to take part in the seminar on 23rd March, or come and meet us at the Danish pavilion during Wasser Berlin in hall 2.2, stand no. 318.
Supported by:
Embassy of DenmarkRauchstr. 1D-10787 Berlin, GermanyContact:Dennis Holte AlbertsenTeam Leader, Energy & EnvironmentT +49 30 5050 2000 +49 30 5050 [email protected]
Organizer:
Danish Export AssociationGlarmestervej 20ADK-8600 Silkeborg, DenmarkT +45 8681 3888Contact: Ilse KorsvangHead of Danish Water Technology [email protected]
Wasser Berlin 2015
I N T R O D U K T I O N
Deutsch-dänische Wassertage mit Seminar, 23. März, und dänischer Gemeinschaftsstand auf der ”Wasser Berlin” 24.–27. März 2015
Wassertechnologie ist eine der dänischen Schlüsselkompetenzen.
Seit Jahren entwickelt Dänemark nachhaltige, energieeffiziente Lösungen mit Schwerpunkt auf einer Kombination von Qualität, Energieeffizienz und Wirtschaftlichkeit. Das macht dänische Lieferanten zu wertvollen Partnern mit einem hohen Maß an Wissen und Erfahrung.
Diese Spitzenposition ist das Resultat der frühen und scharfen gesetzlichen Vorschriften in Dänemark für den Umweltschutz. Dänische Unternehmen haben daher schon seit vielen Jahren bei der Entwicklung von fortschrittlichen und effizienten Lösungen gearbeitet und meistern heute alle relevanten Prozesse von umweltfreundlichen Technologien.
Wir freuen uns, die folgenden dänischen Unternehmen in dieser Broschüre zu präsentieren:
• Cembrane • Grundfos BioBooster • Haarslev Industries• Kamstrup• Mycometer• Salling Plast• Siemens• Unisense Environment• VCS Denmark / Future Water Denmark
Wir laden Sie ein zu unserem Seminar am 23. März - oder besuchen Sie uns auf dem dänischen Gemeinschaftsstand während der Wasser Berlin in der Halle 2.2, Stand Nr. 318.
D E N M A R K knows water
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IntroduktionCembrane Siliciumcarbid-Membranen – hohe Effizienz hinsichtlich Lebensdauer, Rückgewinnungsgrad, Verschmutzungsverträglichkeit und chemischer Beständigkeit unter extremen Betriebsbedingungen (Temperatur, pH-Wert, Druck).
Über das Unternehmen Cembrane A/S bietet eine neue Generation von keramischen Mikro- und Ultrafiltrationsmembranen von seinem Standort in Dänemark an. Gegründet wurde das Unternehmen mit der Vision, herkömmliche Keramikmembranen von einer Nischentechnologie zu einer völlig neuartigen und hocheffizienten Lösung für die Aufbereitung von Trink- und Abwasser weiterzuentwickeln. Heute bietet Cembrane seinen Kunden eine langlebige und zuverlässige Membrantechnologie zu wettbewerbsfähigen Preisen.
Über die ProdukteDie Membranen entfernen mühelos• Schwebstoffe (99 %)• Bakterien• Öl (< 5 ppm)
Ermöglicht Entfernung von gelöster Feststoffe.
Sie eignen sich hervorragend für folgende Anwendungen:• Entfernung von Eisen, Mangan und anderen Schwermetallen• Aufbereitung von Oberflächen- und Grundwasser• MBR- und Drittbehandlung• Filtration in Schwimmbecken• Öl- und Wasserabscheidung
Die Membranen werden nach ISO 9001, ISO 14001 und ISO/TS 16949 gefertigt.
Ziel der Teilnahme Vorstellung unserer neuesten Erfindungen und Kontaktaufnahme mit möglichen Interessenten.
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IntroductionCembrane Silicon Carbide Membranes - high performances in terms of lifetime, high recovery, fouling resistance, chemical resistance in extreme working conditions (temperature, pH, pressure).
About the company Cembrane A/S markets a new generation of micro- and ultrafiltration ceramic membrane from its facilities in Denmark. Cembrane was founded with the vision to move a new generation of ceramic membranes from being a niche technology to a well-established technology for treating drinking and waste water. Cembrane therefore constantly strives to provide our customers with a durable and reliable membrane technology at competitive prices.
About the products The membranes are able to remove• Suspended solids (99%)• Bacteria• Oil (< 5ppm)
Facilitates dissolved solids removal.
They are an excellent choice for:• Removal of Iron, Manganese and other heavy metals• Surface- and ground water• MBR and Tertiary treatment• Swimming pool filtration• Oil & water removal
The membranes are produced in accordance with ISO 9001, ISO 14001 and ISO/TS 16949.
Objective of participation To present our newest invention and meet new customers.
Cembrane A/S
Nøglegårdsvej 10 DK-3540 Lynge
Denmark
T +45 2148 4321 [email protected]
Sebastian AndreassenCCO
www.cembrane.com
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Introduktion
Die Danish Water Technology Group (DWTG) ist eine Vereinigung von dänischen Lieferanten aus allen
Bereichen der Branche, einschließlich Grundwasser, Trinkwasser, Prozesswasser, städtische Wasser
Herausforderungen usw.
Über das Unternehmen
Die DWTG ist Teil des Dänischen Exportverbands, der mehr als 560 dänische Unternehmen vertritt.
Die DWTG hat mehr als 60 Mitglieder, die öffentlichen und privaten Akteuren im Wassersektor
Komponenten, Geräte, Systeme und Dienstleistungen liefern.
Über die Produkte
Die Wassertechnologie ist eine der Kernkompetenzen Dänemarks. Bereits in den 1970er
Jahren verfügte das Land über das weltweit erste Umweltministerium, das strenge
Umweltschutzvorschriften einführte. Seitdem stehen die dänischen Lieferanten vor allem für:
- Innovation
- Nachhaltigkeit
- Ganzheitliche und energieeffiziente Lösungen
Ziel der Teilnahme
Herstellung von Kontakten zwischen hochinnovativen dänischen Lieferanten und internationalen
Partnern und Kunden.
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Introduction
Danish Water Technology Group (DWTG) gathers Danish suppliers from all facets of the industry, be it
groundwater, drinking water, process water, urban water issues etc.
About the company
DWTG is part of the Danish Export Association, who represents more than 560 Danish companies.
DWTG has more than 60 members, who supply components, equipment, systems and services to public
and private actors in the water sector.
About the products
Water technology is one of Denmark’s key competencies. Already in the 1970’ies, Denmark had the
world’s first environmental Ministry, who imposed strict environmental legislation. This has given the
Danish suppliers and edge when it comes to:
- Innovation
- Sustainability
- Holistic, energy efficient solutions
Objective of participation
To establish relations between highly innovative Danish suppliers and international partners and
customers.
Danish Water Technology Group (Danish Export Association)
Glarmestervej 20ADK-8600 Silkeborg
DenmarkT +45 86 81 38 88
Ilse KorsvangHead of Group
www.dk-water.com
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Introduktion
Grundfos BioBooster ist ein Unternehmen der Grundfos-Gruppe. Es beschäftigt sich mit Entwicklung,
Verkauf und Wartung einer neuen Generation kleinerer, dezentraler Kläranlagen.
Über das Unternehmen
Seit dem Jahr 2004 entwickelt Grundfos BioBooster ein Konzept für modular aufgebaute, kleinere,
dezentrale Kläranlagen mit einem Einwohnerwert zwischen 1000 und 10000 für die öffentliche
Wasseraufbereitung, Krankenhäuser und die Nahrungsmittelindustrie. Das Kernstück ist die
einzigartige, patentierte BioBooster-Membranfiltereinheit mit rotierenden Keramikmembranen.
Über die Produkte
Hohe Klärleistung, Robustheit und einfache Bedienung zeichnen die Kläranlage von BioBooster
aus. Anders als Polymermembranen müssen Keramikmembranen nicht ausgewechselt werden.
Fortschrittliche Steueralgorithmen sorgen dafür, dass die Membranen sich immer optimal an
Klärschlamm und Belastung anpassen, so dass diese Anlagen mit wöchentlich nur 4 -6 Arbeitsstunden
betrieben werden können.
Ziel der Teilnahme
Aufnahme eines Dialogs mit Wasserverbänden/-versorgungen, Krankenhäusern und Beratern in
Projekten, für die BioBooster als Alternativlösung in Frage kommen könnte.
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Introduction
Grundfos BioBooster is a Grundfos company working with the development, sales and service of
next-generation smaller decentralized wastewater treatment plants.
About the company
Grundfos BioBooster has since year 2004 been developing a modular built-up concept for smaller
decentralized wastewater treatment plants in the 1000-10000 PE range for public sewage
treatment, Hospitals and F&B industries. The core is the unique and patented BioBooster
Membrane Filtration Unit using rotating ceramic membranes.
About the Products
High treatment performance, robustness and ease of operation characterizes the WWTP from
BioBooster. The ceramic membranes does not need replacement like polymeric membranes.
Advanced control algorithms ensures that the membranes are always running optimal to actual
sludge and load conditions, so these plants can be operated with only 4-6 manhours per week.
Objective of participation
To get into dialogue with Wasserverbände/utilities, hospitals and consultants working with
projects where the BioBooster could be evaluated as an alternative solution.
Grundfos BioBooster A/S
Randersvej 22aDK-8870 Langå
DenmarkT +45 87 50 14 00
Jakob Søholm [email protected]
T +45 87 51 75 03
www.grundfos.com
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Introduktion
Mit mehr als einhundert Referenzen und der Erfahrung aus über 30 Jahren ist Haarslev Industries
einer der erfahrensten Anlagenbauer im Bereich Planung, Konstruktion und Lieferung von kompletten
Anlagen für die Trocknung und die Hydrolyse von kommunalen und industriellen Klärschlämmen.
Über das Unternehmen
Haarslev Industries ist ein hochspezialisiertes Technologie-Unternehmen und bietet leistungsstarke
Prozess-Lösungen im Bereich der Umwelttechnik. Unser Lieferprogramm beinhaltet komplette
Anlagen und Ausrüstungen für die Verarbeitung von tierischen Nebenprodukten, Hausmüll,
Klärschlamm, Biokraftstoffen und Nebenprodukten aus der Lebensmittel- und Getränkeproduktion.
Über die Produkte
Haarslev Anlagen sind ausgelegt auf den besonderen Schutz von Personal und Umwelt, auf
maximale Energieeffizienz und optimale Ressourcennutzung. Wir liefern komplette Systeme
zur Klärschlammbehandlung und -Trocknung, insbesondere die thermische Hydrolyse, den
Niedertemperatur Bandtrockner, indirekt beheizte Trockner sowie die Energierückgewinnung aus der
eingesetzten Wärme.
Ziel der Teilnahme
Haarslev Industries möchte die aktuellen Technologie-Entwicklungen im Geschäftsbereich
Umwelttechnik vorstellen und mit den Fachbesuchern diskutieren.
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IntroductionWith more than a hundred plants delivered over 30 years, Haarslev Industries has the expertise in designing, manufacturing and delivering complete drying and hydrolysis systems for municipal and industrial water treatment plants.
About the companyHaarslev Industries is a dedicated process technology company, providing powerful process solutions for the benefit of the global environment. We supply complete systems and equipment for the processing of animal by-products, domestic waste, sewage sludge, bio fuels and by-products from food and beverage production.
About the ProductsWe focus on equipment for environmental protection, energy conservation and optimal resource utilisation. We supply complete systems for waste water treatment and drying with focus on thermal hydrolysers, low temperature belt dryers, indirectly heated dryers and energy recovery.
Objective of participationHaarslev Industries wishes to present our latest environmental technological innovations and discuss them with the trade visitors.
Haarslev Industries GmbH
Mergelgrube 5D-76646 Bruchsal
Germany
T +49 7251 39186 72
Olaf [email protected]
M +49 172 538 87 42
www.haarslev.com
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Introduktion
Kamstrup ist weltweit führend in der Herstellung von Zählern und Systemlösungen im Energie- und
Wasserbereich.
Über das Unternehmen
Kamstrup erarbeitet mit Versorgungsunternehmen weltweit effiziente, sichere und flexible
Möglichkeiten zur Messung und Verwaltung des Energie- und Wasserverbrauchs.
Über die Produkte
Unsere Smart Metering Lösungen für Wasser sind ein Beispiel für die nächste Generation intelligenter
Verbrauchszähler. Durch die Kombination modernster Ultraschalltechnik, Fernauslesung sowie der
Überwachung und Erkennung von Wasserverlust auf dem neuesten Stand der Technik, ermöglichen
unsere Lösungen ein Höchstmaß an Kontrolle, Effizienz und Flexibilität.
Ziel der Teilnahme
Wir möchten Präsenz zeigen und unsere innovative Ultraschall-Messtechnologie vorstellen.
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IntroductionKamstrup is a world-leading manufacturer of system solutions for smart energy and water metering.
About the companyKamstrup develops together with utilities worldwide efficient, secure and flexible possibilities for measurement and administration of the consumption of energy and water.
About the ProductsOur water metering solutions represent the next generation of smart consumption metering. By combining the latest ultrasonic technology, remote reading and state-of-the-art leakage surveillance and detection, our water solutions offer customers the highest levels of control, efficiency and flexibility on the market.
Objective of participationWe want to promote our presence and show our innovative ultrasonic technology.
Kamstrup A/S
Werderstraße 23-2568165 Mannheim
Germany
T +49 621 321 689 60
www.kamstrup.de
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Introduktion
Bactiquant®-Wasser dient zur minutenschnellen Mengenbestimmung von Bakterien in Wasserproben.
Die Analyse ist unabhängig von der Wasserchemie und hat eine Vielzahl von Anwendung bei
Wasserwerken und in der Industrie.
Über das Unternehmen
Mycometer entwickelt schnelle Verfahren für die Umweltmikrobiologie. Unsere Produkte werden
weltweit verkauft. Zu unseren Kunden zählen Industrie, Militär, Behörden, Berater und Fachleute aus
der Industrie. Alle unsere Verfahren sind nach US-EPA zertifiziert.
Über die Produkte
Bactiquant®-Wasser ist eine zuverlässige und schnelle (10 - 30 Minuten) Methode zur Analyse
der Bakterienpopulation in einer Flüssigkeitsprobe. Drei einfache Schritte: 1. Konzentration,
2. Reagenzprobe und 3. Messung. Bactiquant®-Wasser gibt einen schnellen Überblick über die
mikrobiologische Wasserqualität. Die Technologie kann für vielerlei Rohwasser, Trinkwasser und
Brauchwasser eingesetzt werden. Die Technologie dient zur Beobachtung und Optimierung der
Wasserqualität und der Verfahren in Wasserschutzsystemen und industriellen HACCP-Systemen
(Gefahrenanalyse und kritische Lenkungspunkte). Dieses umfassende Produktpaket umfasst
Software, Schulung, ein Qualitätssicherungsprogramm und maßgeschneiderte Kundenlösungen.
Bactiquant-Wasser ist eine nach US-EPA geprüfte Technologie.
Ziel der Teilnahme
Unser Produkt an Vorsorgen und Industrie zu vermarkten, und internationale Vertriebskanäle zu
finden.
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Introduction
Bactiquant® water is used to quantify bacteria in water samples in minutes. The
analysis is not affected by water chemistry and can be used on a wide range of
applications in the water utilities and industry.
About the company
Mycometer develops rapid methods for environmental microbiology. Our products
are sold worldwide. Customers include industry, Military, Governmental Agencies,
Consultants and Industry Professionals. All our methods are US-EPA verified.
About the Products
Bactiquant® -water is a robust and rapid (10-30 minutes) method for analyzing total
bacteria in liquid samples. Three easy steps: 1. Concentration, 2. Reacting sample, and 3.
Measurement. The Bactiquant®-water provides a rapid overview of water microbiological
quality. The technology is applicable for a broad range of Raw-, Drinking- and industrial-
water. The technology is used to monitor and optimize water quality and processes in Water
Safety Systems and industrial HACCP Systems. The comprehensive product package includes,
software, training, a quality assurance program and tailored customer solutions. Bactiquant-
water is a US-EPA verified technology.
Objective of Participation
To market our product and utilities and the industry and to identify international sales
channels.
Mycometer A/S
Dr. Neergaards Vej 3 DK-2970 Hoersholm
Denmark
Morten [email protected]
T +45 23 67 87 32
www.mycometer.com
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Introduktion
Ein immer größerer Teil der Produktion besteht aus Speziallösungen, die wir mit unserem flexiblen
und effizienten Produktionsapparat nach allen Gesichtspunkten meistern – wozu auch die Herstellung
von Werkzeugen und Maschinen für die Produktion gehört.
Über das Unternehmen
Salling Plast blickt auf eine fast 50-jährige Geschichte zurück und ist seit seiner Gründung im Jahr
1967 in Familienbesitz. Die Firma beschäftigt heute mehr als 100 personen, und exportiert seine
Produkte in zahlreiche Ländern innerhalb und außerhalb der EU.
Über die Produkte
Unsere Produkte kommen u. a. im Bereich Fernwärme, Fernkühlung, Brauch- und
Abwasser, Be- und Entlüftung, Lebensmittelproduktion (z. B. Schlachtbetriebe,
Milchverarbeitungsbetriebe und Brauereien), chemische Industrie und Offshore-Industrie zum
Einsatz. Der Exportanteil unserer Produktion beträgt rd. 50 %.
Ziel der Teilnahme
Wir sind an sowohl nationalen als auch internationalen Geschäftsverbindungen interessiert.
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Introduction
An increasingly large part of our production consists of specialist solutions. Our flexible
and efficient production apparatus allows us to handle all aspects of these solutions –
including the production of manufacturing tools and machines.
About the company
The history of Salling Plast goes back almost 50 years – and the business has been
family-owned since the beginning in 1967. The company today employs more than 100
people and exports to many countries both within and outside the European Union.
About the Products
Our products are used for district heating and cooling, utility and waste water, ventilation,
food production (e.g. abattoirs, dairies and breweries) and by the chemical and offshore
industries. Approx. 50 % of our production is exported.
Objective of Participation
We are interested in both national and international contacts and business.
Salling Plast AS
Idrætsvej 22DK-9681 Ranum
Denmark
T +45 96 66 83 [email protected]
Ove Lynge
www.sallingplast.com
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Introduktion
Die richtige Turboverdichter-Technologie für Ihre Belüftung in einem effizienten und zuverlässigen
biologischen Abwasserbehandlungsverfahren.
Über das Unternehmen
Siemens entwickelt und fertigt erstklassige Belüftungstechnologien für die kommunale
Abwasserbehandlung. Mit mehr als 7.000 betriebenen Anlagen weltweit ist Siemens heute
Marktführer.
Über die Produkte
Die effizienten Turboverdichter STC-GO werden individuell nach Anlagenspezifikation gefertigt,
wodurch sie deutlich weniger Energie verbrauchen.
Die Technologie basiert auf einer Zweipunktsteuerung für höchste Effizienz trotz täglich wechselnder
Belüftungsanforderungen.
Ziel der Teilnahme
Sensibilisierung für Energieoptimierung in Belüftungsverfahren, insbesondere bei der
Luftstromregulierung.
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Introduction
The right Turbocompressor Technology for your aeration needs to keep the biological treatment as
efficient and reliable as possible.
Company profile
Siemens designs and manufactures high-performance aeration technology for municipal
wastewater treatment. With more than 7,000 of units operating worldwide Siemens has become
the market leader.
About the Products
The efficient STC-GO compressors are made uniquely according to plant specifications thereby
consuming significantly less energy.
The technology is based on dual point control for highest efficiency for the need of the daily
aeration changes.
Objective of participation
Increase focus on energy optimization for aeration process, especially within airflow regulation.
Siemens A/S Aeration Competence Center
Allegade 4DK-3000 Helsingoer
Denmark
Florian [email protected]
T +45 30 32 32 23
www.siemens.com/energy/aeration
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Introduktion
Echtzeitbestimmung des Gehalts an gelöstem N2O im Abwasser vor Ort zur Bioprozess- und
Emissionssteuerung.
Über das Unternehmen
Unisense Environment A/S wurde im Jahr 2013 aus Unisense A/S ausgegliedert. Unisense Environment
konzentriert sich auf die Entwicklung, die Fertigung und den Vertrieb von Sensoren und Zubehör zur
Überwachung von gelöstem oder gasförmigem N2O. Das übergeordnete Ziel ist die Bereitstellung von
Instrumenten zur Senkung der N2O-Konzentrationen und zur Minderung von Treibhausgasemissionen
aus der Abwasserbehandlung und den damit verbundenen biologischen Prozessen.
Über die Produkte
Das N2O-Abwassersystem ermöglicht den Betreibern, Klärprozesse zu optimieren und den CO2-
Fußabdruck insgesamt zu reduzieren. Es stellt zudem sicher, dass der alleinige Schwerpunkt auf
Energieeinsparungen bei der Belüftung nicht zu einer erhöhten Klimawirkung führt, da ein niedriges
Sauerstoffniveau sonst eine erhöhte Bildung und Emission von Lachgas zur Folge hätte. Wird die
heutige Kontrolle biologischer Prozesse im Abwasser mit dem N2O-Abwassersystem kombiniert,
eröffnet dies die bedeutsame Möglichkeit, den CO2-Fußabdruck durch dieses nicht kontrollierte
Treibhausgas zu reduzieren.
Ziel der Teilnahme
Zu demonstrieren, wie das N2O-Abwassersystem funktioniert und zu zeigen, wie Kläranlagen das
System im Normalbetrieb nutzen, um N2O-Emissionen zu messen, zu übermitteln und zu minimieren.
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Introduction
Real-time and on-site quantification of dissolved N2O in wastewater for bioprocess and
emission control.
About the company
Unisense Environment A/S was established in 2013 as a spin-off from Unisense A/S. Unisense
Environment is focused on the development, production and sale of sensors and accessories
for monitoring N2O, dissolved or as gas. The overall goal is to provide tools for reducing N2O
levels and mitigating green house gas emissions from wastewater treatment and related
bioprocesses.
About the Products
The N2O Wastewater System enables operators to optimize process treatment and reduce total
carbon footprint. It also ensures that the sole focus on aeration energy savings do not result in
an increased climate impact as low oxygen levels lead to increased N2O formation and emission.
Combining today’s wastewater bioprocess control with the N2O Wastewater System provides
a significant prospect of reducing total carbon footprint from this otherwise uncontrolled
greenhouse gas.
Objective of participation
To demonstrate how the N2O Wastewater System operates and show how full scale wastewater
treatment plants use the system to measure, report and minimize N2O emissions.
Unisense Environment A/S
Mikkel Barker [email protected]
www.unisense-environment.com
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Introduktion
Herausforderungen wie die Nachhaltigkeit bei der Wassernutzung hinsichtlich Qualität,
Energieverbrauch und Investitionen in die Infrastruktur erfordern neue Ansätze und veranlassen uns,
unseren Umgang mit Wasser zu überdenken.
Über das Unternehmen
”Trinkwasserversorgung der Zukunft” ist der Schlüsselbegriff des umfangreichen
dänischen Entwicklungsprojekts unter der Leitung von VCS Denmark, einem der größten
Wasserversorgungsunternehmen Dänemarks. Zu den Projektpartnern zählen die drei größten
Wasserversorger Dänemarks, mehrere Beratungsfirmen, Technologiedienstleister und eine
Forschungseinrichtung.
Über die Produkte
Future Water Denmark konzentriert sich auf die künftigen Herausforderungen an
Trinkwasserversorger und entwickelt hochmoderne Wassertechnologien. Als Ergebnis des Projekts
wird Software und eine Reihe anderer Tools auf den Markt gebracht, die bei Wasserversorgern einen
wirtschaftlichen und nachhaltigen Betrieb unterstützen. Die Tools werden ab 2015 zur Verfügung
stehen und dann in Wasseraufbereitungsanlagen der drei größten Wasserversorger Dänemarks in
Kopenhagen, Odense und Aarhus vorgeführt. Diese Wasserwerke stehen dann offen für Besuche von
Wasserfachleuten aus aller Welt.
Ziel der Teilnahme
Wasserversorger in aller Welt zu verbesserter Sicherheit und Effizienz bei der Wasseraufbereitung
anregen.
FutureWater
Wasser Berlin 2015
23
Introduction
Challenges such as a sustainable use of water resources in terms of quality, energy
consumption and the way we reinvest money in our infrastructure require new approaches and
call upon us to rethink the way we manage water.
About the company
“Drinking Water Supply of the Future” is the key word for the Danish comprehensive
development project, headed by VCS Denmark which is one of the largest water utilities in
Denmark. The partners in the project include the three largest water utilities in Denmark,
several consultancy companies, technology providers and one research institution.
About the Products
Future Water Denmark focuses on future challenges for drinking water utilities and develops
state-of-the-art water technologies. The outcome of the project will be a range of software
and other commercially available tools in order to support economic and sustainable operation
in drinking water utilities. The tools will be available in 2015 and demonstrated on water
treatment plants in Denmark’s three largest utilities in Copenhagen, Odense and Aarhus. These
waterworks will be open for visit by water professionals from around the world.
Objective of participation
To inform about the Danish expertise within water technologies and thereby inspire water
utilities around the world to improve water safety and efficiency.
VCS DenmarkFuture Water Denmark
Vandværksvej 7 DK-5000 Odense C
Denmark
Henrik JuulProject Director
www.futurewater.dk
FutureWater
Executive SummarySupplying high-qualitywatergoes hand in handwith efficiency. It is not asimple task, you must work smart rather than hard and your staff and contractors must be properly trained.Citizens want high-qualitywater and this can help the utility to get the money for the required investments
LARS SCHRØDERChief Executive Officer
AARHUS WATER
The global trends of urbanisation, population growth and increased welfare challenge cities all over the world with an increasing demand for water. Society’s drive to protect its fresh water resources will be crucial, and water utilities must find ways to ensure reliable water supply services as well as to meet a general need for increased resource efficiency.
Efficiency gainsThis requires politicians, water authorities and water utilities to develop new water supply strategies and implement new solutions. The good news is that technologies and solutionsare available in abundance, making it up to the leaders to realise the potentials. Many of the current systems and processes have evolved under conditions of limitless resources, so thisis an opportunity and thinking long-term will ensure that the major gains are there.
Improved drinking water safetyAnother important step for utilities should be ensuring the quality of the delivered water. Even if the guidelines of the World Health Organization are followed all over the world, millions of people are still exposed to dangerous levels of biological contaminants and chemical pollutants in their drinking water. Water utilities can use a management tool that stems from thefood industry and known as Hazard Analysis and Critical Control Points (HACCP). Risks are analysed and critical control points identified throughout the system. Water quality is then checked, featuring the continuous monitoring of water quality at the well, where it entersand leaves the waterworks and throughout the entire supply system.
Prevent problems and increase efficiencyCombining the right management systems with advanced tools, designs and technology is an important element of utilities’ transformation, and gives a wide range of benefits in day-to-day operations. Modern technology makes water supply more reliable as it prevent problems from occurring and, if they do occur, ensures a response in due time, and a utility prepared with clear procedures for who does what and when. Modern technology will also increase energy and water efficiency, but utilities need to set specific, measureable, achievable, realistic and timely goals and develop strategies thatprioritise these efforts to increase efficiency.
Danish expertiseThis white paper shares some of the expertise of Danish-based utilities, research institutes, consulting companies and technology providers. Up until now, the focus of utilities has been to provide water of very high quality, protect groundwater resources and to supply safe drinking water all around the clock. In the coming years, Danish utilities will also undergo an increasing professionalisation in order to establish professional knowledge environmentsand introduce advanced management systems, including safety and energy management.
The Rethink Water Network
and Danish Water Forum
White Papers.
Full version at WWW.RETHINKWATER.DK
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Ensuring great-tasting
and safe tap water 24 hours a day
Solutions for a safe, reliable and resource-efficient drinking water supply
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Executive SummaryFrom a global perspective,access to clean water isessential for the prosperity and health of all living creatures. Denmark’s broad political commitment for theprotection of environmentand groundwater resources provides a continual institutionalplatform, which is key to ensuring sustainable water management
KIRSTEN BROSBØLMinister for the Environment
DENMARK
The conflicting interests of nature and the different sectors involved in sharing limited water resources must be addressed in an integrated fashion at both policy and operational level.
Increasingly difficult to reconcile goalsAccording to the UN Water report on integrated approaches to water resources management (2012), around half of all countries have made significant progress towards implemting the principles of Integrated Water Resources Management (IWRM) while many others are well underway. The principles aim at securing water for all sectors, conserving water in a sustainable way and protecting water resources from pollution. However, it is increasingly difficult to adhere to these objectives as populations grow, demands for food and energy rise, the climatechanges and environmental sustainability becomesincreasingly important.
Data and decision support is requiredAn outcome of implementing IWRM is the ability to manage the demand for water. Programmes that increase water efficiency of domestic, industrial and agricultural water uses are developed along with programmes to increase theefficiency of water utilities that today face a level of 25 to 50 percent water
loss at global scale. As the need for data, informationand knowledge within water resources management becomes increasingly evident, so does the need for a strong decision support system to assist water authorities in the many parts of the IWRM cycle right from planning to monitoring the impacts of interventions. Climate adaptation measures to secure water resources are built on downscaling of regional forecast models, vulnerability, risk assessments and strategic priorities.
Expertise in implementing IWRMDenmark played a key role in the international foundation and development of IWRM being the first country to pilot and apply IWRM in nationaland international projects and by hosting the Secretariat of the Technical Advisory Group of the Global Water Partnership. Strict environmentalregulations, private-public partnership, public, high quality data and significant involvement of research and knowledge institutions have driven Denmark ahead in integrated waterresources management. Today the public authoritiesand the private sector, made up of consulting companies and technology providerscollaborate with customers and colleagues around the world to address complex water challenges. This expertise is what we want to share in this white paper.
The Rethink Water Network
and Danish Water Forum
White Papers.
Full version at WWW.RETHINKWATER.DK
Implementing Integrated Water Resources Management
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white paper
An integratedmanagement approach for
water security in all sectors
Executive SummaryIn a global perspectivethe access to clean water is essential for prosperity and health for all living creatures. That is the reason why we must continue to protect our water resources from both pollution and over-exploitation.
KIRSTEN BROSBØLMinister for the Environment
DENMARK
Providing enough fresh water for a growing population and for increasing industrial production is a critical issue in many countries. Climate change is affecting global rainfall patterns and water distribution. Since there is approximately 100 times more groundwater on Earth than fresh surface water, it makes sense to exploit groundwater as a source of water. In many parts of the world, especially in arid or seasonally dry regions, groundwater can provide a stable and sustainable source of high quality water.
Failed investmentsThere is a history of many failed investments in dams or groundwater well fields. The most important cause has been the difficulty in assessing project feasibility and sustainability due to inadequate knowledge, data and tools. Sustainable exploitation requires that the main recharge areas are protected to ensure that aquifer replenishment comes from clean water.
Efficient methods and tools existBecause of a relative shortage of surface water, Denmark has always relied heavily on groundwater. Danish companies are now among the world’s leading experts in exploiting this resource. Groundwater can be located very efficiently, and groundwater management made sustainable with modelling and monitoring systems. Today there is great demand around the world for this expertise and the associated technologies, which include surveying techniques, integrated water resource modelling and decision-making systems.
Multiple benefits from groundwater useGroundwater is less exposed to pollution than surface water, the water quality is higher and it requires less treatment. Moreover, water utilities can benefit from planning long term. They can avoid major investment linked to surface water infrastructure and enjoy a higher level of water security. Groundwater mapping and sustainable groundwater management ensure improved knowledge of the availability of water resources, a critical factor in attracting new companies and industry. By investing in groundwater usage local business partners will develop their competence through knowledge transfer from international experts. This creates a strong platform for expanding the local water business to other regions.
Management must be integratedIt is important to understand that it only takes a few contaminants and/or an unbalanced approach to utilisation for groundwater resources to be damaged forever. Some of the critical issues or barriers can be addressed or resolved by accurate groundwater mapping and sustainable groundwater management, or with integrated water resources management. Groundwater is an important part of the hydrological cycle and should be managed in an integrated way with other water resources.
The Rethink Water Network
and Danish Water Forum
White Papers.
Full version at WWW.RETHINKWATER.DK
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Groundwater mapping and sustainable groundwater management
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Greater water security
with groundwater
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Executive SummaryPeople and ecosystemsmust be protected fromintensive, untreatedwastewater streams. Given our dependence on nature’s water, it is important to actresponsibly and ensure that polluters pay the true price of water
KIRSTEN BROSBØLMinister for the Environment
DENMARK
On a global scale, less than half of all wastewater is collected and less than one fifth of all wastewater is treated. Severe environmental degradation of many inland and sea waters around the world is the outcome.
An effective wastewater frameworkEnsuring a cost-efficient wastewater infrastructure is important to get the most out of the moneyinvested. In areas with dense populationthe optimal structure tends to be centralised mechanised treatmentplants, whereas in ruralareas it tends to be decentralisedlow tech solutions. In the future, however, the economy of scale and treatment efficiency arguments for centralised solutions will be less valid as houseshold scale solutions and new membranetechnology will become competitive. Hence developinga wastewater management strategyis important as it describesthe overall wastewater framework and analyses the currentstructure seen in the light of upcoming legislation, urban/rural and technical development.
Wastewater a resource in its own rightsEfficient wastewater treatment processes and cost-efficiency are two sides of the same coin. Globally, about 2 percent of the world’s total energy consumption is used in collecting and treating wastewater. However, wastewater in itself is a valuable resource as organic contentscan be converted to energy, phosphorus recycled, heat recovered and treated wastewater used for irrigation, municipal purposes or cooling in buildings or industry. In Denmark, the three largest wastewater treatment plants have achieved between 80 to 100 percent energyself-sufficiency
and large water utilities continue to invest considerable funds into process development at all levels.
Intelligent control to increase capacityAs the climate changes and populations grow, other important focus areas in wastewater are the intelligent coordination of existing capacities of the sewer and wastewater system. Many wastewater treatment plants are faced with a demand for increased capacity as well as higher risks of extreme weather events with heavy rainfalls. To these plants, intelligent and coupled control of drainage system and wastewater treatment plant operation is an attractive alternative to new giant infrastructure investments.
Benchmarking for cost-efficiencyTough legislation and mandatory benchmarking across the water sector have in Denmark encouragedutilities and thereby consulting companies, technology providers, research institutes and researchers to develop efficient solutions together. Sewage treatment from urban areasis today highly efficient and nutrient load from agricultural areas has been reduced by50 percent. In three decades, conditions have improved in rivers, lakes and the sea. With this expertise to draw on, companies from Denmark today support to develop and optimise sewer and wastewater systems around the world.
The Rethink Water Network
and Danish Water Forum
White Papers.
Full version at WWW.RETHINKWATER.DK
Efficient solutions for treatment of wastewater
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In control of wastewater
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Executive Summary
Sustainable solutions is no longer a choice for most societies: it’s a must.Especially in our cities. We must all strive to balance the quality of people’s lives with sound economic and environmental development.
FRANK JENSENLord Mayor ofCOPENHAGEN
Cities are growing and today’s urban population of 3.2 billion will rise to nearly 5 billion by 2030, when three out of five people will live in cities. In addition, many cities also face new needs to be prepared for rising sea levels, extreme weather events with risk of flooding and periods with little or no water, with temperature rising even further in these dry periods (the urban heat island effect). This white paper explains and show examples of how Danish water expertise is used in Denmark and worldwide helping to find the optimum, sustainalbe solutions for society.
An integrated approach is cost-efficientIf wastewater and stormwater management are integrated at an early stage in the urban planning process of the existing city, or in development of new areas, benefits and synergies can be obtained and additional costs will often be relatively small. On the other hand, waiting until the town planning is almost finished, or until the heavy events occur, will only lead to very high costs and the solutions required will often no longer be simple.
More value from investmentsIf cities replace a ‘business as usual’ way of dealing with water and replace it with a holistic view of the work with new blue and green structures as an integrated part of urban development, it will give cities more value for money. Waterfronts, docklands, canals and lakes helps creating exclusive areas attracting resourceful people and
businesses. Studies from real estate agents in Denmark shows that real estate values in these types of areas are up to 70 percent higher.
Clear visions of great importanceAn integrated water management approach is the most cost-efficient way and thus key in solving to the challenges that cities face of increased urbanisation and climate changes. However, reaching a sustainable society, urban planning goes beyond the priorities of city authorities and water utility and require collaboration among various stakeholders. This is why clear visions and common goals are of great importance for success.
Prioritising investmentsA fundamental part of urban water management is — along with identifying opportunities of attractive urban environments and intelligent handling of climate changes — the thorough identification, analysis and evaluation of water related risks like flooding and contamination of drinking water. Getting a more clear picture based on thorough assessments is important to figure out which solutions that are the most important to invest in.
The Rethink Water Network
and Danish Water Forum
White Papers.
Full version at WWW.RETHINKWATER.DK
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Executive Summary
Water resources will come under great stress in most countries in coming decades due to climate change andgrowing populations. Ourmessage from Copenhagen is that leaders should takeaction to prevent water loss and give citizens incentives to save water. It pays!
FRANK JENSENLord Mayor ofCOPENHAGEN
Urbanisation and the impact of global climate change are accelerating water scarcity for cities around the world. Securing enough water for a growing population requires more efficientmanagement of freshwater supply.
25 to 50 percent of water frequently lostFor many water utilities it is important to close the considerable gap between the volume of water they supply and that which is billed to the customers. This difference is known as Non-Revenue Water (NRW), or urban water loss, and it amounts to between 25 and 50 percent of the total water distributed globally. It is caused by inaccurate billing and metering systems, leakage from deteriorating distribution infrastructures, excessive water pressure in distribution systems, reservoir overflow, unnecessary flushing and illegal connections to the water network.
Best performers have under 10 percentAs well as rising to the challenge of ensuring enough water resources and avoiding wasted energy on producing and distributing Non-Revenue Water, a few decades ago the Danish government created a strong incentive for water utilities in Denmark to reduce urban water loss and to plan, manage and operate the utilities efficiently to the benefit of the consumers and the environment. Today, urban water loss in Denmark is only 7 percent on average, with some of the biggest cities down to as little as 5 percent. Supported by technology suppliers and consulting companies, most utilities have implemented a
wide range of cost efficient leakage monitoring technologies and leakage management systems.
Financial arguments for taking actionWith this expertise to draw on, Danish companies have successfully helped cities and water utilities around the world to reduce NRW. Although water loss is a well-understood challenge by most utilities, few are successful at reducing it to a financially feasible level and keeping it low. However, reducing NRW by half is generally a very realistic target within one to two years. Such a reduction can generate a boost in annual income from increased revenues and reduced costs, while at the same time servicing more people without new investment.
A successful NRW reduction programmeNRW reduction must be an agreed strategy for the whole organization, based on a holistic master plan, so that results can be achieved by the implementation of an ambitious programme. The ‘Smart NRW Management’ concept works on the principle of breaking the distribution system down into smaller more manageable units. A hydraulic model is used to calculate the optimal number and design of these areas, enabling the utility to focus on conducting the most economically advantageous activities. Furthermore, advanced management support systems secure overview and full control of the water distribution.
The Rethink Water Network
and Danish Water Forum
White Papers.
Full version at WWW.RETHINKWATER.DK
Reducing Non-Revenue Water in water distribution
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Meeting an increasing
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Executive SummaryAs the cost of resourcesrises, companies increasingly see the economic potential in becoming more resourceefficient. In this context water efficient solutions become more and moreinteresting, but cost is the driver; we have never been able to charge more for a product simply because it’s sustainable.
STEEN RIISGAARDCEO
Novozymes
The availability of water will be a critical issue in the future, and the cost of water will rise. With higher living standards and a global population predicted to reach 9 billion people in the next few decades, the demand for water will increase significantly. Nearly three quarters of the total water consumption in the world relates to the consumption of food and drinks, and the United Nations has estimated that before 2030, water consumption will rise by 30 percent. Therefore, the water footprint of food products will get more attention from consumers, and be highly visible on political agendas in the near future.
Water efficiency pays offSustainable use of water can be turned to the advantage of those who take steps to respond to the shortage of fresh water in the world. Frontrunners that develop high levels of water efficiency before others, and who work to specific and measurable targets with respect to reducing their water footprint, can turn water and resource efficiency into a competitive advantage. This is particularly the case in areas of the world where the problems of water scarcity and contamination are most acute. Rising water rates and wastewater discharge fees will have a much smaller economic impact on their businesses.
Great results with simple measuresSimple efficiency measures can provide great results. A utility water audit is the typical starting point for identifying water saving options. It may be followed by more comprehensive investigations, which consider the options for water reuse and recycling.
The industrial symbiosis modelThe Kalundborg Symbiosis in Denmark, established 40 years ago, is an example of a pioneering industrial park where public and private enterprises buy and sell waste products from industrial processes in a closed cycle. Annual water savings of 3 million cubic metres have been achieved by recycling and reuse. By focusing on more than just one company, industrial parks around the world have the potential to use resources more efficiently. This is of special interest to food and beverage companies, as used process water can be sold on to industries with less strict water regulation.
Denmark knows water efficiencyWater rates in Denmark are some of the highest in the world, reflecting the actual costs of water extraction, wastewater treatment and environmental protection. For decades, Danish food and beverage industries have shown their skills in developing new products and increasing production, despite facing rising water rates and stricter disposal regulations. Today Danish consultants and technology companies work with food and beverage companies in Denmark and around the world, to increase their water efficiency without compromising on product quality. This white paper gives food and beverage companies a valuable insight into the possibilities of water efficiency.
The Rethink Water Network
and Danish Water Forum
White Papers.
Full version at WWW.RETHINKWATER.DK
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D E N M A R K knows water
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COMPANY MEMBERS OF DANISH WATER TECHNOLOGY GROUP
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D E N M A R K knows water
IFAT 2014 D E N M A R K knows
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Organizer:
Danish Water Technology Group(Danish Export Association)Glarmestervej 20ADK-8600 Silkeborg, DenmarkT +45 8681 3888
Contact:Ilse KorsvangHead of Danish Water Technology [email protected]
LOOKING FOR NEW TECHNOLOGY?Danish Water Technology Group (DWTG) gathers Danish suppliers from all facets of the industry, be it ground water, drinking water, process water, wastewater, urban water issues etc.
DWTG is part of Danish Export Association, who is representing +500 Danish companies. DWTG is owned by its +60 members, who supply components, equipment, systems and services to public and private actors in the water sector.
Water technology is one of Denmark’s key competencies. Already in the 1970’ies, Denmark had the world’s first environmental Ministry, which imposed strict environmental legislation. This has given the Danish suppliers an edge when it comes to holistic solutions with focus on:
• innovation• sustainability• energy efficiency
Danish Water Technology Group aim to create relations between the highly innovative Danish suppliers and co-operation partners and clients world wide.
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FutureWater