RODI Systems Corp. Corporate Overview and Capabilities RODI Systems Corp. 936 Hwy 516 Aztec, NM 87410 505-334-5865
Download ReportTranscript RODI Systems Corp. Corporate Overview and Capabilities RODI Systems Corp. 936 Hwy 516 Aztec, NM 87410 505-334-5865
Slide 1
RODI Systems Corp.
Corporate Overview and
Capabilities
RODI Systems Corp.
936 Hwy 516
Aztec, NM 87410
505-334-5865
Slide 2
RODI Systems Overview
Privately Owned New Mexico
Corporation
Founded in 1995
Located in NW New Mexico
Specializes in High Performance
Water Treatment
Slide 3
RODI Systems History
Founded in January 1995
as Reverse Osmosis (RO)
Consulting Firm
Began Design and
Construction of RO
Systems in Mid-1995
Now Offers Vapor
Compression Evaporation
and Ultrafiltration in
Addition to RO
Also Offers Complete
Line of Monitoring and
Control Products
RO Systems
RO Consulting
Portable Systems
UF and MF
Systems
Instruments and
Controls
Slide 4
Water Treatment Applications
Domestic and Industrial
Wastewater
Oil and Gas Produced Water
Desalination
Drinking Water
Process Water
Slide 5
Clients and Locations
Partial Client List
SeaWorld of Florida
U.S. Navy
Siemens
GE
Nalco
Sandia National
Laboratory
Intel
Anheuser-Busch
Project Locations
United States
Canada
Egypt
Libya
Turkey
Grand Cayman
U.S. Virgin Islands
Mexico
Slide 6
Water Treatment Technologies
Reverse Osmosis
Ultrafiltration
Microfiltration
Membrane Bioreactors
Evaporation
Conventional
Ref: Norit
Slide 7
Advantages of Membrane-Based
Water Treatment Systems
Superior Product/Effluent Quality – Membranes
Provide an Absolute Barrier
Smaller Space Requirement
Easier to Automate and Monitor
In Many Cases, Such as Wastewater, the Only
Option for High Performance Treatment
Slide 8
Advantages of Mobile and
Containerized Systems
Less Expensive than
Site-Built Systems
Fast Delivery Time
Portable
Small Footprint
Slide 9
RODI’s Standard Water Treatment
Products
PureBoxTM – Containerized Brackish Water and
Seawater Desalination Systems
RODI TMX – Trailer-Mounted Water
Purification Systems
RODI IMS – Integrated Membrane Systems for
Wastewater Recycling
RODI CMBR – Containerized Wastewater
Treatment Systems
Slide 10
PureBoxTM Containerized
Desalination Systems
Portable — Completely selfcontained in an intermodal
shipping container.
Flexible — Systems may be
added or changed easily.
Secure – Containerized
construction prevents tampering.
Low Cost — Cost of ownership
is one of the lowest in the
industry due to its high energy
efficiency and low cost of
operation.
Slide 11
The entire treatment system is self-contained inside
an intermodal shipping container.
Slide 12
The PureBoxTM systems are constructed with
industrial quality components.
Slide 13
RODI TMX Trailer-Mounted
Water Purification Systems
Long Shelf Life — Systems may
be stored for years with little or
no maintenance.
Durable — Designed for the
rigors of use incorporating
industrial quality components.
Effective – High performance
treatment technologies.
Power Options — Available with
genset and solar power supplies.
Slide 14
High performance treatment technologies ensure
superior product quality.
Slide 15
Automated controls ensure proper operation even if
the system is unattended.
Slide 16
RODI IMS Wastewater
Recyling Systems
Utilizes high performance membrane
technology to treat wastewater for
reuse.
Ultrafiltration followed by reverse
osmosis removes both suspended
and dissolved contaminants.
Hot (<120 deg F) wastewaters may
be treated and reused for energy
savings.
Applications include wastewaters
from textile dyeing, laundries, vehicle
maintenance, metal finishing, etc.
Slide 17
The IMS (integrated membrane system) utilizes both
tubular ultrafiltration and reverse osmosis.
Slide 18
Complete automation and extensive system
monitoring are standard features of the IMS.
Slide 19
Reverse osmosis is used to removed dissolved solids thus allowing
the final product to be reused without additional treatment.
Slide 20
RODI CMBR Containerized
Wastewater Treatment Systems
Utilizes aerobic digestion followed
by high performance membrane
technology.
Small footprint and completely
portable.
High quality effluent (< 5 ppm BOD
and <1 ppm TSS) is suitable for
reuse without additional treatment.
Applications include work camps,
resorts, temporary housing, and
pretreatment of industrial waste.
Slide 21
Entire system (including bioreactor tank) is mounted
inside an intermodal shipping container.
Slide 22
Major components are easily accessible. Insulation allows
operation in cold climates.
Slide 23
Typical Features of RODI’s Water
Treatment Systems
High Quality Controls and
Instrumentation
Energy Recovery on
Desalination Systems
Extensive Pretreatment
Product Water Post-treatment
Remote Monitoring
Membrane Cleaning System
Insulation and Climate Control
Slide 24
Recent Custom Treatment System
Project Examples
2,000,000 GPD Brackish Water Containerized
Reverse Osmosis Plant
2,400 GPD Containerized VCE Pilot System
Slide 25
The 2,000,000 GPD brackish water RO system is housed in four
40 ft intermodal containers.
Slide 26
Each container holds a 500,000 GPD RO train.
.
Slide 27
Each train is equipped with 150% of pump capacity.
Slide 28
Each train is equipped with an extensive
instrumentation package for system monitoring.
Slide 29
Each container is equipped with cartridge filtration
pretreatment and a clean-in-place (CIP) system.
Slide 30
This project involved installation of a 100 GPD VCE unit inside
a 40 ft intermodal container. The container was highly modified
to facilitate operation and maintenance of the VCE unit.
Slide 31
The system is designed specifically for oil and gas produced
water treatment. It is totally self-contained and portable.
Slide 32
The system incorporates a natural gas fueled generator to
provide on-site power.
Slide 33
The container is insulated and climate controlled with heating and cooling. The
treatment system is fully automated and capable of being remotely operated
and controlled via the internet by means of a cellular gateway.
Slide 34
Control System Integration
Control System Design
System Construction
PLC and HMI
Programming
Startup Assistance
Technical Support
Slide 35
RODI Systems RO Monitoring and
Control Products
AquaLynx® RO
Controllers
RO Performance
MonitorTM
EZ SDITM Silt Density
Index Monitors
DataFlex RemoteTM
Slide 36
Technical Capabilities
Feasibility Studies
Audits and Troubleshooting
of Existing Systems
Pilot Testing
Treatment System Design
Mechanical Design Including
3D CAD
Control System and Electrical
Design Including Embedded
Microprocessor, PLC, and PC
Programming
System Startup
Operator Training
Slide 37
Manufacturing Capabilities
Electrical – From Circuit
Boards to Complete
Control Systems
Treatment System
Assembly Including
Skid-Mounted and
Containerized Systems
100% QA Testing
UL 508 Certified
Slide 38
Why Choose RODI Systems?
Systems Designed from the Operator’s Standpoint
– All RODI Designers Have Hands-On
Experience in System Operation
In-House Capabilities for All Aspects of System
Design Including Electrical, Controls, and
Instrumentation
Knowledgeable Technical Support Including
Startup and Operator Training
Specializes in High Performance Treatment
Applications – Extensive Field Experience
Proven Track Record with Some of the World’s
Largest Client Companies Including AnheuserBusch, Siemens, Intel, And GE
RODI Systems Corp.
Corporate Overview and
Capabilities
RODI Systems Corp.
936 Hwy 516
Aztec, NM 87410
505-334-5865
Slide 2
RODI Systems Overview
Privately Owned New Mexico
Corporation
Founded in 1995
Located in NW New Mexico
Specializes in High Performance
Water Treatment
Slide 3
RODI Systems History
Founded in January 1995
as Reverse Osmosis (RO)
Consulting Firm
Began Design and
Construction of RO
Systems in Mid-1995
Now Offers Vapor
Compression Evaporation
and Ultrafiltration in
Addition to RO
Also Offers Complete
Line of Monitoring and
Control Products
RO Systems
RO Consulting
Portable Systems
UF and MF
Systems
Instruments and
Controls
Slide 4
Water Treatment Applications
Domestic and Industrial
Wastewater
Oil and Gas Produced Water
Desalination
Drinking Water
Process Water
Slide 5
Clients and Locations
Partial Client List
SeaWorld of Florida
U.S. Navy
Siemens
GE
Nalco
Sandia National
Laboratory
Intel
Anheuser-Busch
Project Locations
United States
Canada
Egypt
Libya
Turkey
Grand Cayman
U.S. Virgin Islands
Mexico
Slide 6
Water Treatment Technologies
Reverse Osmosis
Ultrafiltration
Microfiltration
Membrane Bioreactors
Evaporation
Conventional
Ref: Norit
Slide 7
Advantages of Membrane-Based
Water Treatment Systems
Superior Product/Effluent Quality – Membranes
Provide an Absolute Barrier
Smaller Space Requirement
Easier to Automate and Monitor
In Many Cases, Such as Wastewater, the Only
Option for High Performance Treatment
Slide 8
Advantages of Mobile and
Containerized Systems
Less Expensive than
Site-Built Systems
Fast Delivery Time
Portable
Small Footprint
Slide 9
RODI’s Standard Water Treatment
Products
PureBoxTM – Containerized Brackish Water and
Seawater Desalination Systems
RODI TMX – Trailer-Mounted Water
Purification Systems
RODI IMS – Integrated Membrane Systems for
Wastewater Recycling
RODI CMBR – Containerized Wastewater
Treatment Systems
Slide 10
PureBoxTM Containerized
Desalination Systems
Portable — Completely selfcontained in an intermodal
shipping container.
Flexible — Systems may be
added or changed easily.
Secure – Containerized
construction prevents tampering.
Low Cost — Cost of ownership
is one of the lowest in the
industry due to its high energy
efficiency and low cost of
operation.
Slide 11
The entire treatment system is self-contained inside
an intermodal shipping container.
Slide 12
The PureBoxTM systems are constructed with
industrial quality components.
Slide 13
RODI TMX Trailer-Mounted
Water Purification Systems
Long Shelf Life — Systems may
be stored for years with little or
no maintenance.
Durable — Designed for the
rigors of use incorporating
industrial quality components.
Effective – High performance
treatment technologies.
Power Options — Available with
genset and solar power supplies.
Slide 14
High performance treatment technologies ensure
superior product quality.
Slide 15
Automated controls ensure proper operation even if
the system is unattended.
Slide 16
RODI IMS Wastewater
Recyling Systems
Utilizes high performance membrane
technology to treat wastewater for
reuse.
Ultrafiltration followed by reverse
osmosis removes both suspended
and dissolved contaminants.
Hot (<120 deg F) wastewaters may
be treated and reused for energy
savings.
Applications include wastewaters
from textile dyeing, laundries, vehicle
maintenance, metal finishing, etc.
Slide 17
The IMS (integrated membrane system) utilizes both
tubular ultrafiltration and reverse osmosis.
Slide 18
Complete automation and extensive system
monitoring are standard features of the IMS.
Slide 19
Reverse osmosis is used to removed dissolved solids thus allowing
the final product to be reused without additional treatment.
Slide 20
RODI CMBR Containerized
Wastewater Treatment Systems
Utilizes aerobic digestion followed
by high performance membrane
technology.
Small footprint and completely
portable.
High quality effluent (< 5 ppm BOD
and <1 ppm TSS) is suitable for
reuse without additional treatment.
Applications include work camps,
resorts, temporary housing, and
pretreatment of industrial waste.
Slide 21
Entire system (including bioreactor tank) is mounted
inside an intermodal shipping container.
Slide 22
Major components are easily accessible. Insulation allows
operation in cold climates.
Slide 23
Typical Features of RODI’s Water
Treatment Systems
High Quality Controls and
Instrumentation
Energy Recovery on
Desalination Systems
Extensive Pretreatment
Product Water Post-treatment
Remote Monitoring
Membrane Cleaning System
Insulation and Climate Control
Slide 24
Recent Custom Treatment System
Project Examples
2,000,000 GPD Brackish Water Containerized
Reverse Osmosis Plant
2,400 GPD Containerized VCE Pilot System
Slide 25
The 2,000,000 GPD brackish water RO system is housed in four
40 ft intermodal containers.
Slide 26
Each container holds a 500,000 GPD RO train.
.
Slide 27
Each train is equipped with 150% of pump capacity.
Slide 28
Each train is equipped with an extensive
instrumentation package for system monitoring.
Slide 29
Each container is equipped with cartridge filtration
pretreatment and a clean-in-place (CIP) system.
Slide 30
This project involved installation of a 100 GPD VCE unit inside
a 40 ft intermodal container. The container was highly modified
to facilitate operation and maintenance of the VCE unit.
Slide 31
The system is designed specifically for oil and gas produced
water treatment. It is totally self-contained and portable.
Slide 32
The system incorporates a natural gas fueled generator to
provide on-site power.
Slide 33
The container is insulated and climate controlled with heating and cooling. The
treatment system is fully automated and capable of being remotely operated
and controlled via the internet by means of a cellular gateway.
Slide 34
Control System Integration
Control System Design
System Construction
PLC and HMI
Programming
Startup Assistance
Technical Support
Slide 35
RODI Systems RO Monitoring and
Control Products
AquaLynx® RO
Controllers
RO Performance
MonitorTM
EZ SDITM Silt Density
Index Monitors
DataFlex RemoteTM
Slide 36
Technical Capabilities
Feasibility Studies
Audits and Troubleshooting
of Existing Systems
Pilot Testing
Treatment System Design
Mechanical Design Including
3D CAD
Control System and Electrical
Design Including Embedded
Microprocessor, PLC, and PC
Programming
System Startup
Operator Training
Slide 37
Manufacturing Capabilities
Electrical – From Circuit
Boards to Complete
Control Systems
Treatment System
Assembly Including
Skid-Mounted and
Containerized Systems
100% QA Testing
UL 508 Certified
Slide 38
Why Choose RODI Systems?
Systems Designed from the Operator’s Standpoint
– All RODI Designers Have Hands-On
Experience in System Operation
In-House Capabilities for All Aspects of System
Design Including Electrical, Controls, and
Instrumentation
Knowledgeable Technical Support Including
Startup and Operator Training
Specializes in High Performance Treatment
Applications – Extensive Field Experience
Proven Track Record with Some of the World’s
Largest Client Companies Including AnheuserBusch, Siemens, Intel, And GE