Products

Ginseng

Overview

10 ft / 3.05 m           20 ft / 6.1 m          40 ft /12.2 m

Applications

Industrial wastewater ,Greywater, TSE, MBR, Groundwater, Pretreatment to desalination, other harsh waters..

Size

Capacities

Membranes

Material

Pore Size

Configuration

Operating Temp

Submerged Flat Sheet

Ceramic Ultrafiltration

0.1 microns

Alumina Oxide or Silicon Carbide

5 - 65 °C

10 ft / 3.05 m

20 ft / 6.1 m

40 ft /12.2 m

Depends on Flux

Depends on Flux

pH

2-12

Description

Suction-driven separation process that employs a semipermeable flat-sheet membrane and the principles of submerged membrane filtration.

Notable Removal

Suspended solids such as clay and silt, pollen, algae, precipitated metal oxides as well as fractions of colloids. Germs, bacteria, giardia, cryptosporidium and more.

Can be coupled with activated carbon to remove DOC, VOC, THMs, PFAs, and others.

Camelus

Overview

Size

Capacities

Membranes

Material

Pore Size

Configuration

Operating Temp.

10 ft / 3.05 m           20 ft / 6.1 m          40 ft /12.2 m

Ceramic Ultrafiltration

Silicon Carbide

0.04 microns

Pressurized modules

up to 800 °C

Applications

Fresh water, Industrial wastewater, Greywater, Groundwater, Carwash, Pools, other harsh water

10 ft / 3.05 m

20 ft / 6.1 m

40 ft /12.2 m

75,000 gpd/ 280,000 lpd

300,000 gpd/ 1.5 M lpd

1.1 M gpd/ 4.45 M lpd

Depends on Flux

pH

0 - 14

Description

Pressure-driven separation process that employs a semipermeable tubular membrane and the principles of dead-end membrane filtration.

Notable Removal

Suspended solids such as clay and silt, pollen, algae, precipitated metal oxides as well as fractions of colloids. Germs, bacteria, giardia, cryptosporidium and more.

Water Treatment Process

 

Membranes, process tanks and pumps​​​​​​​​​​​​​​​​​​​​​​​​

​Valves and actuators​​​​​​​​​​​​​​​

​Instrumentation and transmitters for data feedback​​​​​​​​​​​

​Finished piping and electrical - ready to install

What's in every box?

01

02

03

04

Tech Stack 

 

PLC and automated process controls

Human machine interface with modern UI/UX

Dashboard app with remote monitoring and control

Modern Design Aesthetics

 

Sleek design with beautiful aesthetics

The modular structure should match the culture of the project site

The Additional Package

 

Our additional package can provide carbon-tracking and AI-assisted operation using machine learning algorithms and optimization models. This is subscription-based, after some level of data is collected from operation.

Activated cake layer filtration can also be provided for enhanced removal of contaminants such as DOC, VOC, THMs, PFAs, and others.

Low energy use

Minimal chemical use

Small system footprint

High flux - do more with less

Intuitive user-interface

Fully automated process

Data-driven decision-making

Simplified maintenance

Adaptable to water changes

High mechanical strength

High removal efficiency

High water recovery

High TSS and turbidity

Very hot and cold water

Peak solids & oil loads

Can operate on & off

Anemone

Overview

Size

Capacities

Membranes

Material

Pore Size

Configuration

Operating Temp.

           20 ft / 6.1 m          40 ft /12.2 m

UF + RO

UF (SiC) + RO (PVDF)

UF (0.04 Microns) + RO (~0.0001 microns)

Pressurized Modules

Applications

Fresh water, Industrial wastewater, Greywater, Groundwater, Carwash, Pools, other harsh water

10 ft / 3.05 m

20 ft / 6.1 m

40 ft /12.2 m

75,000 gpd/ 280,000 lpd

300,000 gpd/ 1.5 M lpd

1.1 M gpd/ 4.45 M lpd

Depends on Flux

pH

2 - 12

Description

Endotoxins/pyrogens. Insecticides/pesticides. Herbicides. Antibiotics. Nitrates. Sugars. Soluble salts. Metal ions.

Notable Removal

Pressure-driven separation process that employs a semipermeable membrane and the principles of crossflow filtration.

Up to 800 degrees C

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