Hydranautics HYDRAsub (MBR) Modules – Aqua Components

Hydranautics HYDRAsub HSM60-ES-HSE15

aqua@2025 — Thu, 13 Mar 2025 12:51:31 +0000

Hydranautics HYDRAsub HSM60-ES-HSE15 has been developed by one of the leading membrane technology manufacturers, Hydranautics, for the purposes of enhancing biological wastewater treatment in industrial and muncipal applications. These membrane modules are incorporated with PVDF hollow fiber technology and effectively produces higher quality water for use in many water treatment processes such as RO treatment. MBR works in delivering a high operating flux, durable construction for long term use, and a reduced footprint that dramatically lowers energy consumption and saves cost.

Models

	HYDRAsub® – MBR	HSM45 w/ HSE15
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 µm 4 (15 m² each) 645 ft² (60 m²) (2)- 2” MNPT (2)- 1 1/2” MNPT (2)- to fit 2.5” pipes

Model	Typical Dry Weight	Typical Wet Weight
HSM60-ES-HSE15	256 lbs (116 kg)	356 lbs (162 kg)
HSM60-ES15-316	258 lbs (117 kg)	358 lbs (163 kg)

Features

Maximum Trans Membrane Pressure (Vacuum): -6 psig (-0.41 bar)
Maximum Backwash Trans Membrane Pressure: 2 psig (0.14 bar)
Maximum Instantaneous Chlorine Concentration: 5,000 ppm^a
Maximum Chlorine Tolerance: 742,000 ppm-hrs^b
MLSS Range: 8,000 – 12,000 mg/L^c
Operating Temperature Range: 41 – 104°F (5 – 40° C)
Feed Water pH Range: 6.0 – 8.0
Cleaning pH Range: 1.0 – 11.0
Operating Mode:Outside to Inside

Applications

Hydranautics HYDRAsub HSM60-ES-HSE15 utilizes a stainless steel cage for more optimized aeration and is applied in various industries from food & beverages to the textile and chemical productions

Docs

Hydranautics HYDRAsub HSM60-ES-HSE15 Data Sheet

Hydranautics HYDRAsub HSM45-ES-HSE15

aqua@2025 — Thu, 13 Mar 2025 12:51:28 +0000

Hydranautics has developed a MBR module called the HYDRAsub HSM45-ES-HSE15 that contains PVDF hollow fiber and is designed to work specifically in applications that need biological treatment. These modules necessitate standard activated sludge treatment for the purposes of producing high quality water. MBR treated water is generally safer to use in many other processes such as RO treatment, and reduces the footprint by taking out the sedimentation tank. Industrial and municipal wastewater projects are the most common industries that utilize MBR modules.

Models

	HYDRAsub® – MBR	HSM45 w/ HSE15
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 µm 3 (15 m² each) 484 ft² (45 m²) (2)- 2” MNPT (2)- 1 1/2” MNPT (2)- to fit 2.5” pipes

Model	Typical Dry Weight	Typical Wet Weight
HSM45-ES-HSE15	228 lbs (104 kg)	326 lbs (148 kg)
HSM45-ES15-316	231 lbs (105 kg	329 lbs (150 kg)

Features

Maximum Trans Membrane Pressure (Vacuum):-6 psig (-0.41 bar)
Maximum Backwash Trans Membrane Pressure:2 psig (0.14 bar)
Maximum Instantaneous Chlorine Concentration:5,000 ppm^a
Maximum Chlorine Tolerance:742,000 ppm-hrs^b
MLSS Range8,000 – 12,000 mg/L^c
Operating Temperature Range:41 – 104°F (5 – 40° C)
Feed Water pH Range:6.0 – 8.0
Cleaning pH Range:1.0 – 11.0
Operating Mode:Outside to Inside

Applications

Hydranautics HYDRAsub HSM45-ES-HSE15 utilzes first-rate biological treatment and MBR features that enhance the performance of industrial and municipal wastewater applications.

Docs

Hydranautics HYDRAsub HSM45-ES-HSE15 Data Sheet

Hydranautics HYDRAsub HSM30-ES-HSE15

aqua@2025 — Thu, 13 Mar 2025 12:51:24 +0000

Hydranautics HYDRAsub HSM30-ES-HSE15 Is an immersed module designed with hollow PVDF fiber technology for utilizations demanding MBR solutions. To produce higher quality water, Hydranautics has built modules that outperform traditional activated sludge treatment processes. The higher quality water is more ideal for other treatment methods such as RO purification and decreases the footprint significantly by eliminating the sedimentation tank and on a higher MLSS. MBR technology are generally utilized in municipal and industrial applications, including textile, food & beverage, and chemical processes.

Models

	HYDRAsub® – MBR	HSM30 w/ HSE 15
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 µm 2 (15 m² each) 322 ft² (30 m²) (2)- 2” MNPT (2)- 1 1/2” MNPT (2)- to fit 2.5” pipes

Model	Typical Dry Weight	Typical Wet Weight
HSM30-ES-HSE15	205 lbs (93 kg)	295 lbs (134 kg)
HSM30-ES15-316	207 lbs (94 kg)	299 lbs (136 kg)

Features

Maximum Trans Membrane Pressure (Vacuum):-6 psig (-0.41 bar)
Maximum Backwash Trans Membrane Pressure:2 psig (0.14 bar)
Maximum Instantaneous Chlorine Concentration:5,000 ppm^a
Maximum Chlorine Tolerance:742,000 ppm-hrs^b
MLSS Range:8,000 – 12,000 mg/L^c
Operating Temperature Range:41 – 104°F (5 – 40° C)
Feed Water pH Range:6.0 – 8.0
Cleaning pH Range:1.0 – 11.0
Operating Mode:Outside to Inside

Applications

Hydranautics HYDRAsub HSM30-ES-HSE15Is delivers high quality MBR solutions for municipal and industrial wastewater projects.

Docs

Hydranautics HYDRAsub HSM30-ES-HSE15 Data Sheet

Hydranautics HYDRAsub HSM15-ES-HSE15

aqua@2025 — Thu, 13 Mar 2025 12:51:22 +0000

Hydranautics HYDRAsub HSM15-ES-HSE15 is a submerged module constructed with PVDF hollow fiber for applications that require MBR solutions. Hydranautics has developed modules to outperform more conventional activated sludge treatment in order to generate higher quality water. This better quality water is more well-suited for many processes such as RO treatment and dramatically lowers the footprint by removing the sedimentation tank and working at a higher MLSS. They are most commonly used in industrial and municipal wastewater projects, as well as food & beverage, chemical, textile, and several other applications.

Models

	HYDRAsub® – MBR	HSM15 w/ HSE15
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 µm 1 (15 m² each) 161 ft2 (15 m²) (2)- 2” MNPT (2)- 1 1/2” MNPT (2)- to fit 2.5” pipes

Model	Typical Dry Weight	Typical Wet Weight
HSM15-ES-HSE15	179 lbs (81 kg)	264 lbs (120 kg)
HSM15-ES15-316	180 lbs (82 kg)	267 lbs (122 kg)

Features

Maximum Trans Membrane Pressure (Vacuum): -6 psig (-0.41 bar)
Maximum Backwash Trans Membrane Pressure: 2 psig (0.14 bar)
Maximum Instantaneous Chlorine Concentration: 5,000 ppm^a
Maximum Chlorine Tolerance: 742,000 ppm-hrs^b
MLSS Range: 8,000 – 12,000 mg/L^c
Operating Temperature Range: 41 – 104°F (5 – 40° C)
Feed Water pH Range: 6.0 – 8.0
Cleaning pH Range: 1.0 – 11.0
Operating Mode: Outside to Inside

Applications

Hydranautics HYDRAsub HSM15-ES-HSE15 utilzies cutting-edge features to further improve the working processes of industrial and municipal wastewater projects.

Docs

Hydranautics HYDRAsub HSM15-ES-HSE15 Data Sheet

HYDRAsub HSM1500-ES Membrane

aqua@2025 — Thu, 13 Mar 2025 12:42:55 +0000

HYDRAsub HSM1500-ES Membrane technology has received global recognition as the technology of choice for the treatment of industrial and municipal effluent. HYDRAsub ®-MBR technology provides a reduced footprint and improved effluent output in a simple-to-serve and reliable design.

Models

	HYDRAsub® – MBR	HSM1500-ES
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections: Typical Module Dry Weight: Typical Module Wet Weight:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 μm 60 (25 m² each) 16140 ft2 (1500 m²) (4)- 3” MNPT (4)- 2” MNPT (2)- To fit 3” pipe 3542 lbs (1610 kg) 5634 lbs (2555 kg)
Operating Specifications	Maximum Trans Membrane Pressure(Vacuum): Maximum Backwash Pressure: Maximum Instantaneous Chlorine Concentration: Maximum Chlorine Tolerance: MLSS Range: Operating Temperature Range: Feed Water pH Range: Cleaning pH Range: Operating Mode:	-6 psig (-0.41 bar) 2 psig (0.14 bar) 5,000 ppm^a 742,000 ppm-hrs^b 8,000-12,000 mg/L^c 41-104°F (5 -40°C) 6.0-8.0 1.0 – 11.0 Outside to Inside
Typical Process Conditions	Operating Filtrate Flux^†: Peak Operating Flux^†: Chemically Enhanced Backwash (CEB) Flux: CEB Chemicals: Clean In Place (CIP) Flux: CIP Chemicals:	4-20 gfd (7-34 lmh) 30 gfd (51 lmh) 2.4 gfd (4 lmh) NaOCl^d 2.4 gfd (4 lmh) NaOCl or Citric Acid^d

Features

Very high flux
CAPEX savings
Lower footprint
PVDF fiber
Reliable and robust product

Applications

Effluent (sewage or industrial source)
Municipal applications

Docs

HYDRAsub HSM1500-ES Membrane Data Sheet

HYDRAsub HSM1000-ES Membrane

aqua@2025 — Thu, 13 Mar 2025 12:42:49 +0000

HYDRAsub ® provides superior-quality permeate water ideal for reverse osmosis treatment compared to traditional activated sludge treatment, and significantly reduces footprint by removing sedimentation tank and running at higher MLSS.

Models

	HYDRAsub® – MBR	HSM1000-ES
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections: Typical Module Dry Weight: Typical Module Wet Weight:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 μm 40 (25 m² each) 10760 ft2 (1000 m²) (2)- 3” MNPT (2)- 3” MNPT (2)- To fit 3” pipe 2398 lbs (1090 kg) 4226 lbs (1916 kg)
Operating Specifications	Maximum Trans Membrane Pressure(Vacuum): Maximum Backwash Pressure: Maximum Instantaneous Chlorine Concentration: Maximum Chlorine Tolerance: MLSS Range: Operating Temperature Range: Feed Water pH Range: Cleaning pH Range: Operating Mode:	-6 psig (-0.41 bar) 2 psig (0.14 bar) 5,000 ppm^a 742,000 ppm-hrs^b 8,000 – 12,000 mg/L^c 41 – 104°F (5 – 40°C) 6.0 – 8.0 10760 ft2 (1000 m²) 1.0 – 11.0 Outside to Inside
Typical Process Conditions	Operating Filtrate^†: Peak Operating Flux^†: Chemically Enhanced Backwash (CEB) Flux: CEB Chemicals: Clean In Place (CIP) Flux: OCIP Chemicals:	4-20 gfd (7-34 lmh) 30 gfd (51 lmh) 2.4 gfd (4 lmh) NaOCl^d 2.4 gfd (4 lmh) NaOCl or Citric Acid^d

Features

Very high flux
CAPEX savings
Lower footprint
PVDF fiber
Reliable and robust product

Applications

Effluent (sewage or industrial source)
Municipal applications

Docs

HYDRAsub HSM1000-ES Membrane Data Sheet

HYDRAsub HSM750-ES Membrane

aqua@2025 — Thu, 13 Mar 2025 12:42:43 +0000

HYDRAsub HSM750-ES Membrane is designed to deliver excellent quality permeate water that is desirable for reverse osmosis treatment compared to other conventional activated sludge treatment, and helps to reduce footprint by eliminating the sedimentation tank and operating at higher MLSS.

Models

	HYDRAsub® – MBR	HSM750-ES
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections: Typical Module Dry Weight: Typical Module Wet Weight:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 μm 30 (25 m² each) 8070 ft2(750 m²) (2)- 3” MNPT (2)- 3” MNPT (2)- To fit 3” pipe 1716 lbs (780 kg) 3400 lbs (1543 kg)
Operating Specifications	Maximum Trans Membrane Pressure(Vacuum): Maximum Backwash Pressure: Maximum Instantaneous Chlorine Concentration: Maximum Chlorine Tolerance: MLSS Range: Operating Temperature Range: Feed Water pH Range: Cleaning pH Range: Operating Mode	-6 psig (-0.41 bar) 2 psig (0.14 bar) 5,000 ppm^a 742,000 ppm-hrs^b 8,000-12,000 mg/L^c 41-104°F (5 -40°C) 6.0-8.0 1.0 – 11.0 Outside to Inside
Typical Process Conditions	Operating Filtrate Flux^†: Peak Operating Flux^†: Chemically Enhanced Backwash (CEB) Flux: CEB Chemicals: Clean In Place (CIP) Flux: CIP Chemicals:	4-20 gfd (7-34 lmh) 30 gfd (51 lmh) 2.4 gfd (4 lmh) NaOCl^d 2.4 gfd (4 lmh) NaOCl or Citric Acid^d

Features

Very high flux
CAPEX savings
Lower footprint
PVDF fiber
Reliable and robust product

Applications

Effluent (sewage or industrial source)
Municipal applications

Docs

HYDRAsub HSM750-ES Membrane Data Sheet

HYDRAsub HSM500-ES Membrane

aqua@2025 — Thu, 13 Mar 2025 12:42:38 +0000

HYDRAsub HSM500-ES Membrane can be run at very high flux (34 Lmh or 20 gfd average for 20 degrees Celsius urban applications), culminating in CAPEX savings and a smaller footprint. The assisted PVDF fiber and the ease of use dyrubg operation are two significant benefits which lead to an accurate and stable product.

Models

	HYDRAsub® – MBR	HSM500-ES
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Fiber Dimensions: Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections: Typical Module Dry Weight: Typical Module Wet Weight:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 μm OD 0.11″ (2.8mm) 20 (25 m² each) 5382 ft2 (500 m²) Two- 2” FNPT Connections Two- 2” FNPT Connections To fit 2” pipe 1166 lbs (530 kg) 2449 lbs (1111 kg)
Operating Specifications	Maximum Trans Membrane Pressure(Vacuum): Maximum Backwash Pressure: Maximum Instantaneous Chlorine Concentration: Maximum Chlorine Tolerance: MLSS Range: Operating Temperature Range: Feed Water pH Range: Cleaning pH Range: Operating Mode Aerator Pressure Loss @ Maximum Air Flow (excluding hydraulic head):	-6 psig (-0.41 bar) 2 psig (0.14 bar) 5,000 ppm^a 742,000 ppm-hrs^b 8,000-12,000 mg/L^c 41-104°F (5 -40°C) 6.0-8.0 1.0 – 11.0 Outside to Inside 0.58 psig (0.04 bar)
Typical Process Conditions	Operating Filtrate Flux^†: Peak Operating Flux^†: Nominal Air Flow: Air Flow Range: Chemically Enhanced Backwash (CEB) Flux: CEB Chemicals: Clean In Place (CIP) Flux: CIP Chemicals:	4-20 gfd (7-34 lmh) 30 gfd (51 lmh) 90 scfm (152 Nm³/hr) 69 -103 scfm (117-175 Nm³/hr ) 2.4 gfd (4 lmh) NaOCl^d 2.4 gfd (4 lmh) NaOCl or Citric Acid^d

Features

Very high flux
CAPEX savings
Lower footprint
PVDF fiber
Reliable and robust product

Applications

Effluent (sewage or industrial source)
Municipal applications

Docs

HYDRAsub HSM500-ES Membrane Data Sheet

HYDRAsub HSM375-ES Membrane

aqua@2025 — Thu, 13 Mar 2025 12:42:33 +0000

HYDRAsub HSM375-ES Membrane is designed as a high quality submerged module with PVDF hollow fiber for MBR applications. The product’s main characteristics are a high flux operation, a reduced footprint specification, a very easy method and a corrosion-resistant material for an extended service life.

Models

	HYDRAsub® – MBR	HSM375-ES
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections: Typical Module Dry Weight: Typical Module Wet Weight:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 μm 15 (25 m² each) 4035 ft2 (375 m²) (2)- 2” MNPT Connections (2)- 2” MNPT Connections (2)- To fit 3” pipe 814 lbs (370 kg) 1631 lbs (740 kg)
Operating Specifications	Maximum Trans Membrane Pressure(Vacuum): Maximum Backwash Pressure: Maximum Instantaneous Chlorine Concentration: Maximum Chlorine Tolerance: MLSS Range: Operating Temperature Range: Feed Water pH Range: Cleaning pH Range: Operating Mode:	-6 psig (-0.41 bar) 2 psig (0.14 bar) 5,000 ppm^a 742,000 ppm-hrs^b 8,000-12,000 mg/L^c 41-104°F (5 -40°C) 6.0-8.0 1.0 – 11.0 Outside to Inside
Typical Process Conditions	Operating Filtrate Flu^†: Peak Operating Flux^†: Chemically Enhanced Backwash (CEB) Flux: CEB Chemicals: Clean In Place (CIP) Flux: CIP Chemicals:	4-20 gfd (7-34 lmh) 30 gfd (51 lmh) 2.4 gfd (4 lmh) NaOCl^d 2.4 gfd (4 lmh) NaOCl or Citric Acid^d

Features

Very high flux
CAPEX savings
Lower footprint
PVDF fiber
Reliable and robust product

Applications

Effluent (sewage or industrial source)
Municipal applications

Docs

HYDRAsub HSM375-ES Membrane Data Sheet

HYDRAsub HSM250-ES Membrane

aqua@2025 — Thu, 13 Mar 2025 12:42:27 +0000

Hydranautics invented and produced a special diffuser model for controlled aeration, integrated in the stainless steel enclosure. HYDRAsub HSM250-ES Membrane is ideal for applications regarding the treatment of wastewater in industrial and municipal areas.

Models

	HYDRAsub® – MBR	HSM1000-ES
Module Specifications	Configuration: Fiber Orientation: Filtrate Flow: Membrane Polymer: Pore Size (nominal): Number of Elements in Module: Nominal Membrane Area per Module: Permeate Connections: Air Connections: Guide Pipe Connections: Typical Module Dry Weight: Typical Module Wet Weight:	Submerged Membrane Vertical Bi-directional Polyvinylidene Flouride (PVDF) 0.4 μm 10 (25 m² each) 2690 ft2 (250 m²) (2)- 2” MNPT (2)- 2” MNPT (2)- 2” MNPT(2)- To fit 3” pipe 572 lbs (260 kg) 1406 lbs (637 kg)
Operating Specifications	Maximum Trans Membrane Pressure(Vacuum): Maximum Backwash Pressure: Maximum Instantaneous Chlorine Concentration: Maximum Chlorine Tolerance: MLSS Range: Operating Temperature Range: Feed Water pH Range: Cleaning pH Range: Operating Mode:	-6 psig (-0.41 bar) 2 psig (0.14 bar) 5,000 ppm^a 742,000 ppm-hrs^b 8,000-12,000 mg/L^c 41-104°F (5 -40°C) 6.0-8.0 1.0 – 11.0 Outside to Inside
Typical Process Conditions	Operating Filtrate Flux^†: Peak Operating Flux^†: Chemically Enhanced Backwash (CEB) Flux: CEB Chemicals: Clean In Place (CIP) Flux: CIP Chemicals:	4-20 gfd (7-34 lmh) 30 gfd (51 lmh) 2.4 gfd (4 lmh) NaOCl^d 2.4 gfd (4 lmh) NaOCl or Citric Acid^d

Features

Very high flux
CAPEX savings
Lower footprint
PVDF fiber
Reliable and robust product

Applications

Effluent (sewage or industrial source)
Municipal applications

Docs

Hydrasub HSM Nitto Hydranautics Module Bioreactor Membrane Data Sheet