
Mersea Harbour and Tollesbury Wick Climate Change Adaptation Recharge Project
Rainbow discharge of sand and gravel to reinforce natural harbour defences
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These case studies were collected by members of the CEDA Working Group on the Beneficial Use of Sediments (WGBU)
Rainbow discharge of sand and gravel to reinforce natural harbour defences
Rainbow dredge of sand and gravel to reinforce defences, GB
Recovery of aggregate fractions using suction dredging, with gravity separation lagoons.
use of dry mineral processing techniques (crushing and sieving), VALSE project, Tournai - BE
by mineral processing techniques, Tournai - BE
through creation of islets and dikes from disposal facilities, Andalusia - ES
through Phytoremediation, Stockton-on-Tees - UK
through strategic deposition, California - US
through strategic deposition, Brightlingsea - UK
in three locations through strategic deposition, Hampshire - UK
through natural dispersive processes, Waddensea - NL
through natural dispersive processes, Louisiana - US
through natural dispersive processes, California - US
through natural dispersive processes, Harlingen - NL
to enhance flood resilience after dewatering and treatment, Dendermonde - BE
to enhance flood resilience after dewatering and treatment, Dunkirk - FR
to enhance flood resilience after natural ripening, Delfzijl – NL
to enhance flood resilience after dewatering and treatment, Waasmunster - BE
through strategic disposal, Essex - UK
through strategic placement and use of natural processes, California - US
through natural trapping, Demak - ID
through dewatering fields, Hamburg - DE
through a dewatering plant, Hamburg - DE
after dewatering, Ihrhove - DE
through a process of sand separation, Rotterdam - NL
after immobilisation and stabilisation, Dunkirk - FR
after stabilisation via Pneumatic Flow Tube Mixing, New Jersey - US
after multiple phase cleaning and sorting process, Palermo - IT
through bioremediation, Oostwaardhoeve - NL
to backfill former harbour-basins, Hamburg - DE
after natural dewatering, Ohio - US
through blending with local organic waste, Krimpenerwaard - NL
after blending with cement, Auckland - NZ
after blending with cement and stabilisation of contaminated sediments, Oslo - NO
after testing with various binders, Gothenburg - SE
through various beneficial uses, various locations in NL
after thermo-chemical high temperature treatment and immobilisation, New Jersey - US
through strategic deposition, New Jersey - US
through strategic placement, Mississippi - US
through industrial treatment, Hamburg - DE
after natural dewatering in confined facilities, Jisperveld – NL
through creation of islands, Wisconsin - US
through creation of islands, Lelystad - NL
to enhance flood resilience after industrial dewatering, Hamburg - DE
after dewatering, Hamburg - DE