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CONSTRUCTION WASTE AND SOIL PROCESSING
From incoming material flows to recovered materials and reuse
Integrated management of construction waste and excavated soil — from analysis of the initial material flow and technology selection to processing and recovery of materials for reuse.
Processing construction waste and soils helps reduce landfill disposal, optimize logistics costs and recover suitable materials for reuse. For the client, this means lower costs, reduced environmental risks and less dependence on primary raw material procurement.
Each project has its own starting conditions: site characteristics, waste volumes and composition, construction schedule, transport constraints, environmental requirements and the intended use of recovered materials.
NEODEVELOPMENT develops a project-specific model for managing material flows, defining the processing technology, production and logistics scheme, processing sites and end-use scenarios for recovered materials.
Each project has its own starting conditions: site characteristics, waste volumes and composition, construction schedule, transport constraints, environmental requirements and the intended use of recovered materials.
NEODEVELOPMENT develops a project-specific model for managing material flows, defining the processing technology, production and logistics scheme, processing sites and end-use scenarios for recovered materials.
OUR APPROACH
From Waste to a Secondary Resource
- Preliminary AuditAnalysis of project data, waste and soil types, expected volumes and generation schedules, project requirements and options for the further use of materials.
- Sampling and TestingDetermination of material composition and characteristics, including the required laboratory and treatability testing to select the appropriate processing method and further use.
- Process DesignSelection of technologies, equipment and sequence of operations, followed by development of the production and logistics processing scheme.
- SortingSeparation of the incoming material flow into fractions and removal of materials that do not meet the requirements of the selected processing technology.
- Mechanical ProcessingDepending on material composition, operations may include screening, crushing, separation, dewatering or blending.
- Recovered Material PreparationProduction of material with specified characteristics, taking into account the requirements for its intended use and quality verification.
- Process ControlIncoming, in-process and final quality control in accordance with the approved process documentation and requirements for the final material.
- Logistics and Recovery for ReuseOrganization and tracking of material flows across the entire chain: point of waste generation → processing site → end-use site.
- ResultA controlled material flow — from waste generation to the production and subsequent use of a secondary resource.
CLIENT OUTCOMES
The client receives a manageable, fully documented construction waste management model — from waste generation through processing to the beneficial reuse of recovered materials.
- INTEGRATED SOLUTIONThe client receives not a standalone waste operation, but an integrated chain that includes:
- process solution;
- production site;
- processing and quality control;
- material flow logistics;
- determination of further-use routes;
- a complete set of documentation for completed operations.
- ECONOMIC BENEFITThe integrated model helps reduce:
- long-distance transportation costs;
- the volume of materials sent to landfill;
- the project’s demand for primary inert materials;
- the number of intermediary contractors;
- risks associated with fragmented waste management.
- > 5.5+ million m³of soil processed and returned to productive use
- 100+ haof land prepared and restored
- USD 24+ mnin economic benefit generated for clients
SELECTED PROJECTS
Experience in delivering complex industrial, infrastructure and environmental projects.