Majority of the industries generate wastewater with high salinity. Conventional ‘Physico-chemical-biological’ treatment does not remove salinity. Reverse Osmosis is limited with salt concentration in the feed water due to osmotic strength. Conventional distillation methods are popular for brine treatment and zero liquid discharge (ZLD). However, the conventional distillation units are complex in nature, it occupies more space, consume more energy and requires high capital investment (especially for smaller capacity – 1 to 100m3/day where the capital cost of the conventional thermal systems are around 50k USD to 10k USD/m3). The TS-30™ system is based on a novel thermal membrane process that can be operated using low-grade waste heat (60 deg C to 85 deg C) or solar energy. It requires around 30-40% lower CapEx and up to 50% lower OpEx for small scale (1 to 100m3/day) zero liquid discharge systems when compared to the current state of the art evaporators. The highly scalable modular design helps our customers with easy installation, operation and maintenance.

1. +65-83997095
memsift@gmail.com
www.memsift.com
Blk 192 Pandan Loop,
#07-05 Pantech Business
Hub, Singapore 128381
M E M S I F T I N N O V A T I O N S P T E L T D
A REVOLUTIONARY
BRINE TREATMENT & ZERO LIQUID DISCHARGE
SOLUTION PROVIDER
MEMSIFT
I N N O V A T I O N S

2. B O K C H O Y
V E G E T A B L E O F T H E W E E K
VEGETABLESFORYOU.COM
Memsift Innovations Pte Ltd is a technology-based start-up registered in Singapore. Memsift is providing solutions for
high strength industrial effluent treatment, desalination, aqueous/organic separations and heat and mass transfer
process and applications using their proprietary technologies. It’s mission is to provide solutions to the industry for
portable water supply, water recovery and reuse, brine treatment and zero liquid discharge (ZLD) in a cheaper and
more efficient way for a sustainable environment using its proprietary membrane and thermal separation process. It’s
vision is to be a global market leader in brine treatment and zero liquid discharge. Additional information about
Memsift is available at www.memsift.com
To be a global market leader in brine treatment and zero liquid discharge.
VISION
ABOUT MEMSIFT

3. Majority of the industries including Power Plants, Pharma, Tanneries,
Pulp & Paper, Textile, Chemicals, Food etc generate wastewater with
high salinity. Conventional ‘physico-chemical-biological’ treatment
does not remove salinity in the treated effluent. Discharge of saline
wastewater further pollutes ground and surface water resources. Use of
ZLD and water recycling will reduce the intake of the fresh water
supply, thus, lowering the cost, increasing the water efficiency and
minimizing the environmental impact. TS-30 system is based on a
patent pending thermal membrane process for brine treatment and ZLD.
The novel TS-30 systems can be operated using low-grade waste heat or
solar energy. The highly scalable modular design helps our customers
with easy installation, operation and maintenance.
ZERO LIQUID DISCHARGE SYSTEM

4. A highly hydrophobic hollow fiber membrane
with unique surface chemistry for vapor and
steam transportation. For efficient thermal
membrane separation and membrane
distillation (MD) process, the membrane
should ideally exhibit several optimum
characteristics in terms of membrane
thickness, membrane porosity, membrane
pore size, chemical and thermal stability,
membrane surface chemistry
(hydrophobicity) and high liquid entry
pressure (LEP). Memsift developed a highly
hydrophobic hollow fiber membrane with
unique surface chemistry for vapor and
steam transportation called STOMATE™
stomate
R

5. Memsift’s TS-30 modules are designed and developed based
on an innovative thermal membrane process. The TS-30
module consist of our proprietary highly hydrophobic hollow
fiber membrane STOMATE. The module housing is made up of
thermoplastics. Memsift has developed membrane modules in
various sizes from 1” to all the way 8” diameter. The TS-30
module has designed to achieve up to 30 liters of permeate
flow per square meter of membrane area at 80 deg C. The
TS-30 module can be applied for Membrane Distillation and
Pervaporation.
TM
ts-30

6. GRAVITY is a new generation crystallizer that works in the principle of gravitational force/centrifugal force
and temperature difference. It requires very low energy consumption (at least 50% energy reduction) compared
to the current state of the art crystallizers. The unit is made up of thermoplastics that eliminate corrosion
issues while handling the concentrated brine. The simple and modular design helps for easy installation,
operation and maintenance. The concentrated brine from the TS-30 system will be channeled to the crystallizer
to achieve zero liquid discharge.
RAVITYg C R Y S T A L L I Z E R
TM

7. Desalination
Brine treatment
Zero liquid discharge
Product concentration
Resource recovery
Landfill leachate treatment
Mining wastewater treatment
APPLICATIONS
Up to 100% water recovery
Up to 50% Energy saving
Up to 50% capital cost & space saving
Independent of salt concentration
Less or no pretreatment required
Low operating temperature (60-80°C)
Corrosion free plastic materials
Modular systems (Easy scalability)
VALUE PROPOSITIONS
CIRCULAR ECONOMY
$
+

8. CAPEX AND OPEX
Majority of the industries generate wastewater with high salinity. Conventional ‘Physico-chemical-biological’
treatment does not remove salinity. RO is limited with salt concentration in the feed water due to osmotic
strength. Conventional distillation methods are popular for brine treatment and zero liquid discharge (ZLD).
However, the conventional distillation units are complex in nature, it occupies more space, consume more
energy and requires high capital investment (especially for smaller capacity – 1 to 100m3/day where the capital
cost of the conventional thermal systems are around 50k USD to 10k USD/m3). The TS-30™ system is based on
a novel thermal membrane process that can be operated using low-grade waste heat (60 deg C to 85 deg C) or
solar energy. It requires around 30-40% lower CapEx and up to 50% lower OpEx for small scale (1 to 100m3/day)
zero liquid discharge systems when compared to the current state of the art evaporators. The highly scalable
modular design helps our customers with easy installation, operation and maintenance.
BUSINESS MODELS
We serve our customers through the following business models
Direct sale of membrane modules
Engineering Procurement and Construction (EPC)
Build Own Operate (BOO)
CapEx OpEx

9. SELECTED CASE STUDIES
hazardous waste volume
reduction (more than 90%) to
minimize the disposal cost
Chemical Industry
Effluent Treatment
hazardous waste volume
reduction (more than 90%) to
minimize the disposal cost
Semicon Industry
Effluent Treatment
hazardous waste volume
reduction (more than 90%) to
minimize the disposal cost and
resource (metal & acid) recovery
Mining Industry
Effluent Treatment
hazardous waste volume
reduction (more than 95%) to
minimize the disposal cost and
resource (catalyst) recovery
Pharma Industry
Effluent Treatment
hazardous waste volume
reduction (more than 90%) to
minimize the disposal cost
Oil&Gas Industry
Effluent Treatment
hazardous waste volume
reduction (more than 95%) to
minimize the disposal cost and
resource (metal & acid) recovery
Plating Industry
Effluent Treatment

10. +65-83997095
memsift@gmail.com
www.memsift.com
Blk 192 Pandan Loop, #07-
05 Pantech Business Hub,
Singapore 128381
M E M S I F T I N N O V A T I O N S P T E L T D
A REVOLUTIONARY
BRINE TREATMENT & ZERO LIQUID DISCHARGE
SOLUTION PROVIDER