Every demolition and renovation project generates construction debris, rubble, and waste that must be managed, sorted, and disposed of in accordance with current regulations. The cost of this process depends largely on one controllable factor: the volume of material to be disposed of. The more you can reduce this volume on-site, the less you’ll pay for transportation, dumpsters, and disposal fees.
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The disposal of inert waste is a cost item that many companies underestimate when preparing their estimates and end up having to deal with after the fact.
Construction debris and rubble classified as waste must be transported to authorized facilities, accompanied by a waste identification form, and disposed of at a rate per ton or per cubic meter.
On medium-sized construction sites, this item can have a significant impact on the project’s final profit margin.
The problem isn’t just financial; it’s logistical. Containers that fill up quickly, long wait times for pickup, and limited access for heavy vehicles in urban areas.
Every additional trip is wasted time and a fixed cost that doesn’t add value.
A jaw crusher located directly on-site reduces the volume of material before it leaves the site. The principle is simple: crushed material takes up much less space than whole pieces of rubble, which directly reduces the number of dumpsters needed and the number of trips to the authorized disposal facility.
The volume reduction achieved through on-site crushing makes it possible to optimize truckloads and reduce the frequency of hauls. On a medium-sized renovation project, the savings in transportation and disposal costs can be significant even in the early stages of the project.
Crushed and graded material can, under certain conditions and in compliance with applicable regulations, be reused as a subbase, fill, or for stabilization directly on-site. This further reduces the volume of material requiring disposal and can lower the costs of sourcing virgin material. The conditions for reuse depend on the type of material, the EER/CER code, and the applicable authorizations: for a specific assessment, please consult your environmental consultant.
Crunchy crushers process rigid and brittle mineral materials, which make up the largest proportion of construction and demolition waste. Bricks, concrete, ceramics, natural stone, and glass can all be processed, with variations in yield depending on the hardness of the material and the required particle size.
For hard stone materials (marble, granite, basalt, porphyry, quartzite), the reference model is Crunchy Compact Stone, specifically designed to withstand the hardness and abrasiveness of these materials.
Crunchy compact
It weighs about 150 kg, runs on 220V power, and is moved by hand. Ideal for apartment demolition, commercial renovations, and construction sites where space is limited and the volume of rubble can be managed on-site without the need for mechanical loading.
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Crunchy compact stone
For medium-to-large construction sites and aggregate processing yards where high volumes require uninterrupted operation. Loaded by an excavator, it produces 6–7 m³/hour and integrates with a conveyor belt for a continuous cycle without backlogs.
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Crunchcy plus
When debris includes marble, granite, basalt, or porphyry—which is common in high-end renovations or construction sites with natural stone cladding—you need a machine built to withstand the hardness and abrasiveness of these materials. The Crunchy Compact Stone retains the compactness of the standard Compact model, with components designed specifically for the stone industry.
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The management of construction and demolition waste is primarily governed by Legislative Decree 152/2006 and its subsequent amendments. Demolition materials classified as waste must be properly identified using an EER/CER code, accompanied by a transport form, and delivered to authorized facilities. The conditions for potential recovery or the cessation of waste status depend on the specific case and the applicable authorizations.
Find out which Crunchy crusher best suits your operational needs and request a personalized quote.
Choosing the right length of belt or understanding how to integrate it with your crusher requires just a few details: site dimensions, distance between the crushing point and storage, and the material being transported. Contact us and we will find the right configuration together.
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