FIFTH SUPPLEMENTAL BRIEFThis is a featured page

MUTUAL AID SOCIETY OF AMERICA, INC. 103 Methodist St., Cecilia, KY 42724 Cell) 270-307-4857; Office) 270-862-4537 Skype) 270-872-4493; Fax. 270-862-4379 email) jimmiller5417@gmail.com
August 23, 2011
Mr. Joseph Williams
Associate Regional Counsel
Office of Regional Counsel
USEPA Region 5 (C-14J)
77 West Jackson Blvd.
Chicago, IL 60604-3590
(312) 886-6631(phone)
(312) 692-2965(fax) Email: Williams.Joseph@epamail.epa.gov

Re: Notice of Dispute on behalf of Mutual Aid Society of America, Inc.; Fifth Supplemental Brief, EPA GLNPO-2011-is-2-1356
Dear Mr. Williams: This Fifth Supplemental Brief discusses the location and construction of the Silverfin low-cost, quick-start shipyard which is in lieu of the earlier description of a shipyard. It also gives better insight into the costs of current efforts to eradicate the Asian carp threat to the Great Lakes.

1. SILVERFIN LOW-COST, QUICK-START SHIPYARD LAND SITE (North Shipyard) The proposed site is the 10 acres of “Hugs Landing” in Crystal City, MO, which is zoned M2. We would lease the property including the office and warehouse from Hugs Farm Partnership, owned by Bill Bradley (former Senator and NBA superstar).i We will also attempt to raise funds with which to purchase the site. The site is at the easterly end Hugs Landing Road. There is a very low cost solution to the lack of capital for the traditional shipyard, namely the Silverfin low cost, quick-start shipyard. We would install a crushed gravel “pad” about 224' wide by 560' long plus a ramp into about four feet of river water (at low water level). The westerly portion of this pad would be for the “Assembly Tent” and the easterly foreground would be for the “Assembly Pad” which would front the river and lead to the ramp. The gravel bed for each of these two pads would be about two feet deep and for the ramp about six inches deep. As each ship is completed and launched, it would be moored to pilings in the river. There are some existing pilings in the water about which the depth is probably four to six feet to which the ship could be moored or we could use the anchors. This approach will be seen as one of the “solutions” to the need for a quick start and a low cost, thus attracting grants, guaranteed loans and private investment. The deployment of funds in support of this new approach will cut nearly a year off the time to begin harvesting Asian carp. INITIAL FLEET The initial fleet will need to include:
  1. The Silverfin Fisher (aka Carp Avenger)
  2. The Silverfin Flayer (aka Carpe Carpae)
  3. The Silverfin Flotel (aka Carp Ark)
  4. The USES Silverfin (the U. S. Electric Ship – auto-ferry-cruise-cargo ship)
  5. The Silverfin Builder (floating work platform/drydock)
The Silverfin Builder will be moved to the South during the winter and to the North during the summer. Changing locations will save considerable energy costs for heating and cooling. In case of threatened flood, the equipment, cargo containers and other moveable property could be stored on the barge and the barge tied to pilings. The grant amount will need to be raised to $500,000 for the working drawings, specification and regulatory review of five ships and the construction of the low-cost shipyard. THE ASSEMBLY TENT A tent will be erected which will enclose the assembly area for the hull and first deck of each ship. The area will be about 128 feet wide (48' for the hull, 40' for the work space inside the tent, and 40' for access around the tent on the outside). The length of this pad is 280' (180' for the hull, 60' for workspace inside the tent, and 40' for access outside the tent). The tent will be made of two layers of poly-cloth, white, IR, UV, and weather resistant. It will be a gable roof with a length-wise ridge and a 2:1 pitch. Sides will be of the same material. The tent will be made in sections 40' wide and length-wise, reaching from the bottom of one side, across the top and to the bottom of the other side. Three foot flaps will be made to cover where the sections join. A half-inch polypropylene rope will be welded into reinforced sections of the tent around each section, across the ridge, at the shoulder of the roof and sides and along the bottom edge of the sides. Along the bottom of each side, a 2” PVC pipe will be installed in a “pocket”. This pipe will provide compressed air to each 40' section and sub-sections in order to inflate the air cells formed by the two “skins of the tent roof and sidewalls. A two foot flap will be added beyond the rope at the bottom of each side so that gravel can be placed on the flap to keep out air movement and rodents. Each end will be enclosed with an endwall. In the middle 50' of each endwall, a section will be made which opens. A 56' wide flap will cover this opening which will overlap the outboard sides of the end walls by about 3'. This is the “door” to each end. At the bottom of each door, a pocket is made and a 2” PVC pipe installed along the bottom so as to give it some rigidity. Water can be added inside the pipe to give it some weight. This door is attached to the gable end wall at about 20' in height. When we need to bring out the ship under construction, we attach helium balloons to the bottom of the “door” and raise it and any portion of the tent necessary to allow for the ship to move out of the tent. The ridge line is reinforced by using a 2” PVC pipe to define the ridge in addition to the embedded poly rope. This pipe is tied to the poly rope by a series of zip-lock ties. We use a hot knife to make a small slit in the tent material on each side of the rope and affix the pipe. The tent will have four passage doors, two on each end-wall near the corners. Each door will be openable from the inside with panic hardware. The tent will be populated with fire/smoke alarms, and the tent material will be fire resistive. STANCHIONS In order to stabilize the tent, we install stanchions at each 40' point along the sidewalls and on each side of the end-wall major door openings. These are 55 gallon drums (2' diameter by 3' tall), buried 2' into the gravel bed. Inside the drum we put a 4” x 4” x 12' post and fill the drum with concrete. Within 6” of the top of the post and 6” above the concrete, we install 1/2” diameter eye bolts. Through these eye-bolts runs a 1/2” poly rope in a loop. We use carbiners and attach the eye bolt to the tent shoulder at each 40' station. The loop rope is used to raise and low the sidewalls. These carbiners and posts hold the sidewalls vertically and steady against the horizontal pull of the roof. ROOF The roof ridge is created by using helium balloons inside the tent along the ridge line, probably at 20' intervals. These balloons are tethered to the posts on each side and enough slack is allowed so that the horizontal pull on the tops of the posts is at a minimum. Flexible gas hoses serve each balloon so that they can be individually inflated and deflated. In case of an in-coming high wind, the entire tent can be collapsed over the work-in-progress and secured. In case of a coming flood, the entire tent, equipment, and work-in-progress can be loaded on the Silverfin Builder and/or moved to higher ground. In the event we moved the entire shipyard, it would be struck and taken aboard the Silverfin Builder. LIGHTING The tent material is white and somewhat translucent, thus the roof and sidewalls will provide some daytime general lighting. During times of darkness, we will use strip lighting installed under the vertex of the ridge by hanging fixtures to the PVC pipe which is attached to the poly rope, using zip-lock ties. The lighting will be LED strips powered by PV panels. The PV panels will be 2' wide and glued to the exterior of the flaps where the 40' sections of the tent meet. The flaps will have poly rope sealed around the edges. A hot knife will make small slits every 2' or so and zip-lock ties uses to secure the flap to the underlying ten fabric which will be flat and reinforced. Because of the Kyosemi technology, the flat panels will redirect radiant energy from every angle and concentrate it on the diodes. The PV panels will be furnished by Kyosemi which are fixed concentrated solar photovoltaic flexible panels. See attached, Sky High: Solar Power [kyosemi sheplar Soar_power_eng.pdf] These panels are specified for substantial use on the ships of the fleet, thus their use on the Assembly Tent for testing and evaluation is critical to the choice of this system for shipboard use. The shipboard use is described: Fixed, horizontal solar PV concentration collectors will be installed on the sides of each ship. The sheet of plastic is embedded with with diodes below attached silicon spheres. These spheres can re-direct direct and indirect solar radiance and reflected light, concentrate the solar radiance, and parse the solar radiation into the diode, thus creating the system of a concentrated solar collector. See: http://www.youtube.com/watch?v=efp8PIhuyAA The electrical energy is DC so it can be directed to the battery banks with only the loss of amperage and voltage drop from the resistance of the wiring. Thus, the ships will be floating laboratories for a new and largely yet unrecognized source of solar power. Source: Kyosemi Shpelar power source: http://www.kyosemi-opto.com/" The PV panels will charge zinc-air batteries housed in a cargo container alongside the westerly end wall of the tent. HEATING To preserve some of the heat, the ceiling of the tent will be made with two sheets of material with two to four inches air space between the “skins”. The two skins will be heat-sealed in a pattern which permits injection of air and yet maintains the over-all integrity of the “flatness” of the tent outside surface. The skylights are clear, UV rated, double pane, semi-flexible plastic “lenses” about 2' x 4', spaced so as to provide general lighting, yet not in compromise of the tent material or heat escape. The skylights will also receive the air pressure to separate the two skins. The source of heat for the tent will be forced air heaters manufactured by Econo Heat, Spokane, WA. See: www.econoheat.com These heaters use any type of oil for fuel, including used cooking oil, used motor oil, No. 6 bulk fuel oil, rendered fat, and vegetable oil. Units up to 500,000 BTU have been approved by EPA. COOLING In addition to large, portable fans, cooling will be provided by large evaporative cooling systems, commonly found and used in plant nurseries and animal barns. The office trailer will use refrigerated cooling by heat pumps. RAMP The ramp links the Assembly Pad and the river and provide a smooth descent into the water. The native soil is “faced” with a skin of gravel to provide easy rolling of the ship, using tubular air bags, into the water. See video: http://www.youtube.com/watch?v=VPGBEI5orIg&feature=related While watching this video, please keep in mind that the ship in the video was made of steel and probably weighed seven or eight times per square foot as much as the heaviest of our ships. Further, the flat bottom of each ship will evenly distribute the ship's weight on all of the air bags in service during the launch. After launch, the ships will be moored to pilings driven into the “shore” of the river at a point where the low water depth is not less than four feet. Floating docks will provide access to the ships. ASSEMBLY PAD The outdoor pad for the completion of the ship is between the ramp and the pad for the Assembly Tent. The hull and first deck are rolled to the Assembly Pad on tubular air bags. The bags are spaced so that when deflated, they lie between 6” x 6” timbers across the beam of the ship and are carefully placed to allow the flat bottom of the hull to rest firmly on the wood beams with the deflated air bags in between. The second and additional decks will then be added to the hull and first deck. Since the additions are mostly modular, a flat-bed semi-truck with a mid-chassis crane will be needed to lift the modules into place on the succeeding decks. An all-terrain forklift with an extensible boom will also be needed to move materials from storage to the Assembly Pad and lift the materials into place aboard the ship. When the ship is ready for launch, the air bags are inflated, the 6 x 6 timbers removed, and the ship rolled along the ramp into the river. See the video cited above. PERMITS The City of Crystal City, MO, will need to issue a permit for the tent, the utilities, and for the crushed rock pad and ramp. Since the tent is like a circus tent, the permitting process should move quickly through the city bureaucracy at minimal cost. Attached is MASA's letter of inquiry to Mr. Andy Hixson, City Administrator, City of Crystal City, MO. The subsequent telephone conversation dealt with the interest the City might have and the ownership of the Hugs Landing property. A permit will also be needed from the U. S. Army Corps of Engineers. The proposed shipbuilding facility will probably be the “lightest” environmental footprint of any shipbuilding yard seen by the Corps. The tent can be removed and all equipment is portable. Even the crushed rock can be salvaged. There are no trees likely to be disturbed by the shipyard. Sewer, water and electric power is already to the existing office and warehouse located in the northeast corner of the ten acres. The utilities will be under-grounded from that location to the tent site. We will install a sewerage pumping station so as to lift the effluent to the grade of the city sewerage line serving the property. Wind storms and floods will have little effect on the shipbuilding site, given the precautions reasonably to be taken as outlined above. Should the site be permanently abandoned, its reclamation to the current condition will be quick and at minimal cost. We will employ a civil engineer to prepare the construction plans and compute the utility needs. JEFFERSON COUNTY PORT AUTHORITY The Jefferson County Port Authority has mapped-out an ambitious plan to develop the flood plain of Crystal City into a major industrial and bulk transfer port. The Hugs Landing property is in the same flood plain and is immediately north of the proposed port. The Phase II plan has been published and is referenced in the attached file: CRYSTAL CITY ENVIRONMENTAL – PLATTIN BOAT CLUB. The lower part of the attached file contains a reference to the boat club which currently occupies a portion of the ten acres. The picture in the file shows the entrance of Hugs Landing Road to the property. The portion to be used by the shipyard can be seen (just barely) beyond the grass and the tree line in the brightly lit area. On request, a more definitive outline of the site as shown by Google Earth can be emailed to the reader's email address. The proposed shipyard would not disturb the reasonable use of the portion of the property actually used by the boat club. ADDITIONAL LOCATION We will have the ability to target unincorporated county areas for an additional or alternate river flood-plain location for the shipyard. Initially, we need to be south of St. Louis on either side of the river and as far south as the southern tip of Missouri for the northern shipyard site. The Crystal City location meets this objective. For the southern shipyard site, we need to be in mid- to upper Louisiana or Mississippi. The alternate plan is to use the Silverfin Builder as a moveable shipbuilding platform. Since there are many potential shipyard sites which could be used for the Silverfin Builder we would do well to pick a county which allows unlimited “employee” housing at the shipyard site. We would obtain a special use permit or PUD and a building permit for either or both shipyards before a lease becomes binding or in the case of purchased land, the closing escrow on the property. Alternatively, we could rent mooring space from any one of hundreds of mooring spots along the Mississippi River. Bulk transfer ports usually have good access and utilities which could be used in constructing the ships on the Silverfin Builder. See attached: Kentucky Riverport Improvement Project. MASA has written letters of inquiry to several of the port authorities lining both sides of the Mississippi River, explaining our need for a “home port” for the fleet and shipyard. Most of those emailed letters drew no response – a curious phenomenon, given the ardent promotion by port authorities for commercial activity. An example of this commercial focus is the efforts of the Wickliffe Port Authority of Kentucky, to solicit a three million dollar grant: See attached: Wickliffe Port Authority Request for Funding. In this request, the author, Vicki Viniard, Judge Executive, Ballard County, made it very clear that no local funding was available for the project. MASA's letter of inquiry mentioned the prospective need for the local agency to issue Tax Increment Financing bonds. See attachment. While TIF bonds have been extensively used by some jurisdictions, such as Kansas City and St. Louis, small, local jurisdictions have an antipathy to using such means of financing but remain very desirous of federal and state financing. For purposes of research and development, such as preparation of working drawings and specifications, as distinguished from concrete and steel, local jurisdictions are simply not in that class of investment and the hope they might be persuaded is nil. Therefore, EPA's grant is the best, and perhaps the only source of such funding. 2. WILL ASIAN CARP TRUMP THE CURRENT GRANTS?
The 200 scientists who participated in the Task Force report, recommended that the Asian carp threat to the Great Lakes could best be dealt with by depopulation of the fish by use of commercial carp fisheries. To the credit of the State of Illinois, it mustered $2,000,000 in aid of commercial carp fisheries which, one report indicated, resulted in the depopulation of an additional 150 tons of carp. Presumably, the highly eatable fish meat was processed for human food and fish meal for animal feed.
The $2,000,000 produced 300,000 pounds of fish meat and fish meal at a cost of $6.67 per pound (2,000,000/300,000 = 6.6667). This “gift” to the Illinois commercial carp fishing industry and to the few favored sons of Illinois who actually got the grants, gives us a glimpse of the total cost of serious Asian carp depopulation costs, if the Illinois effort is the “model”.
The Carp Catcher's annual harvest of 12,000,000 pounds of fish which would yield about 10,800,000 pounds of carp (12,000,000 x 90%), and would, under the Illinois model, cost the governments supporting such harvest, 10,800,000 x $6.67 = $72,036,000 per year, if the Illinois model were applied to just the Carp Catchers' operation. Even this significant catch hardly addresses the entire Asian carp ecological disaster. We have already seen this disaster visited upon the native fish population of the Mississippi River Basin National Waters. Why wait until it moves north into the Great Lakes and creates havoc in the international waters of two countries?
The Carp Catcher's solution is to build a fleet of three ships, costing, in capital expense $21,500,000 plus the shipyard costs – a one-time cost- which fleet would be harvesting Asian carp over the 50 year life-span of the fleet. Thus, one fleet could in 20 years, harvest 20 x 10,800,000 = 216,000,000 pounds of carp at no cost to any government, but at the cost to the consumer of Silverfin meat and the livestock industry of highly nutritious fish meal. All that is needed at this stage is a “jump-start” for the working drawings so they can be submitted for review and approval by the regulatory authorities – mostly the U. S. Coast Guard.
MASA did submit an application for assistance to the U. S. Maritime Administration for small shipyard assistance. The files for this application have previously been submitted in support of this application for dispute resolution. No response to such application has been received. The gist of the USMA FOA seems to be directed toward purchase new, more efficient steel fabricating equipment for construction of steel ships and worker training on the use thereof.
Once the first fleet is built, then additional replications could be built to accelerate the depopulation of Asian carp in the many rivers and streams of the Mississippi River Basin National Waters. MASA's working drawings and specifications, sources and prices, will be made available at low/no cost to reputable wooden shipbuilders.
Throwing money at a continued stream of studies and miniscule abatement of Asian carp using the Illinois model, is not doing much to address the major issue, that of massive depopulation of Asian carp using a system which preserves the native fish gene pool while harvesting the carp for beneficial use. MASA's application is detailed enough to provide a sufficient basis for a careful, “stages and gates” approach to creating the working drawings and specifications which will be adequate for regulatory review.
The MASA - Carp Catcher's proposed solution has, admittedly, not been studied to death by highly credentialed academicians. The “solution” to this situation is for any of such highly credentialed folks who wish to study the proposal, do so, with our gratuitous assistance, while we are building the ships and getting them into operation as fast as we can. By the time such highly credentialed folks finish their studies, we will have made our first year's catch, sold the fish products and began paying back the recoverable grant made by EPA.
Respectfully submitted, James E. Miller, BA, BS, JD President, Mutual Aid Society of America, Inc. Cc: Michael Russ: russ.michael@epa.gov; Dave Cowgill, Phone: 312-353-3576; Email: cowgill.david@epa.gov' Attachments: CRYSTAL CITY ENVIRONMENTAL – PLATTIN BOAT CLUB pdf KENTUCKY RIVERPORT IMPROVEMENT PROJECT, pdf Sky High: Solar Power [kyosemi sheplar Soar_power_eng.pdf] Wickliffe Port Authority Request for Funding, pdf Letter to Vicki Viniard, Judge Executive, Ballard County, KY, pdf
i
CARP CATCHERS COOPERATIVE SHIPYARD SITE
small wooden boat yard
Parcels 19-3.0-05.0-1-001-001 19-3.0-05.0-4-001-001 19-2.0-04.0- - -001 Owner Hug Farm Partnership %Hicks 211 N Broadway St Louis, MO 63102


No user avatar
jimmiller5417
Latest page update: made by jimmiller5417 , Dec 26 2011, 11:29 PM EST (about this update About This Update jimmiller5417 Edited by jimmiller5417


view changes

- complete history)
Keyword tags: None
More Info: links to this page
There are no threads for this page.  Be the first to start a new thread.