waste recycling machinery Germany

... making the recycling sector more economical with innovative concepts. ARJES offers you a wide range of solutions for classifying pre-shredded material in the fields of wood, waste, and metal processing. By employing various screening techniques, we are able to precisely tailor specific requirements regarding throughput capacity, fraction size, and material type. In addition, we also take care of...

... sulfuric acid reconcentration SAC®, and NOx absorption with recovery of nitric acid HNO3. Waste sulfuric acid and waste nitric acid, as well as mixtures with organic impurities, can be processed. Typical application areas include waste acids from nitration processes such as DNT and explosives like NC, NG, TNT, PETN, NiGu. PLINKE has developed special high-temperature processes for waste sulfuric acid that guarantee the highest purity of the recovered acid. PLINKE holds patents for both the process and the equipment.

... of the wire screens enable adaptation to individual screening requirements. Our MULTI SCREEN® screening plants are used in various sectors. Thanks to the proven double-drum technology, a wide range of materials such as soil, sand, gravel, compost, wood chips, glass, coal, slag, construction waste, gravel, recycling materials, alternative fuels, and stones can be cleanly screened in grain sizes...

The current EuRec® Environmental Technology GmbH was founded in 1995 as EuRec Technology GmbH by experienced insiders from environmental technology, recycling technology, and machinery and plant engineering in Merkers. EuRec® started as an engineering company and developed machines with the aim of revolutionizing and making waste treatment more efficient. New, groundbreaking ideas were...

Bezner is a leading engineering and manufacturing company of recycling and waste management machinery. We supply our products to industries that convert waste into energy and extract valuable recyclables such as paper, metals, glass, and plastics that can be sustainably reprocessed. Operating internationally, we design and install both single machines and turn-key solutions for conveying...

...clean, separate, and refine your intermediate and end products or production residues and waste. Sensitive products - such as those of pharmaceutical origin - are dried gently, without altering their optical properties or damaging active and ingredient substances. With the help of our technology, we could already respond today to many of the human-induced disasters, reduce the increasing industrial water consumption, and ensure "real" recycling of raw materials. We plan sustainably and work interdisciplinary. We substantiate our services with corresponding process guarantees.

... natural resources are close to our hearts. We generate a portion of our required electrical energy through hydropower using our own turbine system. Our energy needs for heating and process heat are met exclusively by our automatic wood-fired system for wood chips and residual wood. All plastic waste from processing is sent to authorized companies for optimal recycling.

... waste items that contained liquid mercury with an eye toward the environment. The goal is to reclaim this mercury as a raw material, clean it, and then release the purest form of red and silver mercury back into the economy in its purest form. Roteschemie started producing precious metal concentrates from waste materials and residues containing precious metals, as well as successfully vacuum-treating...

Our most extensive business area is the distribution of wood chips as fuel or as a secondary raw material for the particle board industry.

... outstanding developments and quality-focused production. We offer turnkey solutions—from engineering and manufacturing to after-sales service. G+R Polysilicon provides plant expertise for the solar and photovoltaic industry, developing and manufacturing process reactors and related components such as heat exchangers, buffer storage, and cooling systems. G+R Green Tech focuses on renewable energies, with processing plants for biomass, drying systems for sewage and industrial sludge, and recycling plants for animal carcasses, slaughter waste, and food scraps.