B-Plas Sbrl Hall 8 / B16
Exhibitor Profile
B-Plas is an innovative start-up and benefit corporation, that has developed a new process focused on the recovery of valuable materials from wastewaters.
The B-Plas process minimizes the volumes of sludge to be disposed of, with significant savings on disposal costs, and furthermore converts a significant fraction of the soluble organic carbon (COD equivalent) into PHA (polyhydroxyalkanoates), a renewable, biodegradable and compostable bioplastic.
The B-PLAS process is modular and flexible. It includes a mechanical pre-treatments then an hydrothermal carbonization, which solubilizes part of the carbon and converts the residual solid into hydrochar; then an anaerobic biodigestion transforms the soluble carbon into volatile fatty acids. The suspension is separated with a filter press, to give highly dehydrated sludge and nutrient-rich waters which are fed to an anoxic aerobic digester, which converts the organic carbon into a PHA-rich biomass.
Finally, the PHA is extracted from the biomass and destined to B2B market.
B-Plas designs and installs a plant as add-on to the existing wastewater treatment plant, fully customized to the specific application, thanks to a deep laboratory testing and engineering of each single step of the process.
Products / Markets
Product Index
- Abscheider – Fest/Flüssig
- Abwassersysteme
- Consulting
- Druckfiltration/Entwässerung
- Eindicker
- Entwässerungsanlagen
- Filteranlagen
- Filterpressen
- Forschunganlagen
- Pilotanlagen
- Schlammentwässerung
- Schneckenpressen
Market Scope
- Abwasserwirtschaft
- Chemische Industrie
- Kunststoffverarbeitende Industrie
Product Index
- Consulting
- Dewatering Equipment
- Filter Presses
- Filtration Plants
- Pilot Plants
- Pressure Filtration/Dewatering
- Research Plants
- Screw Presses
- Separators - Solid/Liquid
- Sludge Dewatering
- Thickeners
- Waste Water Systems
Market Scope
- Chemical Industries
- Plastic Industry
- Waste Water Treatment
Product Index
- 分离器 固体/液体
- 压滤/脱水
- 压滤机
- 咨询
- 增稠剂
- 废水系统
- 污泥脱水
- 研究设施
- 螺旋压榨机
- 试验工厂
- 过滤设备
- 除水设备
Market Scope
- 化学工业
- 塑料工业
- 废水处理
Product Index
- أنظمة الصرف الصحي
- الطيار النباتات
- بحث التسهيلات
- سحب المياه من الأوحال
- فلترة بالضغط / نزح المياه
- فواصل المواد الصلبة والسوائل
- مستشار
- معدات ترشيح
- مكابس لولبية
- مكبس فلاتر صفائحي
- مكثفات
- وحدات فلترة
Market Scope
- الصناعة الكيماوية
- صناعة البلاستيك
- معالجة مياه الصرف
Product Index
- Agents épaississants
- Consultant
- Egouttage de boues
- Equipements d’égouttage
- Filtration sous pression/égouttage
- Installation de filtration
- Installations de recherche
- Installations pilotes
- Presses de filtres
- Presses à vis
- Systèmes d'eaux usées
- Séparateurs – solides/liquides
Market Scope
- Industrie chimique
- Industrie des matières synthétiques
- Traitement des eaux usées
Product Index
- Addensanti
- Consulenza
- Disidratazione dei fanghi
- Dispositivi di disidratazione
- Filtrazione/disidratazione a pressione
- Impianti di filtraggio
- Impianti di ricerca
- Impianti pilota
- Presse a vite
- Presse filtranti
- Separatori - solido/liquido
- Sistemi di acque reflue
Market Scope
- Settore chimico
- Settore plastica
- Trattamento acque reflue
Product Index
- Filtracja ciśnieniowa/ odwadnianie
- Instalacje badawcze
- Instalacje pilotażowe
- Odwadnianie osadu
- Ordynacyjny
- Prasy filtracyjne
- Prasy śrubowe
- Separatory - Ciała stałe/ciecze
- Systemy kanalizacyjne
- Urządzenia do odwadniania
- Urządzenia filtracyjne
- Zagęszczacze
Market Scope
- Oczyszczanie ścieków (waste water)
- Przemysł chemiczny
- Przemysł tworzyw sztucznych
Product Index
- Consultando
- Drenagem/filtração sob pressão
- Equipamento de drenagem
- Espessante
- Filtros-prensa
- Instalações de filtração
- Pesquisa Instalações
- Plantas Piloto
- Prensas de parafuso
- Secagem de lamas
- Separadores - sólidos/líquidos
- Sistemas de águas residuais
Market Scope
- Indústria dos plásticos
- Indústrias químicas
- Tratamento de água de despejo
Product Index
- Винтовые прессы
- Дренажное оборудование
- Загустители
- Научно-исследовательских учреждений
- Обезвоживание осадка
- Пилотные установки
- Сепараторы – твердые вещества / жидкости
- Системы сточных вод
- Фильтр-прессы
- Фильтрационные установки
- Фильтрация давлением / обезвоживание
- консалтинг
Market Scope
- Очистка сточных вод
- Производство пластмасс
- Химическая промышленность
Product Index
- Consultante
- Deshidratación de lodos
- Equipo de extracción de agua
- Espesantes
- Filtración/extracción de agua a presión
- Instalaciones de investigación
- Plantas Piloto
- Plantas de filtración
- Prensas de filtro
- Prensas de tornillo
- Separadores - sólido/líquido
- Sistemas de aguas residuales
Market Scope
- Industria de los plásticos
- Industrias químicas
- Tratamiento de aguas residuales
Product Index
- Araştırma Tesisleri
- Arıtma İstasyonları
- Atık Su Sistemleri
- Basınçlı Filtrasyon/Susuzlaştırma
- Danışmanlık
- Filtre Presleri
- Pilot Tesisler
- Separatörler - Katı/Sıvı
- Susuzlaştırma Ekipmanları
- Vidalı Presler
- Yoğunlaştırıcılar
- Çamur Susuzlaştırma
Market Scope
- Atıksu Arıtma
- Kimya Endüstrisi
- Plastik Endüstrisi
Product Index
- 농축기
- 분리기 - 고체/액체
- 스크루 프레스
- 슬러지 탈수
- 압력 여과/탈수
- 압착식 필터
- 연구 시설
- 정수 처리장
- 컨설팅
- 탈수기
- 파일럿 플랜트
- 폐수 시스템
Market Scope
- 폐수 처리
- 플라스틱 산업
- 화학 산업
Product Index
- Consulting
- スクリュープレス
- パイロットプラント
- フィルタープレス
- 分離機 - 固形・液体
- 圧力濾過・脱水
- 増粘剤
- 廃水システム
- 汚泥脱水
- 濾過設備
- 研究用プラント
- 脱水装置
Market Scope
- プラスチック業界
- 化学工業
- 汚水処理
Conference Presentation/s
D. Pirini*, D. Collini, B-PLAS Sbrl; F. Kaswalder, A. Grosso, N. M. Finocchiaro, Diemme Filtration Srl, Italy
Conference Session: L04 - Discontinuous Pressure and Press Filtration - 2024-11-13, 09:00 - 10:15
Biological sludge, a byproduct of wastewater treatment processes, poses challenges in terms of efficient dewatering and disposal in most countries. Hydrothermal carbonization (T > 180°C) is an effective technology that disrupt the complex biological matrix of the sludge thanks to thermal energy and auto-generated pressure; coupling the hydrothermal treatment with a filter press is an effective method to reduce the volume of the sludge to be disposed of.
In this study we focused on the effect of two key parameters in the hydrothermal carbonization process: time and temperature.. Finding the right balance between residence time, temperature and filtration performance is the key for an efficient process of volumetric reduction of biological sludge. The experiments were conducted over a range of temperatures (160°C – 200°C) and residence times (15min–120min).
The results show that there are lower ...