Life Anadry - NEWS


DAM (Depuración de Aguas del Mediterráneo) participated at the International Fair for Efficient Water Management which took place on November 29-30th 2017 in Valencia, to present several research projects -including Life-ANADRY- to show the studies of Integral Management and Recovery of sewage sludge and waste water.
The presentation ceremony took place today, Thursday, November 30, in room 4F of the Feria Valencia Events Center. It was attended by the Chair Director, Alberto Bouzas and with the collaboration of Dr. Millán Millán Muñoz, Director Emeritus of the Center for Environmental Studies of the Mediterranean - CEAM, who offered a keynote on the Water Cycle in the Iberian Peninsula and Cuenca Western Mediterranean: Keys and Clues on the Current Situation.

At Efiaqua, DAM presented the conclusions of the PHORWater project and the results obtained in the Life-ANADRY project. Life-ANADRY is studying the technical feasibility of carrying out the dry anaerobic digestion process or high solids loading in medium and small wastewater treatment plants. The process allows the stabilization of sludge and the recovery of energy in WWTPs in which it was not possible until now.
According to the progress of the work, our project will offer an innovative solution that allows to obtain a stabilized product, sanitized and suitable for its application in agriculture. It also allows to obtain biogas that can be used as an energy source in the purification plant itself. For further information (link).[...]

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Life-ANADRY at VII jornada de lodos UB

The Environmental Biotechnology Group of the UB is organizing the Seventh Edition of the Seminar on Management and Treatment of sludge from EDAR (LODOS 2017), scheduled for November 22 of this year. The program is structured in four sessions that address various current issues in the sector. The first is dedicated to the recovery of waste resources, an issue that fully affects the concept of circular economy and has numerous areas of application in the operation and design of WWTPs. It contains four papers chosen from the many that have been presented and that show interest in this field. A second session, with three presentations, focuses on the possibilities of improving the anaerobic digestion process, which, despite the years of this technology, does not cease to introduce innovations aimed at increasing biogas production. It is followed by the third session that includes other novel treatments and ways of valuing the sludge, also with three contributions. The afternoon sessions are basically focused on the application of sludge in agriculture and complementary technologies. They are structured in two parts a and b, with a total of six papers. It is in this area where most proposals have been received and show that, not in vain, this is the majority destination of sludge, with about 80% of all uses. In any case, the program that the Technical Committee has drawn up on the basis of the numerous requests received, has tried to balance the different topics, which would be very extensive for a longer Conference. However, the limitation imposed by the duration of a single day has made the selection work arduous and in any case it is expected to fulfill the expectations as it has been happening throughout the previous editions. The organizing committee wishes that this Seminar will again serve as a framework for the meeting of the different professionals involved in this sector of wastewater treatment and also serves as a forum for the discussion of this topic as well as related ones, also of interest for the sector.

Life-ANADRY project will be presented by DAM at the event (link) (11:45 am)[...]

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A delegation from the Government of Tunisia visits the LIFE-ANADRY project at the Alguazas WWTP in Murcia

On July 18, the Sanitation Entity of the Region of Murcia (ESAMUR) organised a visit with a delegation from the Government of Tunisia to different treatment plants in the region of Murcia in order to publicize treatment facilities, processes and projects currently undergoing in the Region.

The delegation was composed of 11 people who represent members of different areas of the cabinet of the government of Tunisia.


One of the projects which were visited was the LIFE-ANADRY project, which is being carried out at the Alguazas water treatment plant (Murcia) of which ESAMUR is a project partner.
During the visit, the members of the Tunisian delegation have shown interest in knowing the operation of the system and the general objectives of the project. ESAMUR explained the importance of this type of projects, which allow to increase the knowledge in new processes and to build increasingly efficient systems.
The LIFE ANADRY project develops a technology on a semi-industrial scale of dry anaerobic digestion, which allows to manage adequately the sludge produced in the medium or small size WWTPs.
Project Objectives

The main objective of the project is to maximize the production of biogas and obtain a sludge with a degree of stabilization and sanitation suitable for use in agriculture.
The project is led by the company Depuración de Aguas del Mediterráneo (DAM) and the Wastewater Treatment and Sanitation Authority of the Region of Murcia (ESAMUR), the Ceit-IK4 Technology Center, the company Ingeniería y Desarrollos Renovables (INDEREN) and Euro-Mediterranean information system on Know-how in the Water Sector (SEMIDE).

Source: (link)

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The installation of the prototype ANADRY in Alguazas WWTP, Murcia-Spain!

LIFE14 , LifeANADRY , prototype , WWTP , Alguazas , Sludge Management , anaerobic digestion

The Life-ANADRY project has completed the action related to the installation the prototype in Alguazas WWTP located in Murcia, Spain. The prototype was tested previously in the laboratory prior to the implementation in order to verify the functions of the all elements. At this moment, the prototype is functioning under the optimum conditions for the anaerobic digestion (AD) process.

For its installation, the prototype was filled with the thermophilic inoculum, then it was be heated until it reached the target temperature (55ºC). The reactor is kept at that temperature during this period. After that, dewatered sludge is loaded in a semi-continuous mode until achieving a hydraulic retention time (HRT) of 20 days.

Implementation of LIFE-ANADRY project at the pre-industrial scale will be placed in a 20 m3 cylindrical reactor with a capacity of treating up to 3 tonnes/day. The system will be run under dry or high-solids conditions, with inflow sludge concentration ranging from 15-20% Total Solids (TS), and it will be operating at mesophilic and thermophilic temperatures. Moreover, the influence of the HRT on process performance will be studied in terms of sludge stabilization, pathogens elimination and biogas production.


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"This project has received funding from the European financial instrument for the Environment (Life+) programme (LIFE14 ENV/ES/000524). The European Comission is neither responsible nor liable for any written content in this website"

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