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Sunday, January 27, 2008 2:28:11 PM
3000! 
GLTA RCCH-LONGS holding for multiple DOLLARLAND!!!
49m o/s - FreeFloat: only 10m (almost whole FreeFloat in STRONG HANDS, already now!)
ASK-SIDE EXTREMLY EXPLOSVIE:
MM ID Ask Size Time
NITE 0.0170 5000 13:14:19
HILL 0.0190 5000 13:01:21
HDSN 0.0210 5000 12:16:53
UBSS 0.0350 5000 10:32:12
DOMS 0.0500 5000 15:22:58
VERT 0.0500 5000 13:25:52
MAXM 0.0700 5000 15:39:22
ETRD 100.0500 100 11:01:03
--------------------------------------------
Wastewater Virtual Trade Show
International Wastewater Systems SBR 6000
AIRR Wastewater Recovery System Amphidrome Bioclere Bio-Sun Waste Reduction System Clearwater Treatment System Clivus Composter Contactor & Recharger Cromaglass WWT System Delta ECOPOD Delta Whitewater ATU Ecoflo Biofilter Ecological Tanks, Inc., Aqua Aire Aerobic Treatment Unit Ecological Tanks, Inc., Aqua Safe Aerobic Treatment Unit Eljen In-Drain FAST Wastewater Treatment System Incinolet Electric Incinolating Toilet Infiltrator Quick4 Onsite Leachfield Chambers International Wastewater Systems SBR 6000 JET Aerobic Treatment System NoMound System Norweco Singulair Orenco Filters Puraflo Peat Biofilter Salcor 3G UV WW Disinfection Unit SeptiTech Tech Carousel Composting Washwater Garden Greywater System Waterloo Biofilter
Narrative Description
ETV Verification Report/Statement (EPA HQ) (http://www.epa.gov/etv/verifications/vcenter9-11.html)
SBR System and Control Building The SBR 6000 utilizes the proven sequencing batch reactor (SBR) concept to treat any variation of domestically derived wastewater. The SBR 6000 treatment system strives for maximum performance while balancing operation and maintenance time and costs. It is extremely important to allow a limited budget organization such as an HOA or school to operate a system within budget for the duration of the system’s life. Eliminating surprise costs and expensive component failures is a top priority, second only to the wastewater treatment itself.
Specifications
The core of an SBR 6000 system includes an equalization/screening tank, SBR tank, sludge holding tank, and an effluent dosing tank. Each SBR unit is capable of processing 6,000 gpd consistently, however each can handle 9,000 gpd during peak flows. Should tertiary treatment be required, a sand filtration unit with coagulation and UV disinfection is normally set up within a control building. A 10,000 gpd system without a control building will normally take up a footprint of 60’ x 30’. The SBR 6000 design is used as the framework for larger sized tanks if larger flow applications are required. Tank sizes range from 6,000 gallons to 20,000 gallons.
All installations are provided with the necessary O&M materials with an onsite laptop for system control and report generation. The operator will also have access to the system through either dial up or Internet for remote operation and monitoring.
The control system is designed in such a way that the operator can clearly see both past and current conditions. All events and data are logged to an intuitive reporting package built into the control system. The operator is also able to control the system wirelessly via a laptop while onsite to troubleshoot any problems. Any alarms generated are automatically dialed or emailed to the operator’s cell phone.
Site Constraints/Limitations
Installation requirements include excavation for the tank bed area, a concrete holding pad, and a control building if required. 3 phase power, telephone line, and pressurized water are also a preliminary requirement.
Applications
Applications include any type domestic wastewater treatment where water quality impact is of the utmost concern. Flow must be relatively consistent and above 1,000 gpd to maximize biological treatment. Applications have included golf courses, residential subdivisions, schools, churches, and motels. Effluent in most cases may be used for irrigation, point source discharge into receiving waters, or discharged into a drainfield.
Performance
The SBR 6000 was designed for maximum BOD, TSS, and nutrient removal. The operator is able to change operating strategies at the click of a button as well as remotely monitor the system from anywhere in the world. In addition, IWS has operators to help remotely diagnose and troubleshoot any problems that may occur. The ETV summary below averages one year’s worth of data:
ETV Data Summary (mg/L)
Influent SBR Effluent Final Effluent
BOD5 230 12 4
TSS 170 26 6
TKN 37.6 3.23 1.23
Total N 38 6.3 4.4
Total P 5.4 2.4 1.3
Inspection/Maintenance
Operators must follow some straight forward maintenance items to allow for consistent and compliant operation. Items include cleaning removable screens of rags and garbage, ensuring proper activated sludge blanket levels in collaboration with the control system, checking pH, alkalinity, ammonia and nitrate, and verifying correct sand filter operation if present. All pumps are monitored and logged through current sensors, giving the operator indicators of a failing pump. If coagulant and/or methanol are being used, they must be ordered and replenished in a timely fashion. The operator should visit the site every week to physically ensure proper wastewater treatment, garbage collection, and chemical refills. When necessary, excess sludge should be pumped from the sludge holding tank every 6 months to a year.
Costs
Prices range from $4,000 - $8,000 per lot, depending on site conditions and number of lots serviced. Excavation, concrete pad, and control building are not included in the installation quote and are the responsibility of the developer.
Disposal of Treated Effluent
Disposal of effluent is normally sent to a drainfield, however the effluent may also be land applied (irrigation) or discharged into a receiving water. Additional permits will be required for land applications and point source discharges.
Cluster/Multiple Residence Potential
SBR 6000 systems are designed for multiple home wastewater treatment. Additional SBR tanks may be added in the future provided there is enough sludge tank and equalization tank capacity. These tanks may also be added if necessary.
Longevity
A properly budgeted system will allow for indefinite use.
Potential Problems and Solutions
One potential problem lies within regulatory sampling. Systems located in remote areas may have trouble either sending samples to a laboratory, or delivering the samples on time before they expire. Past solutions have included commuting homeowners delivering samples to the lab, setting up EPA approved testing methods onsite, and having a mail service pick up and deliver the samples before the allotted time expires.
Manufacturer
Company: International Wastewater Systems
Address: 2220 West Main Office
Bozeman, MT 59718
Telephone: (407) 319-0033
Fax: (406) 556-4656
eMail: contact@iwwsystems.com
Website: http://www.iwwsystems.com
Contact(s): Claude Smith
http://www.epa.gov/NE/assistance/ceitts/wastewater/techs/dclesbr6000.html
---------------------------------------------------------
Today, International Wastewater Systems operates 12 systems in Idaho and four (pn hh: 12+4 together 16 operating systems already!!!) systems in Montana, with more currently submitted for state approval. IWS' emphasis is on strong planning both physically and operationally, and it provides much up-front information and design support to help the developer -- no matter what his situation. IWS tries to clearly identify the true costs of the system, not only direct costs associated with IWS, but a roadmap for what other vendors and costs might be. Too often the developer receives a wastewater treatment quote, but is not fully aware of engineering, construction, power and other requirements that are necessary to complete the plant. In summary, IWS views its responsibility to educate the developer as much as possible to give the highest level of assurance that the system goes in, on time and within budget.
...
http://www.redorbit.com/news/health/1048945/rcc_holdings_corp_purchases_international_wastewater_systems/index.html
1: MONTANA DEQ - List of Subsurface Wastewater Treatment Systems ...
List of Subsurface Wastewater Treatment Systems (SWTS) that are Approved as a Nitrogen-Reducing System Updated December 11, 2007 Pursuant to Administrative Rules...
http://deq.mt.gov/...ondeg/level2_web_list_12_2007%20(2).pdf
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2: MONTANA DEQ - Nutrient-Reducing WW Treatment System Designation ...
2004, January 7, 2005 and April 11, 2005 S YSTEM M ANUFACTURER : International Wastewater Systems, Inc. (IWS) S YSTEM N AME ( S ): IWS model 6000 sequencing batch...
http://deq.mt.gov/...Nondeg/IWS6000_lvl2_approval_1_2008.pdf
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3: How to Perform a Nondegradation Analysis
Rev. 3/2005 HOW TO PERFORM A NONDEGRADATION ANALYSIS FOR SUBSURFACE WASTEWATER TREATMENT SYSTEMS (SWTS) Montana Department of Environmental Quality March 2005 PAGE...
http://deq.mt.gov/...ondereg_Appends/How_To_Nondeg_final.pdf
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4: Montana DEQ - Nondegradation Determinations
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
http://deq.mt.gov/wqinfo/Nondeg/Index.asp
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5: Montana DEQ - Forms, Checklists & Examples
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
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6: Montana DEQ - Forms, Checklists & Examples
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
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7: Montana DEQ-NONDEGRADATION DETERMINATIONS AND MIXING ZONES
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
http://deq.mt.gov/wqinfo/Nondeg/LawsRules.asp
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8: Montana DEQ-NONDEGRADATION DETERMINATIONS AND MIXING ZONES
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
http://deq.mt.gov/wqinfo/Nondeg/nondegFedRules.asp
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9: Appendix K - Onsite Wastewater Treatment
2 treatment - Recirculating Sand Filter; Orenco - AdvanTex; Fluidyne - Eliminite; International Wastewater Systems model 6000 sequencing batch reactor (MDEQ, 2005)....
http://deq.mt.gov/...%20-%20Septic%20Systems%20Low%20Res.pdf
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10: Montana DEQ - BER - January 2003 Notice of Adoption IIA4
17.36.903 and 17.36.907 through 17.36.910 pertaining to Subsurface Wastewater Treatment Systems ) NOTICE OF ADOPTION AND REPEAL (WATER QUALITY) TO: All Concerned...
http://deq.mt.gov/...endas/jan31_03/IIA4noticeofadoption.pdf
Last modified: 05/28/03
...
http://search.mt.gov/cgi-bin/texis.cgi/webinator/search/?pr=DEQ&query=International+Wastewater+Systems&cq=&submit=Submit
---------------------------------------------------------------
International Wastewater Systems, Inc.
Planning and design of several wastewater treatment plants for various subdivisions and commercial facilities in Idaho and Montana. The following are projects that were completed:
Callaway Ranch Subdivision Wastewater Treatment Facility
Danskin II Subdivision Wastewater Treatment Facility
East Gallatin Commercial Park Wastewater Treatment Facility
Elk Valley Subdivision Wastewater Treatment Facility
Garden Valley School Wastewater Treatment Facility
Holy Apostle Church Wastewater Treatment Facility
Jug Mountain Wastewater Treatment Facility
Kelsey Subdivision Wastewater Treatment Facility
Middleton LDS Church Wastewater Treatment Facility
Moon Lake Ranch Subdivision Wastewater Treatment Facility
New Middleton Elementary School Wastewater Treatment Facility
Pear Blossom Subdivision Wastewater Treatment Facility
Stonebriar Subdivision Wastewater Treatment Facility
Trellis Subdivision Wastewater Treatment Facility
Valley Club Wastewater Treatment Facility
Client Contact:
Claude Smith
406-582-1115
http://www.gatewayengineering.net/10_2k3/IWS.html
---------------------------------------------------------------
Posted by: ghcnj
In reply to: jjtruthmatters who wrote msg# 2772 Date:1/24/2008 11:21:46 AM
Post #of 2935
Alright jjtruthmatters I will post DD on RCCH one more time just for you even though I said I wouldn't. Everybody verify the information yourselves. Phone numbers and some links are provided. From what I have read 100's of Millions of Dollars will be made. Clean water for Towns, Cities, Developments and large Commercial/Industrial needs are going to be bigger then oil. The EPA estimates that the USA will have to spend $1.2 Trillion dollars on just their current infrastructure. China has committed $2.5 Billion dollars just for the year 2008 for clean water per the news report I saw two (2) Fridays ago. RCCH owns IWS (International Wastewater Systems). If you check the EPA and State DEQ sites you will see IWS approvals on the books. Do your DD. GLTA.
-No company debt.
-T/A is not gagged. 49 million shares issued and outstanding as of January 4, 2008. (469) 633-0101
-Company is open and will take investors calls. (909) 483-6500
-No PR has ever shown revenue only what States they are working on and various shareholder updates. This will change in a big way very soon.
-Huge systems worth millions of dollars. Revenue could be huge and expected (by me) to be 100's of million of dollars within the next 12-18 months.
-Revenue does not stop once the systems are built. RCCH continues to receive residual income for managing, maintaining and updating all sites. These are not build them and leave them systems.
-They have been working for years to get these final permits. The final permit is similar to an auditing process where all engineering documents that were even previously approved are reviewed.
-Once the 1st State is completed (Montana) many more States should be close behind.
-Could be many, many, large overseas accounts as well.
-All quarterly reports have been submitted and they are ready to move.
-RCCH/IWS systems are the only systems that are EPA approved to be double stacked.
-Systems are typically for developments of 350 homes and up and commercial facilities. Towns, cities etc.
-Solid company with approvals from both the State and Federal Government levels. Can't get better recommendations then that.
Information is taken from the RCCH quarterly report ending September 30, 2007, from calling the T/A on January 4th 2008, PR's and various State and the EPA government websites. GLTA.
http://search.mt.gov/cgi-bin/texis.cgi/webinator/search/?pr=DEQ&query=International+Wastewater+Systems&cq=&submit=Submit
http://www.epa.gov/etv/verifications/verification-index.html
RCCH = LIFE CHANGER!?
..probably a ONCE-IN-A-LIFETIME-STOCK!?!? ..who knows!
GLTA-RCCH-LONGS
hh
-imho-
GLTA RCCH-LONGS holding for multiple DOLLARLAND!!!
49m o/s - FreeFloat: only 10m (almost whole FreeFloat in STRONG HANDS, already now!)
ASK-SIDE EXTREMLY EXPLOSVIE:
MM ID Ask Size Time
NITE 0.0170 5000 13:14:19
HILL 0.0190 5000 13:01:21
HDSN 0.0210 5000 12:16:53
UBSS 0.0350 5000 10:32:12
DOMS 0.0500 5000 15:22:58
VERT 0.0500 5000 13:25:52
MAXM 0.0700 5000 15:39:22
ETRD 100.0500 100 11:01:03
--------------------------------------------
Wastewater Virtual Trade Show
International Wastewater Systems SBR 6000
AIRR Wastewater Recovery System Amphidrome Bioclere Bio-Sun Waste Reduction System Clearwater Treatment System Clivus Composter Contactor & Recharger Cromaglass WWT System Delta ECOPOD Delta Whitewater ATU Ecoflo Biofilter Ecological Tanks, Inc., Aqua Aire Aerobic Treatment Unit Ecological Tanks, Inc., Aqua Safe Aerobic Treatment Unit Eljen In-Drain FAST Wastewater Treatment System Incinolet Electric Incinolating Toilet Infiltrator Quick4 Onsite Leachfield Chambers International Wastewater Systems SBR 6000 JET Aerobic Treatment System NoMound System Norweco Singulair Orenco Filters Puraflo Peat Biofilter Salcor 3G UV WW Disinfection Unit SeptiTech Tech Carousel Composting Washwater Garden Greywater System Waterloo Biofilter
Narrative Description
ETV Verification Report/Statement (EPA HQ) (http://www.epa.gov/etv/verifications/vcenter9-11.html)
SBR System and Control Building The SBR 6000 utilizes the proven sequencing batch reactor (SBR) concept to treat any variation of domestically derived wastewater. The SBR 6000 treatment system strives for maximum performance while balancing operation and maintenance time and costs. It is extremely important to allow a limited budget organization such as an HOA or school to operate a system within budget for the duration of the system’s life. Eliminating surprise costs and expensive component failures is a top priority, second only to the wastewater treatment itself.
Specifications
The core of an SBR 6000 system includes an equalization/screening tank, SBR tank, sludge holding tank, and an effluent dosing tank. Each SBR unit is capable of processing 6,000 gpd consistently, however each can handle 9,000 gpd during peak flows. Should tertiary treatment be required, a sand filtration unit with coagulation and UV disinfection is normally set up within a control building. A 10,000 gpd system without a control building will normally take up a footprint of 60’ x 30’. The SBR 6000 design is used as the framework for larger sized tanks if larger flow applications are required. Tank sizes range from 6,000 gallons to 20,000 gallons.
All installations are provided with the necessary O&M materials with an onsite laptop for system control and report generation. The operator will also have access to the system through either dial up or Internet for remote operation and monitoring.
The control system is designed in such a way that the operator can clearly see both past and current conditions. All events and data are logged to an intuitive reporting package built into the control system. The operator is also able to control the system wirelessly via a laptop while onsite to troubleshoot any problems. Any alarms generated are automatically dialed or emailed to the operator’s cell phone.
Site Constraints/Limitations
Installation requirements include excavation for the tank bed area, a concrete holding pad, and a control building if required. 3 phase power, telephone line, and pressurized water are also a preliminary requirement.
Applications
Applications include any type domestic wastewater treatment where water quality impact is of the utmost concern. Flow must be relatively consistent and above 1,000 gpd to maximize biological treatment. Applications have included golf courses, residential subdivisions, schools, churches, and motels. Effluent in most cases may be used for irrigation, point source discharge into receiving waters, or discharged into a drainfield.
Performance
The SBR 6000 was designed for maximum BOD, TSS, and nutrient removal. The operator is able to change operating strategies at the click of a button as well as remotely monitor the system from anywhere in the world. In addition, IWS has operators to help remotely diagnose and troubleshoot any problems that may occur. The ETV summary below averages one year’s worth of data:
ETV Data Summary (mg/L)
Influent SBR Effluent Final Effluent
BOD5 230 12 4
TSS 170 26 6
TKN 37.6 3.23 1.23
Total N 38 6.3 4.4
Total P 5.4 2.4 1.3
Inspection/Maintenance
Operators must follow some straight forward maintenance items to allow for consistent and compliant operation. Items include cleaning removable screens of rags and garbage, ensuring proper activated sludge blanket levels in collaboration with the control system, checking pH, alkalinity, ammonia and nitrate, and verifying correct sand filter operation if present. All pumps are monitored and logged through current sensors, giving the operator indicators of a failing pump. If coagulant and/or methanol are being used, they must be ordered and replenished in a timely fashion. The operator should visit the site every week to physically ensure proper wastewater treatment, garbage collection, and chemical refills. When necessary, excess sludge should be pumped from the sludge holding tank every 6 months to a year.
Costs
Prices range from $4,000 - $8,000 per lot, depending on site conditions and number of lots serviced. Excavation, concrete pad, and control building are not included in the installation quote and are the responsibility of the developer.
Disposal of Treated Effluent
Disposal of effluent is normally sent to a drainfield, however the effluent may also be land applied (irrigation) or discharged into a receiving water. Additional permits will be required for land applications and point source discharges.
Cluster/Multiple Residence Potential
SBR 6000 systems are designed for multiple home wastewater treatment. Additional SBR tanks may be added in the future provided there is enough sludge tank and equalization tank capacity. These tanks may also be added if necessary.
Longevity
A properly budgeted system will allow for indefinite use.
Potential Problems and Solutions
One potential problem lies within regulatory sampling. Systems located in remote areas may have trouble either sending samples to a laboratory, or delivering the samples on time before they expire. Past solutions have included commuting homeowners delivering samples to the lab, setting up EPA approved testing methods onsite, and having a mail service pick up and deliver the samples before the allotted time expires.
Manufacturer
Company: International Wastewater Systems
Address: 2220 West Main Office
Bozeman, MT 59718
Telephone: (407) 319-0033
Fax: (406) 556-4656
eMail: contact@iwwsystems.com
Website: http://www.iwwsystems.com
Contact(s): Claude Smith
http://www.epa.gov/NE/assistance/ceitts/wastewater/techs/dclesbr6000.html
---------------------------------------------------------
Today, International Wastewater Systems operates 12 systems in Idaho and four (pn hh: 12+4 together 16 operating systems already!!!) systems in Montana, with more currently submitted for state approval. IWS' emphasis is on strong planning both physically and operationally, and it provides much up-front information and design support to help the developer -- no matter what his situation. IWS tries to clearly identify the true costs of the system, not only direct costs associated with IWS, but a roadmap for what other vendors and costs might be. Too often the developer receives a wastewater treatment quote, but is not fully aware of engineering, construction, power and other requirements that are necessary to complete the plant. In summary, IWS views its responsibility to educate the developer as much as possible to give the highest level of assurance that the system goes in, on time and within budget.
...
http://www.redorbit.com/news/health/1048945/rcc_holdings_corp_purchases_international_wastewater_systems/index.html
1: MONTANA DEQ - List of Subsurface Wastewater Treatment Systems ...
List of Subsurface Wastewater Treatment Systems (SWTS) that are Approved as a Nitrogen-Reducing System Updated December 11, 2007 Pursuant to Administrative Rules...
http://deq.mt.gov/...ondeg/level2_web_list_12_2007%20(2).pdf
Last modified: 12/11/07
Relevance:
71%
Size: 22K
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2: MONTANA DEQ - Nutrient-Reducing WW Treatment System Designation ...
2004, January 7, 2005 and April 11, 2005 S YSTEM M ANUFACTURER : International Wastewater Systems, Inc. (IWS) S YSTEM N AME ( S ): IWS model 6000 sequencing batch...
http://deq.mt.gov/...Nondeg/IWS6000_lvl2_approval_1_2008.pdf
Last modified: 01/18/08
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71%
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3: How to Perform a Nondegradation Analysis
Rev. 3/2005 HOW TO PERFORM A NONDEGRADATION ANALYSIS FOR SUBSURFACE WASTEWATER TREATMENT SYSTEMS (SWTS) Montana Department of Environmental Quality March 2005 PAGE...
http://deq.mt.gov/...ondereg_Appends/How_To_Nondeg_final.pdf
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4: Montana DEQ - Nondegradation Determinations
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
http://deq.mt.gov/wqinfo/Nondeg/Index.asp
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5: Montana DEQ - Forms, Checklists & Examples
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
http://deq.mt.gov/wqinfo/Nondeg/FormsLists.asp
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6: Montana DEQ - Forms, Checklists & Examples
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
http://deq.mt.gov/wqinfo/Nondeg/HowToNonDeReg.asp
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7: Montana DEQ-NONDEGRADATION DETERMINATIONS AND MIXING ZONES
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
http://deq.mt.gov/wqinfo/Nondeg/LawsRules.asp
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8: Montana DEQ-NONDEGRADATION DETERMINATIONS AND MIXING ZONES
(Level 2) List of Systems Scoring Sheet AdvanTex Approval Eliminite Approval International Wastewater Systems Approval Santec Approval Bio-Microbics Approval HDR...
http://deq.mt.gov/wqinfo/Nondeg/nondegFedRules.asp
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9: Appendix K - Onsite Wastewater Treatment
2 treatment - Recirculating Sand Filter; Orenco - AdvanTex; Fluidyne - Eliminite; International Wastewater Systems model 6000 sequencing batch reactor (MDEQ, 2005)....
http://deq.mt.gov/...%20-%20Septic%20Systems%20Low%20Res.pdf
Last modified: 09/11/06
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10: Montana DEQ - BER - January 2003 Notice of Adoption IIA4
17.36.903 and 17.36.907 through 17.36.910 pertaining to Subsurface Wastewater Treatment Systems ) NOTICE OF ADOPTION AND REPEAL (WATER QUALITY) TO: All Concerned...
http://deq.mt.gov/...endas/jan31_03/IIA4noticeofadoption.pdf
Last modified: 05/28/03
...
http://search.mt.gov/cgi-bin/texis.cgi/webinator/search/?pr=DEQ&query=International+Wastewater+Systems&cq=&submit=Submit
---------------------------------------------------------------
International Wastewater Systems, Inc.
Planning and design of several wastewater treatment plants for various subdivisions and commercial facilities in Idaho and Montana. The following are projects that were completed:
Callaway Ranch Subdivision Wastewater Treatment Facility
Danskin II Subdivision Wastewater Treatment Facility
East Gallatin Commercial Park Wastewater Treatment Facility
Elk Valley Subdivision Wastewater Treatment Facility
Garden Valley School Wastewater Treatment Facility
Holy Apostle Church Wastewater Treatment Facility
Jug Mountain Wastewater Treatment Facility
Kelsey Subdivision Wastewater Treatment Facility
Middleton LDS Church Wastewater Treatment Facility
Moon Lake Ranch Subdivision Wastewater Treatment Facility
New Middleton Elementary School Wastewater Treatment Facility
Pear Blossom Subdivision Wastewater Treatment Facility
Stonebriar Subdivision Wastewater Treatment Facility
Trellis Subdivision Wastewater Treatment Facility
Valley Club Wastewater Treatment Facility
Client Contact:
Claude Smith
406-582-1115
http://www.gatewayengineering.net/10_2k3/IWS.html
---------------------------------------------------------------
Posted by: ghcnj
In reply to: jjtruthmatters who wrote msg# 2772 Date:1/24/2008 11:21:46 AM
Post #of 2935
Alright jjtruthmatters I will post DD on RCCH one more time just for you even though I said I wouldn't. Everybody verify the information yourselves. Phone numbers and some links are provided. From what I have read 100's of Millions of Dollars will be made. Clean water for Towns, Cities, Developments and large Commercial/Industrial needs are going to be bigger then oil. The EPA estimates that the USA will have to spend $1.2 Trillion dollars on just their current infrastructure. China has committed $2.5 Billion dollars just for the year 2008 for clean water per the news report I saw two (2) Fridays ago. RCCH owns IWS (International Wastewater Systems). If you check the EPA and State DEQ sites you will see IWS approvals on the books. Do your DD. GLTA.
-No company debt.
-T/A is not gagged. 49 million shares issued and outstanding as of January 4, 2008. (469) 633-0101
-Company is open and will take investors calls. (909) 483-6500
-No PR has ever shown revenue only what States they are working on and various shareholder updates. This will change in a big way very soon.
-Huge systems worth millions of dollars. Revenue could be huge and expected (by me) to be 100's of million of dollars within the next 12-18 months.
-Revenue does not stop once the systems are built. RCCH continues to receive residual income for managing, maintaining and updating all sites. These are not build them and leave them systems.
-They have been working for years to get these final permits. The final permit is similar to an auditing process where all engineering documents that were even previously approved are reviewed.
-Once the 1st State is completed (Montana) many more States should be close behind.
-Could be many, many, large overseas accounts as well.
-All quarterly reports have been submitted and they are ready to move.
-RCCH/IWS systems are the only systems that are EPA approved to be double stacked.
-Systems are typically for developments of 350 homes and up and commercial facilities. Towns, cities etc.
-Solid company with approvals from both the State and Federal Government levels. Can't get better recommendations then that.
Information is taken from the RCCH quarterly report ending September 30, 2007, from calling the T/A on January 4th 2008, PR's and various State and the EPA government websites. GLTA.
http://search.mt.gov/cgi-bin/texis.cgi/webinator/search/?pr=DEQ&query=International+Wastewater+Systems&cq=&submit=Submit
http://www.epa.gov/etv/verifications/verification-index.html
RCCH = LIFE CHANGER!?
..probably a ONCE-IN-A-LIFETIME-STOCK!?!? ..who knows!
GLTA-RCCH-LONGS
hh
-imho-
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