The document presents technologies from ARS Technologies for addressing complex environmental problems. It discusses ARS's proven experience developing technologies through university research programs. It also describes pneumatic fracturing and atomized liquid injection techniques for improving permeability and uniformly distributing chemicals. Finally, it outlines ARS's services including fracturing, chemical injection, advanced drilling, and chemical formulation assistance.
Carriers own brand_ott_social_sharing_serviceAswath Rao
The document proposes a social sharing service called EnThinnai that carriers could offer as an alternative to existing OTT services like Facebook and Google+. EnThinnai would allow users to own and control their personal data and social sharing through fine-grained access controls. It could be deployed on many platforms with minimal infrastructure requirements, allowing carriers to leverage existing networks and avoid large capital expenditures. EnThinnai is presented as a privacy-focused social network and personal data store that gives users ownership over their information.
Jeff Pulver has advocated for over a decade that individuals can be their own phone companies. The document discusses building a decentralized social network and communication platform where users are not confined by walled gardens and there is no single middle party controlling the infrastructure. It compares the proposed "EnThinnai Approach" to XMPP architecture, noting it is truer to end-to-end communication principles.
The document discusses user-centric social networks as an alternative to existing social networks like LinkedIn. It proposes building a social network that allows for internet-wide identity, information exchange through standardized APIs, and secure authentication. This would enable a social network that is portable, better, and more secure than existing networks by allowing users to maintain their social graph and share content across different services and without data lock-in to any single provider. The document outlines technologies like OpenID and OAuth that could enable such a user-centric social network and provides an overview of a demo social network platform called EnThinnai that utilizes these technologies.
The document discusses the "Back Softball" campaign launched by the International Softball Federation to reinstate softball in the 2016 Olympics. The campaign's 10-point blueprint outlines initiatives to increase youth participation, worldwide players, and opportunities for women and disabled athletes. It also discusses partnerships between the International Softball Federation and organizations like GASP to promote softball development through coaching, equipment donations, and broadcasting tournaments.
The document discusses issues with using outbound proxies in VoIP systems and proposes alternatives. It suggests that outbound proxies, while providing some authentication, are generally undesirable. It proposes using OpenID for authentication instead of requiring each user to have an outbound proxy from their service provider. The document also discusses using a self-hosted server as an alternative to a user's outbound proxy for call routing and using ICE for NAT and firewall traversal between the systems. It introduces EnThinnai as a unified communications platform that aims to realize these objectives with features like presence, chat, media sharing and minimal client and server requirements.
MEET THE MEDIA GURU: 2009 Un anno di protagonistiAndrey Golub
Meet the Media Guru è un format che pone l’innovazione di valore al centro dei singoli eventi, selezionando e presentando al pubblico i protagonisti della cultura digitale – ma non solo - e mettendo in scena progettualità e idee
Carriers own brand_ott_social_sharing_serviceAswath Rao
The document proposes a social sharing service called EnThinnai that carriers could offer as an alternative to existing OTT services like Facebook and Google+. EnThinnai would allow users to own and control their personal data and social sharing through fine-grained access controls. It could be deployed on many platforms with minimal infrastructure requirements, allowing carriers to leverage existing networks and avoid large capital expenditures. EnThinnai is presented as a privacy-focused social network and personal data store that gives users ownership over their information.
Jeff Pulver has advocated for over a decade that individuals can be their own phone companies. The document discusses building a decentralized social network and communication platform where users are not confined by walled gardens and there is no single middle party controlling the infrastructure. It compares the proposed "EnThinnai Approach" to XMPP architecture, noting it is truer to end-to-end communication principles.
The document discusses user-centric social networks as an alternative to existing social networks like LinkedIn. It proposes building a social network that allows for internet-wide identity, information exchange through standardized APIs, and secure authentication. This would enable a social network that is portable, better, and more secure than existing networks by allowing users to maintain their social graph and share content across different services and without data lock-in to any single provider. The document outlines technologies like OpenID and OAuth that could enable such a user-centric social network and provides an overview of a demo social network platform called EnThinnai that utilizes these technologies.
The document discusses the "Back Softball" campaign launched by the International Softball Federation to reinstate softball in the 2016 Olympics. The campaign's 10-point blueprint outlines initiatives to increase youth participation, worldwide players, and opportunities for women and disabled athletes. It also discusses partnerships between the International Softball Federation and organizations like GASP to promote softball development through coaching, equipment donations, and broadcasting tournaments.
The document discusses issues with using outbound proxies in VoIP systems and proposes alternatives. It suggests that outbound proxies, while providing some authentication, are generally undesirable. It proposes using OpenID for authentication instead of requiring each user to have an outbound proxy from their service provider. The document also discusses using a self-hosted server as an alternative to a user's outbound proxy for call routing and using ICE for NAT and firewall traversal between the systems. It introduces EnThinnai as a unified communications platform that aims to realize these objectives with features like presence, chat, media sharing and minimal client and server requirements.
MEET THE MEDIA GURU: 2009 Un anno di protagonistiAndrey Golub
Meet the Media Guru è un format che pone l’innovazione di valore al centro dei singoli eventi, selezionando e presentando al pubblico i protagonisti della cultura digitale – ma non solo - e mettendo in scena progettualità e idee
Vapor intrusion investigations are now required as part of Phase I ESAs under the revised ASTM E2600 standard. This document outlines the process for conducting a Tier 1 vapor encroachment condition (VEC) screen during a Phase I investigation. The investigator first establishes an area of concern based on the type of contamination and then searches for potential vapor sources. If a source is identified, the investigator makes a determination on whether a VEC exists. If so, they further evaluate whether it represents a recognized environmental condition based on state guidance criteria. Professional judgment is important when making VEC and REC determinations.
Conducting the VEC Investigation for a Phase I - Boston DDDEDR
This document discusses conducting a vapor intrusion evaluation as part of a Phase I Environmental Site Assessment using the newly revised ASTM E2600 standard. It provides an overview of vapor intrusion vs. vapor encroachment and why vapor migration should be considered in a Phase I. It then outlines the process for conducting a Tier 1 vapor encroachment condition screen, including defining the area of concern, identifying known contamination sources, and making a vapor encroachment condition and recognized environmental condition determination. The document emphasizes using professional judgment and all information from the Phase I investigation when conducting the Tier 1 screen.
EDR DDD CHICAGO: CONDUCTING THE VEC INVESTIGATION FOR A PHASE I USING THE NEW...EDR
This document discusses conducting a vapor encroachment condition (VEC) investigation for a Phase I environmental site assessment using the newly revised ASTM E2600 standard. It provides an overview of vapor intrusion vs. vapor encroachment and why vapor migration should be considered in Phase I assessments. It then details how to conduct a Tier 1 VEC screen, including defining the area of concern, identifying known contamination sources, and making a VEC and VEC-to-REC determination using professional judgment. The document emphasizes using the screening to identify whether a vapor-related recognized environmental condition exists requiring further investigation.
The document discusses in situ injection technologies for environmental remediation. It introduces the Triad approach which can accelerate projects through systematic planning and real-time measurement. The ZEBRA injection platform allows for custom setups including mobile and stationary options. Injection equipment discussed includes pumps, tanks, ports, and probes. The Hornet tool is highlighted as a way to improve distribution of injected reagents by generating pressure pulses. Conductivity tracking is presented as a method to monitor injection distribution and ROI. Traditional injections often result in poor distribution but these new technologies aim to improve remedial efficacy.
In situ testing – current trends in geotechnical investigationsInfocengrs63
Modern geotechnical engineers face challenges related to infrastructure development, underground construction, and difficult soil conditions. Accurate in-situ tests like static cone penetration, pressuremeter, and pump-out tests provide higher reliability for analyzing soil behavior, foundation capacity, and settlement. A case study describes using these techniques on projects in India, including a heritage memorial with alluvial soils, a refinery with pile foundations, and an underground rail corridor requiring dewatering.
Vapor intrusion investigations are now required as part of Phase I ESAs under the revised ASTM E2600 standard. This document outlines the process for conducting a Tier 1 vapor encroachment condition (VEC) screen during a Phase I investigation. The investigator first establishes an area of concern based on the type of contamination and then searches for potential vapor sources. If a source is identified, the investigator makes a determination on whether a VEC exists. If so, they further evaluate whether it represents a recognized environmental condition based on state guidance criteria. Professional judgment is important when making VEC and REC determinations.
Conducting the VEC Investigation for a Phase I - Boston DDDEDR
This document discusses conducting a vapor intrusion evaluation as part of a Phase I Environmental Site Assessment using the newly revised ASTM E2600 standard. It provides an overview of vapor intrusion vs. vapor encroachment and why vapor migration should be considered in a Phase I. It then outlines the process for conducting a Tier 1 vapor encroachment condition screen, including defining the area of concern, identifying known contamination sources, and making a vapor encroachment condition and recognized environmental condition determination. The document emphasizes using professional judgment and all information from the Phase I investigation when conducting the Tier 1 screen.
EDR DDD CHICAGO: CONDUCTING THE VEC INVESTIGATION FOR A PHASE I USING THE NEW...EDR
This document discusses conducting a vapor encroachment condition (VEC) investigation for a Phase I environmental site assessment using the newly revised ASTM E2600 standard. It provides an overview of vapor intrusion vs. vapor encroachment and why vapor migration should be considered in Phase I assessments. It then details how to conduct a Tier 1 VEC screen, including defining the area of concern, identifying known contamination sources, and making a VEC and VEC-to-REC determination using professional judgment. The document emphasizes using the screening to identify whether a vapor-related recognized environmental condition exists requiring further investigation.
The document discusses in situ injection technologies for environmental remediation. It introduces the Triad approach which can accelerate projects through systematic planning and real-time measurement. The ZEBRA injection platform allows for custom setups including mobile and stationary options. Injection equipment discussed includes pumps, tanks, ports, and probes. The Hornet tool is highlighted as a way to improve distribution of injected reagents by generating pressure pulses. Conductivity tracking is presented as a method to monitor injection distribution and ROI. Traditional injections often result in poor distribution but these new technologies aim to improve remedial efficacy.
In situ testing – current trends in geotechnical investigationsInfocengrs63
Modern geotechnical engineers face challenges related to infrastructure development, underground construction, and difficult soil conditions. Accurate in-situ tests like static cone penetration, pressuremeter, and pump-out tests provide higher reliability for analyzing soil behavior, foundation capacity, and settlement. A case study describes using these techniques on projects in India, including a heritage memorial with alluvial soils, a refinery with pile foundations, and an underground rail corridor requiring dewatering.
2. ARS TECHNOLOGIES FAMILY OF COMPANIES
Practical Solutions For
Complex Problems
Proven Experience
Better Amendment
Delivery
Safe, Knowledgeable &
Convenient Chemical
Services
3. PRESENTER
Robert Kelley, Ph.D.
Vice President of Technology Development
ARS Technologies, Inc
732-253-8131
bk@arstechnologies.com
8. PROVEN EXPERIENCE
Technologies Developed by
Prestigious University Research
Program
10 Ph.D.s
5 US Patents
Certified by USEPA Site Program
300 + Sites
19 Years Commercial Experience
9. Safety Record
Full-Time Health and Safety Officer
“Stop-Job” Policy Empowers Any Worker
to Stop Operation on SIte If They Believe
the Site Unsafe
Zero Loss Time Cases
Zero Property Loss Claims
10. NATIONWIDE PRESENCE
New
Berkeley Chicago
Brunswick
Wilmington
Atlanta
Houston
Orlando
13. OUR TECHNOLOGIES
Pneumatic
Fracturing
Gas is injected into the
subsurface at pressures
exceeding the natural
in-situ pressures and at
flow rates that exceed
nature permeability
14. OUR TECHNOLOGIES
Pneumatic
Fracturing
Gas is injected into the
subsurface at pressures
exceeding the natural
in-situ pressures and at
flow rates that exceed
nature permeability
15. OUR TECHNOLOGIES
Pneumatic
Fracturing Soil Vapor
Gas is injected into the Extraction
subsurface at pressures
exceeding the natural
in-situ pressures and at
Pump and Treat
flow rates that exceed
nature permeability
Air Sparging
16. OUR TECHNOLOGIES
Pneumatic
Fracturing Soil Vapor
Gas is injected into the Extraction
subsurface at pressures
exceeding the natural
in-situ pressures and at
Pump and Treat
flow rates that exceed
nature permeability
Air Sparging
Atomized Liquid
Injection
Atomized Liquid
injection is a very
Injections effective method for
injecting liquids/
slurries/powder
uniformly within all
types of geology
17. OUR TECHNOLOGIES
Pneumatic
Fracturing Soil Vapor
Gas is injected into the Extraction
subsurface at pressures
exceeding the natural
in-situ pressures and at
Pump and Treat
flow rates that exceed
nature permeability
Air Sparging
Atomized Liquid
Injection
Atomized Liquid Ferox™ZVI
injection is a very
Injections effective method for
injecting liquids/
slurries/powder
Chemox
uniformly within all
types of geology
Bioaugmentation
24. GAS FRACTURING CHARACTERIZED
Relatively Low Pressure,
High Volume Process
15 second Injection Per
interval
1 meter packer interval
25. GAS FRACTURING CHARACTERIZED
Relatively Low Pressure,
High Volume Process
15 second Injection Per
interval
1 meter packer interval
Fracture ROI 15-70 ft
29. OTHER FRACTURING METHODS
Hydraulic Fracturing
Oil Field Use As Well As Development Tool
Well Drillers As Water Well Development Tool
Blast Fracturing
Use Of Down-hole Explosives
Blast Fracturing Can Break Competent Rock
34. PNEUMATIC FRACTURE APPLICATION METHODS
“How Is Fracturing Applied”
Open Borehole (4in – 6in diameter)
Cased Borehole
Direct-Push-Drilling Methods
GeoProbe 5,6,7, Series —
Shallow Depth
GeoProbe 8040 —
Intermediate Depth/Difficult Conditions
Sonic —
Deep Depth/Difficult Conditions
35. PRESSURE — TIME HISTORY CURVES
Tells Us What’s Happening Below the Ground
36. PRESSURE — TIME HISTORY CURVES
Tells Us What’s Happening Below the Ground
150
Pressure (psig)
100
50
0
Culver City, California
0 10 20 30 (Clay)
Elapsed Time (s) Depth: 16 to 19 ft. bgs.
37. PRESSURE — TIME HISTORY CURVES
Tells Us What’s Happening Below the Ground
150
Pressure (psig)
100
50
0
Culver City, California
0 10 20 30 (Clay)
Elapsed Time (s) Depth: 16 to 19 ft. bgs.
20
Pressure (psig)
15
10
Auburn, Indiana
0 (sandy Silt)
0 5 10 15 Depth: 6-8 ft bgs.
Elapsed Time (s)
39. HOW WE MONITOR
PNEUMATIC FRACTURING
Down-Hole Pressure
Pressure-Time History Curves
40. HOW WE MONITOR
PNEUMATIC FRACTURING
Down-Hole Pressure
Pressure-Time History Curves
Pressure Influence
Pressure Gauges on Monitoring Wells
41. HOW WE MONITOR
PNEUMATIC FRACTURING
Down-Hole Pressure
Pressure-Time History Curves
Pressure Influence
Pressure Gauges on Monitoring Wells
Ground Surface Heave
Observe Small Ground Movement
43. WHAT WE CAN EXPECT FROM
PNEUMATIC FRACTURING
Increased Radius of Influence (3-6
Times)
44. WHAT WE CAN EXPECT FROM
PNEUMATIC FRACTURING
Increased Radius of Influence (3-6
Times)
Increased Bulk Conductivity (1-4 OM)
•Reduction in Geologic Heterogeneity (less diffusion
limited zones)
•Uniform emplacement of Injected Substances
•Increased in Mass Removal
•Increased Dewaterability or airflow
49. ATOMIZED LIQUID INJECTION
Ferox™ZVI
Chemox
Atomized Liquid
injection is a very
effective method for
injecting liquids/
slurries/powder
uniformly within all Bioaugmentation
types of geology
65. ARS ADVANCED DRILLING SERVICE
Geoprobe 8040 Offers Advanced Drilling
Methods
Cost-effective Alternative To Sonic
Drilling
66. ARS ADVANCED DRILLING SERVICE
Geoprobe 8040 Offers Advanced Drilling
Methods
Cost-effective Alternative To Sonic
Drilling
Site Investigation & Remediation
67. ARS ADVANCED DRILLING SERVICE
Geoprobe 8040 Offers Advanced Drilling
Methods
Cost-effective Alternative To Sonic
Drilling
Site Investigation & Remediation
Nationwide Service
81. INJECTION, SAMPLING,
WELL INSTALLATION
Install 2” Monitoring
Wells with no
cuttings
82. INJECTION, SAMPLING,
WELL INSTALLATION
Install 2” Monitoring
Wells with no
cuttings
Quick and Easy to
Convert from DPT to
Rotary
83. INJECTION, SAMPLING,
WELL INSTALLATION
Install 2” Monitoring
Wells with no
cuttings
Quick and Easy to
Convert from DPT to
Rotary
Track Mounted
Access
84. INJECTION, SAMPLING,
WELL INSTALLATION
Install 2” Monitoring
Wells with no
cuttings
Quick and Easy to
Convert from DPT to
Rotary
Track Mounted
Access
ARS Tech’s Highly
Experienced Crew
Provide Safe Efficient
Operations
95. Cost to Time Relationship
Peroxygens Expensive, But Fast Expensive and Slow
COST $
Inexpensive, and Fast Inexpensive, But Slow
TIME
96. Cost to Time Relationship
Peroxygens Expensive, But Fast Expensive and Slow
COST $
Inexpensive, and Fast Inexpensive, But Slow
TIME
97. Cost to Time Relationship
Peroxygens Expensive, But Fast Expensive and Slow
COST $
Inexpensive, and Fast Inexpensive, But Slow
TIME
98. Cost to Time Relationship
Peroxygens Expensive, But Fast Expensive and Slow
COST $
Inexpensive, and Fast Inexpensive, But Slow
TIME
99. Cost to Time Relationship
Peroxygens Expensive, But Fast Expensive and Slow
COST $
Inexpensive, and Fast Inexpensive, But Slow
TIME
100. Cost to Time Relationship
Expensive, But Fast Expensive and Slow
Permanganate
Peroxygens
COST $
Inexpensive, and Fast Inexpensive, But Slow
TIME
101. Cost to Time Relationship
Expensive, But Fast Expensive and Slow
Permanganate
Peroxygens
COST $
Inexpensive, and Fast Inexpensive, But Slow
TIME
102. Cost to Time Relationship
Expensive, But Fast Expensive and Slow
Permanganate
Peroxygens
COST $
Catalyzed Iron
Ferox(tm)
Inexpensive, and Fast Inexpensive, But Slow
TIME
103. Cost to Time Relationship
Expensive, But Fast Expensive and Slow
Permanganate
Peroxygens
COST $
Catalyzed Iron
Ferox(tm)
Inexpensive, and Fast Inexpensive, But Slow
TIME
104. Cost to Time Relationship
Expensive, But Fast Expensive and Slow
Permanganate
Peroxygens
COST $
Catalyzed Iron
Ferox(tm)
Bioremediation
Inexpensive, and Fast Inexpensive, But Slow
TIME
105. Cost to Time Relationship
Expensive, But Fast Expensive and Slow
? nZVI ?
Permanganate
Peroxygens
COST $
Catalyzed Iron
Ferox(tm)
Bioremediation
Inexpensive, and Fast Inexpensive, But Slow
TIME
113. ZVI IRON POWDERS
Brand Characteristics
• Pure Feedstock
• Reactive Alternative to Scrap
HCA Filings
• 3 Grades (Course, Fine and
Ultrafine)
• Atomized Powder
HC-15 • Catalytic Iron--Very High
Reactivity
• 2 Grades (Fine and Ultrafine)
• Successor to Most Widely Used ZVI
H200 Plus •Application Specific Blend
40
118. “EVERYTHING BUT BOOTS
ON THE GROUND”
Just In Time Tanker Delivery
Totes, Drums, Pails
119. “EVERYTHING BUT BOOTS
ON THE GROUND”
Just In Time Tanker Delivery
Totes, Drums, Pails
Dosatrons, Flowmeters
120. “EVERYTHING BUT BOOTS
ON THE GROUND”
Just In Time Tanker Delivery
Totes, Drums, Pails
Dosatrons, Flowmeters
Manifold Setups
121. “EVERYTHING BUT BOOTS
ON THE GROUND”
Just In Time Tanker Delivery
Totes, Drums, Pails
Dosatrons, Flowmeters
Manifold Setups
Pumps, Hosing
122. “EVERYTHING BUT BOOTS
ON THE GROUND”
Just In Time Tanker Delivery
Totes, Drums, Pails
Dosatrons, Flowmeters
Manifold Setups
Pumps, Hosing
Tankage
123. HOW ARE YOU DOING YOUR
ON-SITE CHEMOX MIXING?
124. HOW ARE YOU DOING YOUR
ON-SITE CHEMOX MIXING?
OR
125. HOW ARE YOU DOING YOUR
ON-SITE CHEMOX MIXING?
OR
136. SODIUM PERMANGANATE (NaMnO4)
High Purity Standard For Insitu Injection
Available In “Site Ready” 2,000 – 5,000
Gal. Bulk Tanker Trucks
137. SODIUM PERMANGANATE (NaMnO4)
High Purity Standard For Insitu Injection
Available In “Site Ready” 2,000 – 5,000
Gal. Bulk Tanker Trucks
Available In (10-40%) Concentration
140. POTASSIUM PERMANGANATE (KMnO4)
Tech Grade Chemicals
Available As Dry Or “Site Ready” 1,000 –
5,000 Gal. Blended Bulk Tanker Trucks
141. POTASSIUM PERMANGANATE (KMnO4)
Tech Grade Chemicals
Available As Dry Or “Site Ready” 1,000 –
5,000 Gal. Blended Bulk Tanker Trucks
Blended Available In (1-7%)
Concentration
142. POTASSIUM PERMANGANATE (KMnO4)
Tech Grade Chemicals
Available As Dry Or “Site Ready” 1,000 –
5,000 Gal. Blended Bulk Tanker Trucks
Blended Available In (1-7%)
Concentration
Established Product QA/QC Program
143. POTASSIUM PERMANGANATE (KMnO4)
Tech Grade Chemicals
Available As Dry Or “Site Ready” 1,000 –
5,000 Gal. Blended Bulk Tanker Trucks
Blended Available In (1-7%)
Concentration
Established Product QA/QC Program
Avoid Homeland Security’s 300+ List
150. ARS TECHNOLOGIES FAMILY OF COMPANIES
Practical Solutions For
Complex Problems
Proven Experience
Better Amendment
Delivery
Safe, Knowledgeable &
Convenient Chemical
Services
151. FOR MORE INFORMATION
Websites
www.arstechnologies.com
www.hepure.com
www.pressure_grouting.com
ftp site
www.onlinefilefolder.com
User: arsfiles
Password: arspublic