ANDRITZ SEPARATION GmbH Hall 8 / A36

Exhibitor Profile

ANDRITZ Separation ist Anbieter von mechanischen und thermischen Technologien und Serviceleistungen sowie zugehörigen Automatisierungslösungen im Bereich der Fest-Flüssig-Trennung und beliefert die Chemie-, Umwelt-, Lebensmittel-, Bergbau- und Mineralienindustrie.

Die maßgeschneiderten, innovativen Kundenlösungen zielen auf die Minimierung des Ressourceneinsatzes sowie höchste Prozesseffizienz ab und tragen so maßgeblich zu einem nachhaltigen Schutz der Umwelt bei. Der Geschäftsbereich bietet darüber hinaus auch Technologien und Serviceleistungen für die Produktion von Tierfutter- und Biomassepellets an.

ANDRITZ Separation provides mechanical and thermal technologies as well as services and the related automation solutions for solid/liquid separation, serving the chemical, environmental, food, mining and minerals industries.

The customized, innovative solutions focus on minimizing the use of resources and achieving highest process efficiency, thus making a substantial contribution towards sustainable environmental protection. In addition, the business area offers technologies and services for the production of animal feed and biomass pellets.

Products / Markets

Product Index

  • Bandfilter
  • Drucktrommelfilter
  • Eindicker
  • Filterpressen
  • Filtertücher
  • Filterzentrifugen
  • Membranfilterpressen
  • Rotary Membrane Filters
  • Scheibenfilter
  • Schneckenpressen
  • Schubzentrifugen
  • Schälzentrifugen
  • Siebzentrifugen
  • Trockner
  • Trommelfilter
  • Vakuumfilter
  • Zentrifugen

Market Scope

  • Abwasserwirtschaft
  • Agrarwirtschaft
  • Bergbauindustrie
  • Chemische Industrie
  • Filtrations- und Separationsindustrie
  • Kunststoffverarbeitende Industrie
  • Lebensmittel-,Getränkeindustrie
  • Petrochemische Industrie
  • Pharmazeutische Industrie
  • Umweltschutz

Product Index

  • Belt Filters
  • Centrifuges
  • Disc Filters
  • Drum Filters
  • Dryers
  • Filter Centrifuges
  • Filter Cloth
  • Filter Presses
  • Membrane Presses
  • Peeler Centrifuges
  • Pressure Drum Filters
  • Pusher Centrifuges
  • Rotary Membrane Filters
  • Screen Centrifuges
  • Screw Presses
  • Thickeners
  • Vacuum Filters

Market Scope

  • Agriculture
  • Chemical Industries
  • Environmental Protection
  • Filtration and Separation Industry
  • Food, Beverage Industry
  • Mining Industry
  • Petrochemical Industry
  • Pharmaceutical Industry
  • Plastic Industry
  • Waste Water Treatment

Product Index

  • 刮刀离心机
  • 压滤机
  • 增稠剂
  • 带式过滤器
  • 干燥器
  • 推进式离心机
  • 旋转式薄膜过滤器
  • 滤布
  • 盘式过滤器
  • 真空过滤器
  • 离心式过滤器
  • 离心机
  • 筛网离心机
  • 螺旋压榨机
  • 隔膜式压滤机
  • 鼓式压滤器
  • 鼓式过滤器

Market Scope

  •  农业
  • 制药工业
  • 化学工业
  • 塑料工业
  • 废水处理
  • 环境保护
  • 石化工业
  • 过滤与分离工业
  • 采矿业
  • 食品、饮料工业

Product Index

  • أجهزة تقشير طاردة مركزية
  • أقمشة فلاتر
  • اسطوانات فلترة بالضغط
  • طاردات مركزية دافعة
  • طوارد مركزية فارزة
  • فلاتر اسطوانية
  • فلاتر دورانية
  • فلاتر شريطية
  • فلاتر شفط
  • فلاتر قرصية
  • قلاتر الطرد المركزي
  • مجففات
  • مكابس اسطوانية
  • مكابس لولبية
  • مكبس فلاتر صفائحي
  • مكثفات
  • وحدات الطرد المركزي

Market Scope

  • الصناعات الدوائية
  • الصناعات الغذائية وصناعة المشروبات
  • الصناعة البتروكيماوية
  • الصناعة الكيماوية
  • الهندسة المعمارية
  • صناعات الفلترة وفصل المواد
  • صناعة الألبان
  • صناعة البلاستيك
  • صناعة التعدين
  • معالجة مياه الصرف

Product Index

  • Agents épaississants
  • Centrifugeuses
  • Centrifugeuses de déroulage
  • Centrifugeuses propulsives
  • Centrifugeuses à filtre
  • Centrifugeuses à écran
  • Filtres à disques
  • Filtres à membrane rotative
  • Filtres à sangles
  • Filtres à tambours
  • Filtres à tambours sous pression
  • Filtres à vide
  • Presses de filtres
  • Presses à membranes
  • Presses à vis
  • Sécheurs
  • Tissus de filtre

Market Scope

  • Agriculture
  • Industrie chimique
  • Industrie de filtration et de séparation
  • Industrie des matières synthétiques
  • Industrie laitière
  • Industrie minière
  • Industrie pharmaceutique
  • Industrie pétrochimique
  • Industries alimentaires et des boissons
  • Traitement des eaux usées

Product Index

  • Addensanti
  • Centrifughe
  • Centrifughe a spinta
  • Centrifughe a vite
  • Centrifughe filtri
  • Centrifughe pelatrici
  • Essiccatori
  • Filtri a disco
  • Filtri a membrana rotante
  • Filtri a tamburo
  • Filtri a vuoto
  • Filtri banda
  • Filtri con tamburo a pressione
  • Panno filtrante
  • Presse a vite
  • Presse filtranti
  • Presse membrana

Market Scope

  • Agricoltura
  • Protezione ambientale
  • Settore alimenti e bevande
  • Settore chimico
  • Settore filtrazione e separazione
  • Settore minerario
  • Settore parafarmaceutico
  • Settore petrolchimico
  • Settore plastica
  • Trattamento acque reflue

Product Index

  • Ciśnieniowe filtry bębnowe
  • Filtry bębnowe
  • Filtry próżniowe
  • Filtry tarczowe
  • Filtry taśmowe
  • Obrotowe filtry membranowe
  • Prasy filtracyjne
  • Prasy membranowe
  • Prasy śrubowe
  • Suszarki
  • Tkanina filtracyjna
  • Wirówki
  • Wirówki filtracyjne
  • Wirówki obierające
  • Wirówki z opcją przesiewania
  • Wirówki ze śmigłem pchającym
  • Zagęszczacze

Market Scope

  • Filtrowanie i separacja
  • Ochrona środowiska
  • Oczyszczanie ścieków (waste water)
  • Przemysł chemiczny
  • Przemysł farmaceutyczny
  • Przemysł petrochemiczny
  • Przemysł spożywczy
  • Przemysł tworzyw sztucznych
  • Przemysł wydobywczy
  • Rolnictwo

Product Index

  • Centrifugadores
  • Centrifugadores de areia
  • Centrifugadores de desenrolamento/descasque
  • Centrifugadores de filtros
  • Centrifugadores de impulso
  • Espessante
  • Filtros de bandas
  • Filtros de discos
  • Filtros de membranas rotativos
  • Filtros de tambor
  • Filtros de tambor sob pressão
  • Filtros de vácuo
  • Filtros-prensa
  • Prensas de membranas
  • Prensas de parafuso
  • Secadores
  • Tela filtrante

Market Scope

  • Agricultura
  • Indústria alimentar, de bebidas
  • Indústria de filtragem e separação
  • Indústria dos plásticos
  • Indústria farmacêutica
  • Indústria leiteira
  • Indústria mineira
  • Indústria petroquímica
  • Indústrias químicas
  • Tratamento de água de despejo

Product Index

  • Барабанные фильтры
  • Вакуумные фильтры
  • Винтовые прессы
  • Дисковые фильтры
  • Загустители
  • Ленточные фильтры
  • Мембранные прессы
  • Напорные барабанные фильтры
  • Ротационные мембранные фильтры
  • Сушилки
  • Фильтр-прессы
  • Фильтрующая ткань
  • Фильтрующие центрифуги
  • Центрифуги
  • Центрифуги с выталкиванием осадка
  • Центрифуги с ножевым съёмом осадка
  • Центрифуги с перфорированным ротором

Market Scope

  • Горнодобывающая промышленность
  • Молочная промышленность
  • Нефтехимическая промышленность
  • Отрасль фильтрации и сепарирования
  • Очистка сточных вод
  • Производство пластмасс
  • Производство продуктов питания и напитков
  • Сельское хозяйство
  • Фармацевтическая промышленность
  • Химическая промышленность

Product Index

  • "Centrífugas ""peeler"""
  • Centrífugas
  • Centrífugas con impulsor
  • Centrífugas de criba
  • Centrífugas de filtro
  • Espesantes
  • Filtros de correa
  • Filtros de disco
  • Filtros de membrana giratorios
  • Filtros de tambor
  • Filtros de tambor de presión
  • Filtros de vacío
  • Prensas de filtro
  • Prensas de membrana
  • Prensas de tornillo
  • Secadores
  • Tela de filtro

Market Scope

  • Agricultura
  • Industria de la alimentación y las bebidas
  • Industria de la filtración y la separación
  • Industria de la minería
  • Industria de los plásticos
  • Industria de los productos lácteos
  • Industria farmacéutica
  • Industria petroquímica
  • Industrias químicas
  • Tratamiento de aguas residuales

Product Index

  • Bant Filtreler
  • Basınçlı Tambur Filtreler
  • Disk Filtreler
  • Döner Membran Filtreler
  • Elekli Santrifüjleri
  • Filtre Kumaşı
  • Filtre Presleri
  • Filtre Santrifüjleri
  • Kurutucular
  • Membran Presleri
  • Peeler Santrifüjler
  • Santrifüjler
  • Tambur Filtreler
  • Vakum Filtreler
  • Vidalı Presler
  • Yoğunlaştırıcılar
  • İtici Santrifüjler

Market Scope

  • Atıksu Arıtma
  • Filtrasyon ve Ayırma Endüstrisi
  • Gıda, İçecek Endüstrisi
  • Kimya Endüstrisi
  • Madencilik Endüstrisi
  • Petrokimya Endüstrisi
  • Plastik Endüstrisi
  • Tarım
  • Çevre Koruma
  • İlaç Endüstrisi

Product Index

  • 건조기
  • 농축기
  • 드럼 필터
  • 디스크 필터
  • 벨트 필터
  • 분리기
  • 분리막 프레스
  • 스크루 프레스
  • 스크린 원심 분리기
  • 압력 드럼 필터
  • 압착식 필터
  • 여과천
  • 진공 필터
  • 푸셔 원심 분리기
  • 필러 원심 분리기
  • 필터 원심분리기
  • 회전 분리막 필터

Market Scope

  • 광업
  • 농업
  • 석유화학 산업
  • 식음료 산업
  • 여과 및 분리 산업
  • 제약 산업
  • 폐수 처리
  • 플라스틱 산업
  • 화학 산업
  • 환경 보호

Product Index

  • スクリュープレス
  • スクリーン遠心分離機
  • ディスクフィルター
  • ドラムフィルター
  • ピーラー遠心分離機
  • フィルタープレス
  • フィルター遠心機
  • プッシャー式遠心分離機
  • ベルトフィルター
  • ロータリーフィルター
  • 乾燥機
  • 加圧ドラムフィルター
  • 増粘剤
  • 濾過布
  • 真空フィルター
  • 膜プレス
  • 遠心分離機

Market Scope

  • プラスチック業界
  • 化学工業
  • 医薬品業界
  • 汚水処理
  • 濾過および分離技術工業
  • 環境保護
  • 石油化学工業
  • 農業
  • 鉱業
  • 食品、飲料業界

Conference Presentation/s

Artificial intelligence (AI) for filter presses to predict filter cloth change and dry substance

A. Decker*, ANDRITZ Separation GmbH, Germany

Learn more at FILTECH 2022 Conference

In all industries, efficient filtration is a key process step in achieving high product quality. One of the most common products used for filtration is the filter press, which has gone through a lot of changes over the decades. Among the latest innovations in filter press development is the use of artificial intelligence (AI) on mobile devices.

One of the challenges for filter press operators is estimating when the best time will be, from an economic perspective, to clean the machine or even change the filter cloths in order to avoid any damage to the filter press and achieve filter press efficiency at the most constant level possible.

By collecting process parameters and making use of AI, ANDRITZ has found a way of providing its customers with a tool that can tell the customer in advance, on the basis of the data collected, when the filter press will need to be cleaned and the filter cloths will have to be changed.

The AI records the filter press process data and then says when the filter cloths should be changed as well as predicting the dry substance in the suspension based on the data gathered.

By using process parameters such as pressure, temperature and feed, the AI is able to say what the dry substance will be and when the optimum time is to terminate the cycle, thus saving time and energy as well as avoiding unnecessary mechanical strain on the plates and cloths.

These programs are a part of the ANDRITZ Intelligent Filter Press, and they are explained in this paper by means of examples...

Metris addIQ RheoScan AI – real-time, automatic adjustment of polymer with the use of Artificial Intelligence

S. Peter*, M. Karner, ANDRITZ AG, Austria

Learn more at FILTECH 2022 Conference

ANDRITZ is paving the way for sustainable improvements in the availability, productivity and quality of solid/liquid separation processes by leveraging advances in digitalization and IIoT. One excellent illustration of this process-focused innovation is RheoScan, which draws on Artificial Intelligence (AI) to achieve measurable savings in terms of investment and operating costs.

Sludge thickening and dewatering processes require the injection of polymer as flocculants, necessary to allow solid/liquid separation by filtration. But polymer can be pricey in terms of running costs and environmental impact. In traditional set-ups, the initial polymer dose is selected by the machine operator and rarely adjusted throughout the day, regardless of changes in the sludge characteristics or production needs.

Metris addIQ RheoScan, the first optical measurement system on the market, applies an intelligent camera system that detects the clear belt area and actual sludge viscosity during the thickening and dewatering process. With support of AI, Metris addIQ RheoScan ensures that the thickening and dewatering equipment always uses the optimum dose of polymer. It automatically adjusts and optimizes the polymer dose 24/7 and provides maximum flexibility to control and monitor the entire operation remotely, eliminating the need for on-site supervision.

The results of case studies in environmental and mining applications...

Perfusion bioreactor with integrated dynamic crossflow filter

G. Grim*, ANDRITZ Separation GmbH, Germany

Learn more at FILTECH 2022 Conference

Continuous manufacturing plays a growing role at chemical and biological processing. Also for bioreactions, the advantages meanwhile are common knowledge. Higher cell densities can be achieved, even the cell culturing can be done continuous, sensitive and unstable proteins can be removed.

In fermenters, it is easy to add e.g. new nutrition. But removing the metabolism product and eventually the target protein is the challenge. To achieve a constant process volume and steady state process a separation process is required. State of the art is, that a crossflow filter is installed next to the bioreactor and the retentate with the cells is pumped in and out of the bioreactor.

The full benefits of this idea can be utilized, if the crossflow filter is mounted directly into the process chamber of the bioreactor. This is possible, if the crossflow system does not need a pumping of the retentate. The Krauss-Maffei Dynamic Crossflow Filter is the optimum technology to realize this combination of two process steps within one unit, since no pump, piping, or instrument is required at the retentate side of the technology. The rotation of the filter membrane is causing the crossflow effect. At the same time, the filter membrane cleans it’s surface, but also is causing the required mixing effect in the bioreactor and avoids sedimentation.

The size of the filtration surface is selected, so that approx. 10% of the fermenter volume can be filtered per hour. Depending on growth rates, a constant or fluctuating harvest flow rate can be adjusted. By correct selection of the pore size of the installed membrane, it can be decided, if the target protein will remain inside of the bioreactor or will be removed together with the metabolism products.

In case the protein is instable or sensitive, microfiltration will be selected, so that it will be constantly harvested from the bioreactor. Isolation and purification can be done in parallel to the bioreaction process. Optimum is...

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