Wird geladen...
Wird geladen...
Planning and execution of the disposal of all materials arising during dismantling in compliance with waste legislation. Covers classification in accordance with the AVV, record-keeping, recovery optimisation and landfill allocation.
Disposal & circular economy
Industrial dismantling generates complex waste streams: mineral masses, metals, timber, plastics, insulating materials, hazardous waste and special waste. Correct classification under the German Waste Catalogue Ordinance (AVV) determines the disposal route, the costs and the liability.
SBS integrates waste management directly into the dismantling planning. Material streams are identified, recovery routes defined and disposal certificates obtained as early as the dismantling concept stage. Grade-pure separation on site is more economical than subsequent sorting in treatment plants.
Our objective: the maximum recovery rate with seamless documentation. The Closed Substance Cycle Waste Management Act (KrWG) requires recovery to take precedence over disposal — we implement this consistently and document the results with weighbridge tickets, disposal certificates and recovery rate reports.
Proven methods and specialised equipment for optimal results.
Allocation of all dismantling materials to AVV code numbers on the basis of material analyses and determination of origin. Distinction between hazardous (*) and non-hazardous waste.
Grade-pure separation directly at the dismantling site: separate containers for construction rubble, metals, timber, plastics and hazardous waste. Container logistics and weighing system on site.
Identification of the economically and ecologically best recovery routes. Processing of construction rubble into RC material, metal recycling, thermal recovery of combustible fractions. Landfilling only as a last option.
Seamless electronic documentation via the electronic waste verification procedure: disposal certificates, consignment notes, collection notes. Final documentation that meets the requirements of the authorities.
Structured, transparent and on schedule — this is how we work.
Recording of all expected waste fractions from the dismantling concept. Quantity forecast for each AVV code. Identification of hazardous waste.
Basis: hazardous substance survey report, as-built drawings, quantity survey. Result: disposal concept with allocation of the recovery and disposal routes.
Obtaining disposal certificates for hazardous waste. Framework agreements with certified disposal and recovery operators.
Verification of the disposal operator's certification (EfbV), landfill allocation in accordance with DepV Annex 3, negotiation of terms. Certificates available before dismantling begins.
Setting up the sorting areas, container standing places and weighing station on site. Container logistics with an exchange cycle.
Labelling and colour coding of the containers. Instruction of all dismantling personnel in the segregation system. Regular inspection of sorting quality.
Removal of the waste to approved facilities. Consignment note documentation for hazardous waste. Weighbridge tickets for all fractions.
Transport permits under the AbfAEV for hazardous waste. GPS tracking for sensitive transports. Real-time monitoring of the recovery rate.
Disposal report with quantity balances, recovery rates, certificates and weighbridge tickets. Handover to the client and, where applicable, the authorities.
Summary of all disposal routes for each AVV code. Evidence of the precedence of recovery in accordance with the KrWG. Documents subject to retention requirements (5 years for hazardous waste).
Proper separation, recovery and disposal of all resulting materials.
Concrete, brick, mortar and tiles free from hazardous substance contamination. After processing, usable as a recycled building material in road construction and earthworks.
Used refractory bricks and masses without contamination. Grade-pure collection enables high-quality reuse.
Steel, stainless steel, copper, aluminium, brass and zinc. Grade-pure separation maximises the recycling revenue and the material quality.
Roof trusses, formwork timber and pallets (untreated) versus impregnated timber and railway sleepers (treated, in some cases hazardous waste).
Typical situations in which Disposal & circular economy is used.
Dismantling projects with complex waste streams
Statutory verification obligations for hazardous waste
Optimisation of the recovery rate on ongoing projects
Disposal concepts for permit applications
Remediation of contaminated land including soil disposal
Cost reduction through intelligent waste stream management
Everything you need to know about Disposal & circular economy
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