NeoBrine Technologies is a WaterTech start-up located in Sharjah Research, Technology and Innovation Park (SRTIP). NeoBrine engineering solutions are based on 10+ years of expertise in energy efficiency and resource saving.
Our technologies reduce water consumption, increase energy efficiency, and minimize the environmental impact.
We help industries to create a Circular economy cycle that reuses water
in the production cycle, achieves Zero Liquid Discharge and produces usable products from brine and sludge.
Our approach is aligned with the global strategy for Water Safety and Sustainability.
Our technologies reduce water consumption, increase energy efficiency, and minimize the environmental impact.
We help industries to create a Circular economy cycle that reuses water
in the production cycle, achieves Zero Liquid Discharge and produces usable products from brine and sludge.
Our approach is aligned with the global strategy for Water Safety and Sustainability.
Who we are
Engineering Solutions for efficient Energy, Water and Waste Management
Wastewater Treatment, Desalination and Brine Mining
NeoBrine engineering solutions
Brine Management
We provide energy-efficient solutions to avoid brine discharge and source marketable crystallized products (salt, soda ash, potassium chloride, bromine, gypsum, magnesium) that can be used in cement production, agriculture, etc.
Desalination
We obtain desalinated water of the required quality, including clean drinking water.
WasteWater Treatment
We process industrial wastewater to achieve Zero Discharge, return up to 99% of water to the production cycle, and produce high-quality distillate.
Desalination and Brine Management
Create new water
High-quality water produced from local resources for sustainable water supply to serve communities and industries
WasteWater Treatment
Build water circularity
Reduced water consumption, Zero Liquid Discharge and reused water for industrial needs. No energy and water wasted
Applications
A beneficial technology for any industry to improve water management, waste treatment, and energy efficiency
Petrochemical
Energy
Steelmaking
Mining
Chemical industry
Pulp and Paper industry
Energy
Steelmaking
Mining
Chemical industry
Pulp and Paper industry
Agriculture
Horticulture
Vertical Farming
Food and Beverage
Horticulture
Vertical Farming
Food and Beverage
Wastewater treatment plants
Desalination plants
Ground water treatment
Drainage water recycling
for irrigation
Reverse Osmosis (RO) brine treatment and brine mining
Desalination plants
Ground water treatment
Drainage water recycling
for irrigation
Reverse Osmosis (RO) brine treatment and brine mining
Waste to Water, Waste to Energy Solutions
NeoBrine solutions combine multi-stage flash (MSF) technology and a highly efficient heat transfer method. The technology has the advantage of optimal CAPEX/OPEX correlation thanks to unique patented design solutions and deep heat recuperation processes.
Exerger™ is designed to process all types of industrial effluents, brackish and seawater.
As the treatment result, it produces recyclable resources: distilled water, crystallized salt, and sludge.
As the treatment result, it produces recyclable resources: distilled water, crystallized salt, and sludge.
EXERGER technology
Economic Benefits
Source of energy: electricity, steam, hot water, fossil fuels
Specific consumption
Steam: 0,07–0,15 t/m3
Thermal energy: 44–90 kWt/m3
Electricity: 20–30 kWt/m3
Steam: 0,07–0,15 t/m3
Thermal energy: 44–90 kWt/m3
Electricity: 20–30 kWt/m3
Intake water
of any quality and salinity
of any quality and salinity
Energy Recuperation
Minimal chemical
reagents
reagents
Unit capacity
(low pressure steam,
flue gases)
flue gases)
TOTAL COST OF OWNERSHIP
1,8–2,5 TIMES LOWER THAN EQUIVALENTS
1 m3/h–200 m3/h
Energy of low parameters
Compact vertical design and minimal footprint
2,5–4 times lower
CAPEX
Ease of operation
Low OPEX
Brine Treatment and Brine Mining
Why focus on Brine Management?
Water supply in the dry regions is often based on Reverse Osmosis desalination. Brine is the by-product of desalination typically discharged in the ocean. The coastal water quality is deteriorating with a growing salinity, and the marine life suffers.
Brine Management is a critical priority that needs new efficient solutions.
The key issues to address in brine disposal:
• An expensive and energy-intensive process
• Rigid environmental regulations
• The coastal water quality is deteriorating with
a growing level of salinity
Brine Management is a critical priority that needs new efficient solutions.
The key issues to address in brine disposal:
• An expensive and energy-intensive process
• Rigid environmental regulations
• The coastal water quality is deteriorating with
a growing level of salinity
We treat brine as a resource rather than waste. Our Exerger™ technology extracts high value chemicals and minerals for industrial and agricultural use. Beneficial reuse of brine helps to minimize the environmental impact and achieve Zero Liquid Discharge.
Exerger™ technology serves to:
• Achieve Zero Liquid Discharge and create a Circular Economy cycle
• Provide energy-efficient solution with low CAPEX and OPEX
• Increase the volume of potable water produced from sea water
• Avoid a negative environmental impact
• Extract marketable crystallized products from the brine (salt, soda ash, potassium chloride, bromine, gypsum, magnesium)
Exerger™ technology serves to:
• Achieve Zero Liquid Discharge and create a Circular Economy cycle
• Provide energy-efficient solution with low CAPEX and OPEX
• Increase the volume of potable water produced from sea water
• Avoid a negative environmental impact
• Extract marketable crystallized products from the brine (salt, soda ash, potassium chloride, bromine, gypsum, magnesium)
142 million m3 / day of brine
is released into
the ocean globally
Wastewater Treatment
Wastewater
Treatment Products
Treatment Products
We process industrial wastewater of any quality and salinity. We can reduce water consumption from open sources by 80% as we bring it back to the production cycle (99% of water can be recovered)
Energy recuperation process can increase energy efficiency up to 70%.
The distillate produced from feedwater is suitable for a wide range of re-use purposes: from feeding power boilers to providing potable water
Industrial wastewater after biochemical treatment in coke production
Wastewater containing
sludge after coagulation
Clarified wastewater
The final result: Clean distilled water
Sludge
with calcium sulfate, calcium carbonate and magnesium hydroxide
Deaerated water distillate
Salinity: 1–5 mg/dm³
Silicon: < 25 mcg/dm³
Iron: < 40 mg/dm³
Oxygen: < 20 mcg/dm³
Silicon: < 25 mcg/dm³
Iron: < 40 mg/dm³
Oxygen: < 20 mcg/dm³
Crystallized salt
used in the chemical industry
NaCI used for Na-cation filters regination
NaCI used for Na-cation filters regination
Industrial Wastewater Treatment Customer Case
Results:
• 99% of clean water returned to the production cycle
• Zero Liquid Discharge
• High-quality distillate for technical needs
• Sulfates, сhlorides, hardness salts and organics removed from wastewater
• Environmental safety of the production cycle increased
• 99% of clean water returned to the production cycle
• Zero Liquid Discharge
• High-quality distillate for technical needs
• Sulfates, сhlorides, hardness salts and organics removed from wastewater
• Environmental safety of the production cycle increased
Customer:
EVRAZ is a multinational steel manufacturing and mining group of companies.
EVRAZ is a multinational steel manufacturing and mining group of companies.
Test Installation:
Capacity 1m3/h
Concentration capability from 4 to 200 times
Capacity 1m3/h
Concentration capability from 4 to 200 times
Industrial Installation:
Capacity 200 m3/h
Capacity 200 m3/h
Task:
coke gas condensate cleaning after biochemical treatment
coke gas condensate cleaning after biochemical treatment
Technology tested and approved
ESG Agenda
We focus on ESG targets aligned with the global long-term strategy for sustainable development
High-quality water is produced from wastewater, up to 99% of water can
be returned to the production cycle reducing the overall water consumption
be returned to the production cycle reducing the overall water consumption
Water Reuse
Cut on the emissions, mitigated risk of water and soil contamination
Care for the environment
Heat re-used for power generation for the production needs, reducing overall energy consumption
Cost-efficiency
and Energy recovery
and Energy recovery
Using waste landfills territories for urban development or landscaping
Sustainable city development
Contacts
Address
+ 971 58 521 0244
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