IEG Technologies UK Ltd are soil and groundwater remediation specialists providing a turnkey remediation and risk management service using proven sustainable in situ process-based technologies. Our remediation technology systems are offered on a guaranteed fixed capital payment basis, irrespective of remediation duration, or alternatively on flexible terms to meet the requirements of a client's budget.

We pride ourselves in our ability to solve the problems of our customers in a cost-effective and sustainable way to eliminate liabilities and risk, adding value in the process. IEG's track record dates back nearly 30 years. Since 1990 alone, IEG systems have been used to successfully complete over 300 remediation projects across Europe and the United States of America. In addition, with over 100 technical references in the literature, IEG's extensive experience has been supplemented by combining the latest in Research and Development and modelling with technology demonstrations and real site applications.

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Remediation of Asbestos in Soil

IEG Technologies UK Ltd provides a one stop shop management service designed to remove the health & safety and commercial risks associated with the presence of asbestos-containing building materials on brownfield development sites.

Asbestos contamination on such sites may have resulted from asbestos product manufacturing, licensed waste disposal acitivites, or from the inadvertent or deliberate mixing of asbestos waste with soil and demolition rubble. Whilst the treatment of land contaminated with such asbestos-containing materials, including asbestos insulation, asbestos coatings, asbestos insulating board and asbestos cement is not covered by an Approved Code of Practice, health & safety, as well as waste management, legislation and must be considered.
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Virtual-Permeable Reactive Barrierâ„¢

IEG's patented vertical Groundwater Circulation Wellâ„¢ (IEG GCWâ„¢) technology enables the simultaneous containment and accelerated treatment of organic compounds and inorganic contaminants like ammonia, nitrate and heavy metals.

When a GCWâ„¢ is situated within a groundwater contamination plume, this creates effective hydraulic control across a large diameter ellipsoidal capture zone within the aquifer. If the width of a plume is larger than the capture zone of a single GCWâ„¢ several GCW's are arranged in one line. When applied as multiple systems in this way, the capture zone of each well interlocks transforming the aquifer into a reactive zone through which no groundwater can pass without being caught and treated.

Thus, a line of several GCW's represents a Virtual-Permeable Reactive Barrierâ„¢ (IEG's V-PRBâ„¢). more...

IEG Remediation
IEG Remediation
IEG Remediation

Press Release

IEG Italia s.r.l. announces that a General Cooperation Agreement has been signed with Snamprogetti SpA (ENI Group) for their clients in Italy. Under the agreement IEG and Snamprogetti will jointly promote and implement IEG's innovative portfolio of in situ soil and groundwater remediation technologies.

Ernst Bartsch of IEG Italia s.r.l. comments: "We believe that this partnership with Snamprogetti is an important milestone. Snamprogetti's in-depth market knowledge and project management skills combined with our portfolio of in situ treatment technologies represent an innovative and attractive offer in the Italian remediation market." Published June 14, 2007

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IEG Technologies UK Limited announces the signing of a worldwide exclusive licence for the development, marketing and sales of a revolutionary soil remediation amendment system which enables a wide range of plants to be grown in hostile and toxic environments such as metalliferous and coal mine waste sites.

The patented technology, which has been developed by Dr. Prof. Peter J. Leggo at The University of Cambridge, combines recycled organic waste with a natural mineral producing a powerful and wholly natural biologically driven slow-realease fertiliser which provides essential plant nutrients on demand whilst protecting plant roots from the toxic effect of contaminants.

Steve Forster of IEG comments: "The unique properties of the system allow plants such as willow to grow on contaminated substrates that would not otherwise support healthy and sustained plant growth, providing an invaluable tool for the stabilisation of hazardous sites. We see enormous potential for the application of the technology for the greening of derelict and unproductive land, reducing the environmental impact from run-off and soil erosion whilst simultaneously offering the potential for the production of sustainable commercial bioenergy plantations."

In a seperate announcement, IEG also announces its sponsorship of a three year research project entitled "Performance of bio-energy crops grown in contaminated soils: role of organic amendments on soil-microbial-plant interactions". The project, funded by EPSRC and co-sponsored by IEG and commercial partner, AIM-listed waste recycling company, Bioganix PLC, will be carried out at Cranfield University's School of Applied Sciences' Silsoe Campus. It will seek to provide further detailed data on the efficiency of the soil remediation amendment system developed by Dr. Prof. Leggo and the microbiological processes that underpin it. Published August 1, 2007

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IEG is a member of the Environmental Industries Commision, the UK's leading environmental lobbying organisation. The EIC was launched in 1995 to provide environmental technology equipment and services suppliers with a strong and effective voice to influence the debate on the future of the industry among policymakers in Westminster, Whitehall and Brussels. Through its Contaminated Land Working Group, the EIC actively promotes a supportive legislative and fiscal framework that emphasises cost effective policies, coherent standards and practical solutions for the Contaminated Land Remediation sector.


Further Information

To discuss your in situ remediation requirements in detail, please use one of the contact options below: -

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Email: enquiries@iegtechnologies.co.uk

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