HMVT, All round remediation solution provider

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Hannover Milieu- en Veiligheidstechniek (HMVT) is an all round remediation solution provider: Extractive methods (pump & treat, soil vapour and various water extraction techniques, air sparging) Biological methods(various anaerobic and aerobic techniques), Chemical methods(various oxidation and reduction techniques), ISCO Combination of methods and techniques

Technology Business

HMVT Innovating Environmental Engineering

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Het principe van een constructed wetlands is in Amersfoort ingezet voor de sanering van een VOCl verontreiniging. Inderdaad, eerst maar even uitleggen wat dat betekent. In de natuur is een ‘wetland’ het gebied waar de overgang van het land naar het water ligt. Dit kunnen bijvoorbeeld mangroven of moerassen zijn. Het bijzondere van deze gebieden is de afwisseling van biologische condities. Dat wil zeggen: op sommige plaatsen is veel water (en weinig zuurstof) aanwezig terwijl op hoger gelegen, droge gebieden natuurlijk wel zuurstof aanwezig is. Deze afwisseling in biologische condities resulteert ook in een rijkdom aan biologische afbraak processen. Dit principe wordt gebruikt voor een ‘constructed wetland’ met als doel om micro chemische verbindingen biologisch af te breken. Een constructed wetland is eigenlijk een doorontwikkeling van een helofyten filter. Dit type filter wordt al decennia gebruikt om huishoudelijke waterstromen te behandelen. De focus van de afbraak bij deze filters ligt op de macro chemie. Het principe van de werking van een constructed wetland berust op de afwisseling van aerobe en anaerobe condities in het systeem. Zo worden de chemische verbindingen blootgesteld aan verschillende afbraakprocessen. Er zijn verschillen biologisch actieve zones in een constructed wetland. De wortelzones van de planten herbergen een grote variatie aan biologie en biologische processen. Hier komen zowel aerobe als anaerobe condities voor. In het diepe water van het filter domineren anaerobe condities. Dit invloed van de planten is hier verwaarloosbaar. Het niet begroeide deel van het filter zijn de aerobe condities dominant. Van deze afwisseling in condities wordt bij het ontwerpen van een constructed wetland gebruik gemaakt. Een constructed wetland kan worden toegepast op een range van waterverontreinigingen zoals gechloreerde koolwaterstoffen (VOCl), aromaten, minerale olie, zware metalen en PAK. In deze presentatie - gehouden op een informatiemiddag op 8 oktober 2019 bij Huis Doorn - wordt ingegaan op de constructed wetland die is ontworpen en aangelegd voor een VOCl locatie in Doorn.

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Groundwater is a precious natural resource. Often overlooked to protect and to care for because it is so easy to use, cheap and abundant. However, this is changing: the groundwater is turning grey. The groundwater quality slowly started to be impacted by decades of industrial and agricultural activities. At several water production wells, the quality has dropped below acceptable levels. This means that additional treatment steps are required before the groundwater can be used for industrial processes or drinking water purposes. With significant -financial- consequences for users. In this session we are zooming into the origin of the problem, parties confronted with the problem and solutions. The origin of the problem may be easily summarized as a result of industrial and agricultural activities. Pollution migrates downwards over time, deteriorating the water quality. This is only one part of the story. As awareness on environmental issues evolved in the end of the last century, many successful programs were carried out to protect the groundwater. Soil and groundwater remediation, emissions restrictions, they all contributed to protect the groundwater. However, due to enormous projected future costs, many needed actions were not taken. Policy changes sometimes replaced actual remedial and protection measures, however they did not resolve the problem. And now we realize that our groundwater is going grey. What are the solutions? How can we protect the groundwater and repair the impacts? The classical technological solutions are all their, however we cannot afford them. So we want to conclude with affordable solutions that already exist and can contribute. We look in detail in the development of biological remediation of groundwater based on the constructed wetland methodology. How do they work and what have recent projects learned us? Why are they a viable -financial- solution to treat contaminated groundwater? We present some in-depth know-how that holds a lot of promise for the future.

How our precious groundwater goes grey - sources and pathways

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In the Netherlands, often only contaminated source locations are remediated, while pollution plumes keep growing as natural conditions do not always support natural (bio) degradation. Gradually, large areas will be (lightly) polluted. Traditional approaches of remediating those plumes are very costly and will cause a lot of CO2-emissions. With an alternative nature-based approach, plume remediation can be achieved in a cost-effective and energy-efficient way, by using constructed wetlands. Such biological groundwater treatment plants could be situated in green public areas. In three cases, results and costs of the implementation of constructed wetlands will be presented. With these project examples we will show that this application is a promising sustainable way of future plume remediation, which can be incorporated in urban groundwater management and other schemes of sustainable land management and land stewardship. The three case studies are briefly introduced below and will be further elucidated in final abstract and presentation.

Constructed wetlands for costeffective and energy-efficient remediation of pl...

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Groundwater is a precious natural resource. Often overlooked to protect and to care for because it is so easy to use, cheap and abundant. However, this is changing: the groundwater is turning grey. The groundwater quality slowly started to be impacted by decades of industrial and agricultural activities. At several water production wells, the quality has dropped below acceptable levels. This means that additional treatment steps are required before the groundwater can be used for industrial processes or drinking water purposes. With significant -financial- consequences for users. In this session we are zooming into the origin of the problem, parties confronted with the problem and solutions. The origin of the problem may be easily summarized as a result of industrial and agricultural activities. Pollution migrates downwards over time, deteriorating the water quality. This is only one part of the story. As awareness on environmental issues evolved in the end of the last century, many successful programs were carried out to protect the groundwater. Soil and groundwater remediation, emissions restrictions, they all contributed to protect the groundwater. However, due to enormous projected future costs, many needed actions were not taken. Policy changes sometimes replaced actual remedial and protection measures, however they did not resolve the problem. And now we realize that our groundwater is going grey. What are the solutions? How can we protect the groundwater and repair the impacts? The classical technological solutions are all their, however we cannot afford them. So we want to conclude with affordable solutions that already exist and can contribute. We look in detail in the development of biological remediation of groundwater based on the constructed wetland methodology. How do they work and what have recent projects learned us? Why are they a viable -financial- solution to treat contaminated groundwater? We present some in-depth know-how that holds a lot of promise for the future.

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Constructed wetlands for remediation of plumes

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In the Netherlands, often only contaminated source locations are remediated, while pollution plumes keep growing as natural conditions do not always support natural (bio) degradation. Gradually, large areas will be (lightly) polluted. Traditional approaches of remediating those plumes are very costly and will cause a lot of CO2-emissions. With an alternative nature-based approach, plume remediation can be achieved in a cost-effective and energy-efficient way, by using constructed wetlands. Such biological groundwater treatment plants could be situated in green public areas. In three cases, results and costs of the implementation of constructed wetlands will be presented. With these project examples we will show that this application is a promising sustainable way of future plume remediation, which can be incorporated in urban groundwater management and other schemes of sustainable land management and land stewardship. The three case studies are briefly introduced below and will be further elucidated in final abstract and presentation.

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Aan het einde van de Bremerbergweg Biddinghuizen op de rotonde bij het ‘dubbel like’ beeld op de dijk wordt hard gewerkt aan de Bremerbaai. Bij deze zomerse temperaturen hoog tijd om deze plannen eens nader te bekijken. De Bremerbaai zal een speeleiland en zwemwater van 1,8 meter diep krijgen. Voor het 300 meter lange strand komen geotubes in het water als scheiding tussen het diepe en ondiepe gedeelte. Geotubes zijn een soort worst van kunststof met zand erin. Daarnaast komt er een pier van 160 meter. Aan het uiteinde van die pier komt een uitkijktoren gericht naar het water. Ook de pont naar Nunspeet zal gaan vertrekken vanaf de Bremerbaai. Op het strand komen verder douches, een toiletgebouw en een strandpaviljoen, dat wordt gerund door Aquacentrum Bremerbergse Hoek. Er komen 150 parkeerplaatsen met een draaiplein. Voor de bouwvak 2015 is begonnen met de aanleg van de Bremerbaai. In januari 2016 moeten de werkzaamheden klaar zijn. Vanaf 2016 kan er volop van dit strand op aangename fietsafstand worden genoten. Het hele project kost ongeveer 2 miljoen euro. De totstandkoming van dit recreatiegebied is een samenwerking tussen de coöperatie Gastvrije Randmeren en de gemeente Dronten en wordt gesubsidieerd door de provincie Flevoland en de Europese Unie.

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HMVTRS presents at CSME conference, October 2013 Amsterdam 29 October 2013 HMVTRS was asked to present at the 2013 Contaminated Site Management Europe conference in Amsterdam (CSME). HMVTRS is a Joint Venture between HMVT and TRS. We presented globally the Electrical Resistance Heating Technology (ERH) and the results of two ERH in-situ remediation projects. The first presented project was a chlorinated solvent location on a bedrock location in Clark’s Summit. The second presented project was a mineral spirits and a chlorinated solvent site in Seattle. On this second site various more classical in-situ remediation technologies over the last 20 years failed to solve the problem. TRS was able by using the ERH technology to reduce on both sites the concentration levels over 99%. More information on ERH and the two cases can be found in the presented powerpoint presentation. HMVTRS was asked to present at the 2013 Contaminated Site Management Europe conference in Amsterdam (CSME). HMVTRS is a Joint Venture between HMVT and TRS. We presented an overview of the Electrical Resistance Heating Technology (ERH) and case studies of two ERH in-situ remediation projects. The first project was a chlorinated solvent (PCE) location on a bedrock site in Pennsylvania. The second presented project was a mineral spirits and a chlorinated solvent site in Seattle. On this second site various more classical in-situ remediation technologies applied over the last 20 years failed to solve the problem. TRS was able to apply the ERH technology to reduce the concentration levels on both sites by over 99%. More information on ERH and the two case studies can be found in the PDF of the presentation.

Erh various applications - SCME 2013

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HMVT: removal men

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HMVT staat voor Hannover Milieu- en Veiligheidstechniek B.V. Samen met ons Belgische bvba dochterbedrijf WeGroSan/HMVT realiseren wij milieutechnische oplossingen voor bodemsanering, zuivering van water- en luchtstromen en bodembescherming. Denk hierbij aan: • Complexe (in-situ) bodem- en grondwatersaneringen. • Water- of luchtzuiveringen, bijvoorbeeld als een fabrieks- proces voor onderhoud tijdelijk moet worden overbrugd. • Bench-scale of pilotonderzoek naar de haalbaarheid van oplossingen. • Zuivering van luchtstromen met de koude plasma Corona Technologie. • Saneringsonderzoek, planvorming en verzorgen van ver- gunningen. • Aanleg van vloeistofdichte betonverhardingen, container- parken en nieuwbouw of renovatie van tankstations en tankenparken. Wij werken voor een breed scala aan klanten, variërend van overheden, (petro)chemische industrie, projectontwikkelaars tot andere dienstverleners. Onze kracht zit in het toepassen van onze praktische ervaring in combinatie met onze creativiteit en om tot pragmatische oplossingen te komen. Kort samengevat: wij willen milieutechnische vraagstukken daadwerkelijk oplossen!

Over HMVT & WeGroSan/HMVT - Wij bieden innovatieve technische oplossingen ...

Over HMVT & WeGroSan/HMVT - Wij bieden innovatieve technische oplossingen ...

Over HMVT & WeGroSan/HMVT - Wij bieden innovatieve technische oplossingen ...

HMVT stands for Hannover Milieu- en Veiligheidstechniek B.V. (Hannover Environmental and Safety Technology). Together with our Belgian subsidiary WeGroSan/HMVT bvba we implement environmental-technical solutions for soil remediation, water and air flow purification and ground and soil protection. This includes: • Complex (in situ) soil and groundwater remediation • Water or air purification, for example when an industrial process needs to be covered for a period of maintenance • Bench-scale or pilot study into the feasibility of solutions • Purification of air flows with cold plasma Corona Technology • Remediation studies, planning and obtaining permits • Installation of liquid-proof hard concrete surfaces, container storage areas and newly built or renovated service stations and tank parks. We have a broad range of clients, ranging from local authorities, petrochemical and chemical industries, project developers to other service providers. Our strength lies in the application of our practical experience combined with our creativity. In brief: we really want to solve your environmental-technical problems!

About HMVT and WeGroSan/HMVT - We offer innovative technical solutions fo...

About HMVT and WeGroSan/HMVT - We offer innovative technical solutions fo...

About HMVT and WeGroSan/HMVT - We offer innovative technical solutions fo...

‘Highly Commended award’ voor duurzame sanering HMVT voert een bodemsanering uit in Bilthoven. Hiervoor zetten wij zonnepanelen en zonnecollectoren in om de benodigde energie duurzaam op te wekken. Onze opdrachtgever voor deze bodemsanering is Stichting Bodemsanering NS (SBNS). SBNS won voor de duurzame bodemsanering in Bilthoven de ‘Highly Commended award’ in Venetië tijdens de 12e editie van de ‘Sustainability Conference’ van de UIC (International Union of Railways). Met dit project, zo oordeelde de UIC, wordt een bijzondere bijdrage aan duurzame ontwikkeling in de spoorwegsector geleverd. Meer informatie: http://www.hmvt.nl

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2024 May Patch Tuesday

Hyatt driving innovation and exceptional customer experiences with FIDO passw...

Hyatt driving innovation and exceptional customer experiences with FIDO passw...

Hyatt driving innovation and exceptional customer experiences with FIDO passw...

State of the Smart Building Startup Landscape 2024!

State of the Smart Building Startup Landscape 2024!

State of the Smart Building Startup Landscape 2024!

“Iamnobody89757” Understanding the Mysterious of Digital Identity.pdf

“Iamnobody89757” Understanding the Mysterious of Digital Identity.pdf

“Iamnobody89757” Understanding the Mysterious of Digital Identity.pdf

Extensible Python: Robustness through Addition - PyCon 2024

Extensible Python: Robustness through Addition - PyCon 2024

Extensible Python: Robustness through Addition - PyCon 2024

Syngulon - Selection technology May 2024.pdf

Syngulon - Selection technology May 2024.pdf

Syngulon - Selection technology May 2024.pdf

ERP Contender Series: Acumatica vs. Sage Intacct

ERP Contender Series: Acumatica vs. Sage Intacct

ERP Contender Series: Acumatica vs. Sage Intacct

Continuing Bonds Through AI: A Hermeneutic Reflection on Thanabots

Continuing Bonds Through AI: A Hermeneutic Reflection on Thanabots

Continuing Bonds Through AI: A Hermeneutic Reflection on Thanabots

Long journey of Ruby Standard library at RubyKaigi 2024

Long journey of Ruby Standard library at RubyKaigi 2024

Long journey of Ruby Standard library at RubyKaigi 2024

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(Explainable) Data-Centric AI: what are you explaininhg, and to whom?

(Explainable) Data-Centric AI: what are you explaininhg, and to whom?

How to Check CNIC Information Online with Pakdata cf

How to Check CNIC Information Online with Pakdata cf

How to Check CNIC Information Online with Pakdata cf

JavaScript Usage Statistics 2024 - The Ultimate Guide

JavaScript Usage Statistics 2024 - The Ultimate Guide

JavaScript Usage Statistics 2024 - The Ultimate Guide

Event-Driven Architecture Masterclass: Engineering a Robust, High-performance...

Event-Driven Architecture Masterclass: Engineering a Robust, High-performance...

Event-Driven Architecture Masterclass: Engineering a Robust, High-performance...

Google I/O Extended 2024 Warsaw

Google I/O Extended 2024 Warsaw

Google I/O Extended 2024 Warsaw

Generative AI Use Cases and Applications.pdf

Generative AI Use Cases and Applications.pdf

Generative AI Use Cases and Applications.pdf

TopCryptoSupers 12thReport OrionX May2024

TopCryptoSupers 12thReport OrionX May2024

TopCryptoSupers 12thReport OrionX May2024

Portal Kombat : extension du réseau de propagande russe

Portal Kombat : extension du réseau de propagande russe

Portal Kombat : extension du réseau de propagande russe

HMVT, All round remediation solution provider

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