Aficionado - Dermot Diamond

These are the 10 unique sources for Dermot Diamond's 354 publications. A single publication may appear in multiple sources. Click on a name or publication count to see the publications for a particular source.

Source	#
Ireland -> Dublin City University	340
Ireland -> Dublin City University -> PubMed	48
Ireland -> Dublin Institute of Technology	6
Ireland -> IT Tallaght	2
Ireland -> IT Tallaght -> PubMed	2
Ireland -> Maynooth University	1
Ireland -> Trinity College Dublin	1
Ireland -> University College Cork	1
Ireland -> University College Dublin	6
Ireland -> University College Dublin -> PubMed	1

23-Sep-2010

PHOTORESPONSIVE IONOGEL

14-Aug-2008

FLOW ANALYSIS APPARATUS AND METHOD

29-May-2008

A SELF-MAINTAINED SENSOR USING A LOW POWER ACTUATOR

01-Apr-2004

CHEMOCHROMIC SENSOR AND METHOD FOR SENSING A CHEMOCHROMIC REAGENT AND TEST MATERIAL

01-Dec-2013(FP7)

Deployable early warning pollution device for application in water

The purpose of this project is to develop an innovative integrated deployable device for the detection of pollution in water using innovative, state-of-the-art microfluidic technology. The consortium for this project is made up of partners from Ireland (T.E Laboratories and Dublin City University),UK (University of Southampton, Williams Industrial Services), Turkey (Kalite Sistem) and Italy (R.T. Environment).

The AQUAWARN device will be used for monitoring importantwater quality parameters in wastewater and environmental waters. Under environmental legislation such as the Water Framework Directive (2000/60/EC) and related Directives on Dangerous Substances (76/464/EEC), Groundwater (80/68/EEC), Drinking Water (80/778/EEC) and Urban Wastewater Treatment (91/271/EEC); there is an increasing requirement to monitor the quality of wastewater and water bodies.

The AQUAWARN device will be low-cost, transportable and deployable; it will provide high quality data and field-worthy equipment. The environmental monitoring system will be linked to a process control device and auto-sampler. In addition, data and/or an alarm will be sent to a mobile phone/laptop. The device will allow environmental agencies, industrial bodies etc. to monitor and respond efficiently to spatial and temporal changes in water quality.

Aquawarn will run for 2 years for a budget of €1.1M. The consortium involved in the AQUAWARN project will achieve its objectives and exploit the results. The RTDs have strong research expertise and the SMEs have a clear commercial interest in this topic. The global market for environmental sensing and monitoring technologies was worth 13 billion of economic activity at present with a projected average annual growth of 5.4% through to 2016 (BCC Research, 2011). All four SMEs involved in the project recognise the potential benefit of owning the IP of the AQUAWARN prototype and are in the position to benefit from and exploit the prototype IP commercially.

01-Dec-2009(FP7)

Advanced technologies for water resource management

Technology gaps exist within the EU that prohibit compliance with the Water Framework Directive in providing an integrated water resource management strategy that will secure both water quality and quantity. The fundamental objective of the ATWARM ITN is to enhance the career prospects of 16 young researchers by providing them with greatly enhanced multidisciplinary skills and business aptitudes that will enable them to address these technology gaps.

The two scientific objectives of the ATWARM proposal are:
- To develop advanced technologies for enhancing the performance and/or sustainability of water and wastewater treatment plants, and
- To develop advanced technologies for enhancing water quality, including advanced technologies for analysis and monitoring. 14 ESR and 2 ER will participate in an integrated research programme.
Each will be located within specific host organizations and will be seconded to other sites to improve their multidisciplinary skills and their knowledge of ATWARM as a whole. They will receive specific in-lab training plus general S&T training at 3 Summer Schools and other relevant training events. Complementary training (involving external participants) structured to accommodate the personal career needs of each Fellow will also be provided. The ATWARM network will involve seven host organizations located in UK, Ireland and Germany.

These organizations (four academic, one research and two industrial partners) have distinct but complementary research foci and, due to their involvement in an existing network, are already collaborating effectively. Participation in ATWARM will foster relationships between the partners and ensure the long term sustainability of the network. ATWARM will be coordinated by Queen s University Belfast (which is experienced in the management and administration of large FP research projects) and will be managed by a Supervisory Board to ensure that all Fellows receive the same high standard of training.

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