The document provides 10 examples of OMOBILE water treatment installations for various industries. The examples describe situations ranging from emergency installations needed to treat contaminated water or ensure continuity of production, to scheduled operations like protecting equipment, reducing costs, or supplying pure water during maintenance periods. Key details provided for each example include the location, flow rates, timeframes for installation, water quality objectives, and outcomes.
An introduction to Dual Oxygen Aerobic TechnologyBy Eco-Tex Systems
Advantages
Odor . . . Once it is operating, there is none.
Sludge The lagoon contents produce no sludge.
This is 3rd Generation Technology
The systems are far less expensive than traditional systems
Eco-Tex Dual Oxygen Aerobic Systems – Our second Generation Technology
An irrigation lagoon for a nursery company.
A 52 unit housing development.
A tipping floor wash system for a Portland area garbage company.
This suspended equipment bay was a major step to reliability and improved control of the circulation of the primary cell in the DOAS system.
Oil & Gas Applications
WATER TREATMENT
Ratio of production for crude oil at perforation
1 Barrel of Crude Oil to 1 Barrel of Contaminants
Oil
Soil
Chemicals used by perforation industry
Water with High Levels of Hydrocarbons
Heavy Metals
Salts
An introduction to Dual Oxygen Aerobic TechnologyBy Eco-Tex Systems
Advantages
Odor . . . Once it is operating, there is none.
Sludge The lagoon contents produce no sludge.
This is 3rd Generation Technology
The systems are far less expensive than traditional systems
Eco-Tex Dual Oxygen Aerobic Systems – Our second Generation Technology
An irrigation lagoon for a nursery company.
A 52 unit housing development.
A tipping floor wash system for a Portland area garbage company.
This suspended equipment bay was a major step to reliability and improved control of the circulation of the primary cell in the DOAS system.
Oil & Gas Applications
WATER TREATMENT
Ratio of production for crude oil at perforation
1 Barrel of Crude Oil to 1 Barrel of Contaminants
Oil
Soil
Chemicals used by perforation industry
Water with High Levels of Hydrocarbons
Heavy Metals
Salts
Brokerage session: project idea
Title: Innovative and novel solutions for waste water treatment in industrial and municipal sector
Presented by Johanna Hentunen, Aquazone
Project Reference - Reverse Osmosis Concentrate ׀ Chemical IndustryBerghof Membranes
Kunshan Zhong Yan Company, located in Kunshan City in
China’s Jiangsu province, manufactures 600,000 tons
of sodium carbonate (also known as “soda ash”) per
year.
To meet stringent water reuse standards, the
Kunshan plant set out to find a cost-effective solution to
treat its reverse osmosis (RO) concentrate and improve
overall RO system recovery
Commissioning of a 10 mld wwtp with flat sheet mbr technology the arenales de...WALEBUBLÉ
The authors are grateful to Professor Simon Judd & Claire Judd for the opportunity to publish this article on their renowned MBR-focused web page (www.thembrsite.com).
Amrt technology overview september 2014Victor James
Advanced Mineral Recovery Technologies, (AMRT Ltd.) is an authorised & licensed operating company utilising the Advanced Mineral Recovery Technologies (“AMRT”) patented process. Some of the shareholders of IMS are also shareholders in AMRT.
AMRT has a proprietary technology for treating the waste streams from mining and smelting operations whereby the valuable metal content is recovered while the potentially hazardous waste is converted to an environmentally-inert slag.
The technology is broadly applicable: virtually all mining & smelting works creates waste in the form of dust, fines or slag.
INNOVATIVE APPROACH OF SEWAGE DISPOSAL SYSTEM.pdfPRITI CHHATOI
“Case Study on ‘Innovative approach of Sewage Disposal System’ in urban areas.”
Contents: Introduction; What is sewage disposal system ?;Case study of Aquatech’s first integrated biological & membrane water recycle project at Mumbai international airport; Project background; Challenge;
Different steps of Treatment;
The placing of the devises for secondary and tertiary treatment; Process in flow diagram; Biological treatment; Effective RO pre-treatment; Analysis of water contents; Positives from the Project.
Desalination, The Sustainable AlternativeRick Nabett
Various municipal and industrial projects have enabled Degrémont to consolidate its world-leading position in the desalination field, in particular thanks to its mastery of water treatment technologies, its expertise as builder and operator
http://www.degremont.com.au
Desalination the sustainable alternativeRick Nabett
SERVING INDUSTRIES WITH RELIABLE DESALINATION SOLUTIONS Desalination of seawater or brackish water has become an increasingly common method of producing water to meet the growing needs of industry. http://www.degremont.com.au/industrial/solutions/desalination/
Brokerage session: project idea
Title: Innovative and novel solutions for waste water treatment in industrial and municipal sector
Presented by Johanna Hentunen, Aquazone
Project Reference - Reverse Osmosis Concentrate ׀ Chemical IndustryBerghof Membranes
Kunshan Zhong Yan Company, located in Kunshan City in
China’s Jiangsu province, manufactures 600,000 tons
of sodium carbonate (also known as “soda ash”) per
year.
To meet stringent water reuse standards, the
Kunshan plant set out to find a cost-effective solution to
treat its reverse osmosis (RO) concentrate and improve
overall RO system recovery
Commissioning of a 10 mld wwtp with flat sheet mbr technology the arenales de...WALEBUBLÉ
The authors are grateful to Professor Simon Judd & Claire Judd for the opportunity to publish this article on their renowned MBR-focused web page (www.thembrsite.com).
Amrt technology overview september 2014Victor James
Advanced Mineral Recovery Technologies, (AMRT Ltd.) is an authorised & licensed operating company utilising the Advanced Mineral Recovery Technologies (“AMRT”) patented process. Some of the shareholders of IMS are also shareholders in AMRT.
AMRT has a proprietary technology for treating the waste streams from mining and smelting operations whereby the valuable metal content is recovered while the potentially hazardous waste is converted to an environmentally-inert slag.
The technology is broadly applicable: virtually all mining & smelting works creates waste in the form of dust, fines or slag.
INNOVATIVE APPROACH OF SEWAGE DISPOSAL SYSTEM.pdfPRITI CHHATOI
“Case Study on ‘Innovative approach of Sewage Disposal System’ in urban areas.”
Contents: Introduction; What is sewage disposal system ?;Case study of Aquatech’s first integrated biological & membrane water recycle project at Mumbai international airport; Project background; Challenge;
Different steps of Treatment;
The placing of the devises for secondary and tertiary treatment; Process in flow diagram; Biological treatment; Effective RO pre-treatment; Analysis of water contents; Positives from the Project.
Desalination, The Sustainable AlternativeRick Nabett
Various municipal and industrial projects have enabled Degrémont to consolidate its world-leading position in the desalination field, in particular thanks to its mastery of water treatment technologies, its expertise as builder and operator
http://www.degremont.com.au
Desalination the sustainable alternativeRick Nabett
SERVING INDUSTRIES WITH RELIABLE DESALINATION SOLUTIONS Desalination of seawater or brackish water has become an increasingly common method of producing water to meet the growing needs of industry. http://www.degremont.com.au/industrial/solutions/desalination/
2. Long term rental
Mines, Spain
To treat contact water that has been
polluted by contact with the ore before
discharge into the natural
environment in order to comply with
environmental regulations
A complete mobile installation set
up, comprising sand
filtration, decarbonation and reverse
osmosis, for a flow rate of 300 m3/h.
Continued authorisation to operate
the mine from the environmental
authorities.
2
3. Emergency
Chemical industry, Belgium
To ensure continuity of production
in the event of breakdown of an ageing
demineralisation facility.
An O'Ready audit carried out, and the
system operational just 2 hours after
the customer's phone call, following
a breakdown on the facility.
3
4. Emergency
Energy industry, France
To treat water polluted by nitrates in
a lagoon threatening to overflow due to
heavy rainfall.
Installation of a reverse osmosis unit in a
few hours, to treat the water in the
lagoon before discharge into the
natural environment.
4
5. Emergency
Petrochemical industry, Belgium
To ensure continuity of production of
the petrochemical site despite the sudden
failure of the permanent demineralisation
facility.
Installation of 3 reverse osmosis units and
mixed beds in just 6 hours, for a flow rate
of 150 m3/h. No break in production at
the petrochemical site.
5
6. Scheduled operations
Energy industry, Belgium
To protect the equipment in the power
station boiler despite degradation of the
raw water quality before demineralisation.
Installation of a reverse osmosis unit
between the permanent demineralisation
facility and the boiler to reduce the TOC.
Equipment protected.
6
7. Scheduled operations
Energy industry, France
To reduce the operating costs of
a resin demineralisation chain.
Testing of a double-pass reverse
osmosis unit at the demineralisation
input with 20 to 40-fold reduction
in the purchases of chemicals and
decreased risk of accidents.
7
8. Scheduled operations
Energy industry, Egypt
To provide 30,000 m3 of
demineralised water in 4 weeks for
the start-up of a new power station.
Installation of a double-pass reverse
osmosis unit preceded by a sand filtration
system for producing the required
quality and quantity of pure water.
8
9. Scheduled operations
Chemical industry, China
To supply pure water to an industrial
park in China while awaiting delivery of
its permanent demineralisation unit.
Installation of a reverse osmosis unit
followed by a fractal resin
demineralisation unit (90
m3/h, conductivity <0.2 µS/cm) in series.
Training local operators and
monitoring the units using remote
management.
9
10. Scheduled operations
Petrochemical industry, Belgium
To carry out heavy maintenance
work on the permanent demineralisation
chain without halting production.
Installation of a sand filtration
system, then a single-pass reverse
osmosis system and mixed beds in
series, for a flow rate of 100 m3/h during
the 6-week maintenance period.
Compliance with the maintenance
schedule with no loss of production.
10