18 results
- Food & Beverage
Anaerobic – Econvert-DGF
- Resource Recovery
- Industrial water
- Wastewater
The Econvert-DGF® (Dissolved Gas Flotation) is an anaerobic solution developed to treat raw wastewater with high concentrations of total suspended solids (TSS) and fats, oils, (...)
- Municipal
Digital solution – Hydranet
Your challenges
Maximizing treatment performance and operational flexibility in limited spaces.
(...)
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- Municipal
- Pulp & Paper
- Food & Beverage
- Fish processing
- Pharma & personal care
- Mining and minerals
- Energy
Filter – FlooScreen™
FlooScreen™ screening units are advanced filtration systems designed for industries, communities where high capacities of high-quality water screening is necessary to efficiently (...)
- Energy
- Food & Beverage
- Mining and minerals
- Semiconductor industry
High Rate Dissolved Air Flotation System
- Industrial water
NSI HR-DAF, a High Rate Dissolved Air Flotation System removing solids in primary, secondary, and tertiary water treatment within compact spaces.
NSI Digital Platform
Your challenges
Continuity of treated water production and wastewater treatment.
(...)
Anaerobic – Econvert-RTF
Your challenges
Continuity of treated water production and wastewater treatment.
(...)
Anaerobic – Econvert-Dsulph
Your challenges
Continuity of treated water production and wastewater treatment.
(...)
Ammonia stripper – ByoFlex
Your challenges
Continuity of treated water production and wastewater treatment.
(...)
- Food & Beverage
- Fish processing
- Pulp & Paper
- Energy
Screw press – NSP
- Industrial water
The sludge dewatering screw press from NSI (NSP) offers a cost-effective and sustainable solution for sludge dewatering. Designed to treat both primary and biological sludge, the (...)
Membrane – DEEPEST
Your challenges
Continuity of treated water production and wastewater treatment.
(...)
Membrane – CeraMac
CeraMac® is an innovative ceramic membrane filtration solution, designed to provide robust and sustainable water treatment. By integrating multiple ceramic membranes into a single (...)