Screening buckets can process various organic materials. This bucket in Spain is used for screening and crushing biomass which is a waste stream output from the olive oil production process.
Material: industrial waste stream including fruit stones, sticks and leaves
Objective: Crush & screen the material for feeding biomass boilers
Bucket model: EE4290
Blade model: 4304
Blade thickness and spacing: 16mm /24mm
Preparing topsoil with screening buckets has long been a common application in northern countries and is becoming more frequent in other areas as well. The benefits of processing materials on-site instead of transporting them are also recognized in the USA. Producing topsoil is one of the most common applications. With our blade screen technology, you can separate stones, wooden sticks, and other unwanted particles from the soil. Blades also mince up the lumps in the material.
Material: topsoil
Objective: Separate the stones, sticks, and other oversized particles to prepare the topsoil for landscaping. Maximum particle size 28 mm
Bucket model: EP 4150
Blade Model: 2001
Blade thickness and spacing: 16mm/34mm
Mixing and aerating organic waste piles will speed up the composting process. More aggressive blades, such as screening-crushing blades, break the material into smaller particles to catalyze the process. Composition can vary from very moist to dry, depending on the type of material and how advanced the composting process is. In the early stages of the process, a bucket with very large gaps between the blades can be used to mince up particles and aerate the material whilst later in the process the compost can be screened using a bucket with narrow blade spacing between the screening blades to separate any remaining oversized particles from the end product. The screening buckets are compact and are easy to bring inside any composting installations.
Material: Dried and composted sewage sludge
Objective: Remove remaining oversized particles from composted material
Bucket model: EP 4150
Onsite processing of demolition waste reduces the amount of material sent to landfill. The PD 3160 was used at the demolition site of an old hospital in the UK.
Material: Gravel, construction waste
Objective: Separating oversized particles and preparing the material for reuse onsite
Bucket model: PD 3160
Blade Model: 4304
Blade thickness and spacing: 16mm/24mm
Screening buckets with aggressive blade models can easily process coal and break it down to a smaller particle size. In the UK coal was processed with the EE 4220, which is the second largest of our models of bucket.
Objective: screening particle size for further use
Bucket model: EE 4220
Blade model: 4311
Blade thickness and spacing: 16mm/ 74mm
The recycling of gypsum board often requires that the material is first crushed down to a smaller particle size. In Washington, USA, gypsum is crushed with a Remu XO2150 bucket equipped with screener-crusher blades. The crushed material is then reused as an agricultural soil additive.
Objective: Crush recycled gypsum board for further use
Bucket model: XO2150 with SC module
Blade model: 2304
Blade thickness and spacing: 10 mm/ 20 mm | 3/8″minus
Soil characteristics can be enhanced to meet the required engineering specifications by adding stabilizing agent like fly ash, lime fly ash, cement or other stabilizers. With our screening buckets the stabilizing can be done on-site by mixing just the right amount of stabilizer to the soil.
Screening buckets can process various organic materials. This bucket in Spain is used for screening and crushing biomass which is a waste stream output from the olive oil production process.
Material: industrial waste stream including fruit stones, sticks and leaves
Objective: Crush & screen the material for feeding biomass boilers
Bucket model: EE4290
Blade model: 4304
Blade thickness and spacing: 16mm /24mm
Preparing topsoil with screening buckets has long been a common application in northern countries and is becoming more frequent in other areas as well. The benefits of processing materials on-site instead of transporting them are also recognized in the USA. Producing topsoil is one of the most common applications. With our blade screen technology, you can separate stones, wooden sticks, and other unwanted particles from the soil. Blades also mince up the lumps in the material.
Material: topsoil
Objective: Separate the stones, sticks, and other oversized particles to prepare the topsoil for landscaping. Maximum particle size 28 mm
Bucket model: EP 4150
Blade Model: 2001
Blade thickness and spacing: 16mm/34mm
Mixing and aerating organic waste piles will speed up the composting process. More aggressive blades, such as screening-crushing blades, break the material into smaller particles to catalyze the process. Composition can vary from very moist to dry, depending on the type of material and how advanced the composting process is. In the early stages of the process, a bucket with very large gaps between the blades can be used to mince up particles and aerate the material whilst later in the process the compost can be screened using a bucket with narrow blade spacing between the screening blades to separate any remaining oversized particles from the end product. The screening buckets are compact and are easy to bring inside any composting installations.
Material: Dried and composted sewage sludge
Objective: Remove remaining oversized particles from composted material
Bucket model: EP 4150
Onsite processing of demolition waste reduces the amount of material sent to landfill. The PD 3160 was used at the demolition site of an old hospital in the UK.
Material: Gravel, construction waste
Objective: Separating oversized particles and preparing the material for reuse onsite
Bucket model: PD 3160
Blade Model: 4304
Blade thickness and spacing: 16mm/24mm
Screening buckets with aggressive blade models can easily process coal and break it down to a smaller particle size. In the UK coal was processed with the EE 4220, which is the second largest of our models of bucket.
Objective: screening particle size for further use
Bucket model: EE 4220
Blade model: 4311
Blade thickness and spacing: 16mm/ 74mm
The recycling of gypsum board often requires that the material is first crushed down to a smaller particle size. In Washington, USA, gypsum is crushed with a Remu XO2150 bucket equipped with screener-crusher blades. The crushed material is then reused as an agricultural soil additive.
Objective: Crush recycled gypsum board for further use
Bucket model: XO2150 with SC module
Blade model: 2304
Blade thickness and spacing: 10 mm/ 20 mm | 3/8″minus
Soil characteristics can be enhanced to meet the required engineering specifications by adding stabilizing agent like fly ash, lime fly ash, cement or other stabilizers. With our screening buckets the stabilizing can be done on-site by mixing just the right amount of stabilizer to the soil.
REMU screening buckets have between 2 and 4 rotators powered by hydraulic motors. The spinning motion of the rotators and the carefully designed shape of the blades create movement that effectively separates the fine material, which drops through the bucket, and oversized particles, which remain inside the bucket. Because of this up and down movement, even material that is moist and thus hard to process with vibrating or sifters screens, is easy to process with the REMU blade screens.
Our blade designs can be divided into three groups: 1) Screening blades genuinely the materials without breaking up large particles thus avoiding them passing into the screened product. 2) Aggressive blades are designed to mince and break up materials like glass, roof tiles, root lumps. 3) Block shafts are designed to mix or aerate material, and are also used for coarse screening.
Comb counter blades are designed purely for screening and separating the material while aggressive counter blades are used for rough material and to help mince up the particles and lumps.
Blade screen technology is the best choice for moist materials. Rotating blades make the material move up and down while cleaning scrapers, constantly cleaning sticky material off the shafts.
Designed to maintain an optimum ratio of bucket mass to bucket volume, we make the most of the lifting capacity of the machine to load more material. Buckets can be fitted to excavators, wheeled loaders, tractors, and telehandlers of various sizes.
The crossover bucket is a totally new concept for the attachment sector: one bucket frame with multiple work modules enables a quick transition between different jobs. This is the perfect choice if you process several different materials. See illustration
Overcoming the challenges of pipeline projects, trench backfilling and other demanding heavy-duty applications. These buckets have a high-strength frame that can take a hammering. The buckets can execute demanding applications where an extra strong structure is required.
