Velez-malaga

Circular economy

BRICK-BEACH - Artificial regeneration of urban beaches with eroded recylced aggregates

The BRICK-BEACH Project confirms the commitment of the Vélez-Málaga City Council for sustainability and innovation. The model of development that we pursue, uses natural resources in a sustainable way, in fishing, in agriculture, and also in tourism. We are creative in the search for solutions and this is why we have turned the problem of illegal dumps into an opportunity for the regeneration of beaches, in a circular economy model.

María José Roberto Serrano - Deputy Mayor
Chiffres clef
3.250 meters
out of the 18.000 m of the beaches of Vélez-Málaga need to be regenerated
237.408 sq. m
in the city are occupied by illegal debris dumps
665.800 m³
of waste could be used for the regeneration of beaches
75.000 tons of waste
per year will be treated and converted from waste to regeneration material
EUR 4,040,240.00
Total ERDF budget granted
Challenge addressed

Beaches are the result of a delicate balance between two opposing flows: erosion and new contributions. Waves imply a constant loss of sand, compensated by the arrival of new sediments that reach the sea through the rivers. The construction of dams, ports, and other human activity has slowed down the natural flow of new sediments, and it is nowadays necessary to add them artificially. The sediments are obtained by dredging the seabed, which is not sustainable from both environmental and economic perspectives. In addition to an environmental problem, the degradation of the beaches threatens the economic activity linked to it, and the welfare of many families.

At the same time that the beaches disappear in Vélez-Málaga, the mountains of rubble grow. Without respect to existing regulations, the waste from construction material currently accumulates in illegal landfills. Grounds, stones, asphalt pavements, bricks, glass, plastics, plasters, irons, and timbers are stacked on protected areas, affecting the natural environment and the landscape.

Solution proposed

BRICK-BEACH project turns problems into opportunities, and uses the waste materials from illegal dumpings (BRICKS) for the regeneration of the littoral (BEACHES). 

An innovative treatment plant will be built to integrate selecting, crushing and eroding processes, as well as gypsum recovery system. From the existing illegal landfills in Vélez-Málaga, this plant will produce a high quality recycled aggregate suitable as a beach material. This way:

  1. The damages that dredging the seabed would have produced will be avoided.
  2. The layers of clay created from the use of sand from the seabed will not appear thus avoiding negative impact on tourism.
  3. The piles of rubble will disappear and the landscape will be restored.

The aggregate produced from the treated construction waste will be used to regenerate the beaches in Vélez-Málaga. The University of Malaga will perform quality tests on the produced aggregate to ensure its wide acceptance and safe use in the environment. With the Mezquitilla beach regeneration, the project will implement an integrated environmental and economic regeneration programme. An integrated treatment of environmental recovery through vegetation will be carried out: plant species will be seeded in the upper beach area and seagrass meadows restocked under sea level. The maintenance of these meadows, which serve as a refuge for many species of fry, will increase the productivity of the fishing activity in the area and will require its protection from trawler boats by installing stakes that also allow the cultivation of mollusks. The new urban space created with the beach regeneration will also be an opportunity to generate new economic opportunities based on environmental values such as recycling and reuse.

Partnership
  • City of Velez-Malaga
  • Spanish Ministry of Agriculture Fisheries, Food and Environment
  •  Andalusian Agency for water and environment
  • University of Malaga - 1 higher education and research institute
  • Aula del Mar de Málaga - NGO
  • Andalusian Association of Business of Construction and Demolition Waste recovery (AGRECA)

Expected results
  • Establishment of an innovative Treatment Plant for construction and demolition waste with the aim of increasing the C&D waste’s recovery rate by 25%. This plant will induce the creation of transport, treatment and waste management companies.
  • The innovative aggregate produced during the project will be used to regenerate the Mezquitilla beach (800 meters long)
  • Cleaning and decontamination of the 12 illegal dumping in Vélez-Málaga, recovering the spoiled protected areas and avoiding the contamination of aquifers.
  • Regeneration of the beach of Mezquitilla, included in the Natura 2000 Network and recovery of the entire coastal ecosystem including pine and “tamarix canariensis” forests and marine meadows.
  • Creation of a new urban space that will support socio-economic activities linked to the maritime-land domain such as hospitality, nautical sports, diving, aquaculture, riverside carpentry, boatyard and car parks.
Main milestones

March 2019: Treatment Plant is built and starts operating and producing aggregate.

April 2019: The first works for the regeneration of Mezquitilla Beach start, using the materials produced by the Treatment Plant.

August 2020: As part of the economic regeneration scheme, showers, walkways, litter bins, etc are installed on the beach that is ready for the summer season. Recycled material has been incorporated in the design of the beach. Newly created businesses that will contribute to the economic regeneration of the area start their launching phase.

Chiffres clef
3.250 meters
out of the 18.000 m of the beaches of Vélez-Málaga need to be regenerated
237.408 sq. m
in the city are occupied by illegal debris dumps
665.800 m³
of waste could be used for the regeneration of beaches
75.000 tons of waste
per year will be treated and converted from waste to regeneration material
EUR 4,040,240.00
Total ERDF budget granted
Contact du project
Pablo Fernandez Rodriguez
Project Coordinator
Miguel Lucena Barranquer
UIA expert

Actualités du projet

cover

BRICK BEACH- Final achievements

BRICK BEACH- Final achievements...
Cover picture

BRICK-BEACH: A new impetus for the project, but will be it enough?

In this 5th Journal, Miguel Lucena will guide you through the most relevant news of the last 6 months for BRICK-BEACH project. With the approval of th...

A circular economy project for the citizens, with the citizens: BRICK-BEACH engagement process - ZOOM IN 2

The first Zoom-in published in January 2019, was intended to give an overview of the BRICK-BEACH project and collect the opinion of the partners invol...
BRICK-BEACH journal - facing Covid 19

BRICK-BEACH journal - facing Covid 19 and other challenges

In this fourth Journal of BRICK-BEACH project, UIA Expert Miguel Lucena reports on the advancement of the project till March 2020. With the project at...
BRICK-BEACH Journal 3: overcoming some of the challenges related to its infrastructural activities

BRICK-BEACH Journal 3: overcoming some of the challenges related to its infrastructural activities

In the third Journal of BRICK-BEACH, UIA Expert Miguel Lucena shows how the project is currently overcoming some of the challenges related to its infr...
Brick Beach regeneration of the “Mazquitilla” Beach

BRICK-BEACH Journal#2

This second Journal of BRICK-BEACH reports on the advancement of the project till March 2019 and focuses on the activities realised in different areas...
Brick-Beach Zoom-in 1

Zoom-in video on BRICK-BEACH project

Construction and demolition waste is always seen as one of the main barriers for implementing a circular economy. Instead, in Velez-Malaga they saw it...
Brick-Beach Journal 1

BRICK-BEACH UIA Expert Journal – tackling illegal dumps and recycling waste to recover its lost beach

UIA Expert, Miguel Lucena, gives a first look on how the project is being implemented ...

On the project's side - Interview of the BRICK-BEACH project

The UIA Secretariat conducted a series of interviews with the projects selected under the topic "Circular economy", with a special focus on ...

Media

Video by UIA Expert Miguel Lucena

Video ZOOM IN  2 by Miguel Lucena Barranquer

Projets liés

Antwerp Call 2
Antwerp
Antwerp Circular South - engaging the community in an online and offline circular economy
Topic:
Économie circulaire
Population:
521,946
ERDF:
EUR 4,979,239.40
Duration:
01/01/2018 - 30/06/2021
Heraklion A2UFood project
Heraklion
A2UFood - Avoidable and Unavoidable Food Wastes: A Holistic Managing Approach for Urban Environments
Topic:
Économie circulaire
Population:
173,993
ERDF:
EUR 3,130,359.00
Duration:
01/03/2018-28/02/2022
Super Circular Estate
Kerkrade
Super Circular Estate - First Circular Social Housing Estate for 100% Material and Social Circularity
Topic:
Économie circulaire
Population:
114,522
ERDF:
EUR 4,712,765.24
Duration:
01/11/2017-30/04/2021
Urban infra revolution
Lappeenranta
Urban infra revolution - Circular economy materials and novel method development to produce recyclable and functional urban construction products
Topic:
Économie circulaire
Population:
73,000
ERDF:
EUR 3,386,638.4
Duration:
01/11/2017-31/10/2020
RESOURCED project
Leiedal Intermunicipal Association
RE/SOURCED Renewable Energy SOlutions for URban communities based on Circular Economy policies and Dc backbones
Topic:
Économie circulaire
Population:
302 695
ERDF:
3,998,436.80
Duration:
01/07/2020-30/06/2023
APPLAUSE
Ljubljana
APPLAUSE - Alien Plant Species from harmful to useful with citizens' led activities
Topic:
Économie circulaire
Population:
288,307
ERDF:
EUR 4,162,071.76
Duration:
01/11/2017-31/10/2020
Maribor Urban Soil 4 Food
Maribor
URBAN SOIL 4 FOOD - Establishment of Innovative Urban Soil Based Economy Circles to Increase Local Food Self-sufficiency and Minimize Environmental Footprint
Topic:
Économie circulaire
Population:
111,550
ERDF:
EUR 2,998,120.00
Duration:
01/12/2017-31/11/2020
Earth Cycle
Sevran
Earth Cycle - On-site recycling process of extracted soil from the subway work in SEVRAN and its impact on the circular economy
Topic:
Économie circulaire
Population:
50,374
ERDF:
EUR 4,885,025.36
Duration:
01/03/2018-28/02/2021