t. T :< iiniia - - -v . . »■>. j «- w ■ -., ■- . » •» -■ «■»- «■ — » mstcmM ■ 111 ■» * „ -* ' , •• ■* ■• * * * V ^ 1 ■* * "* "* THE * ' ♦ • -• $'*;' 1 ^ INNER HARBOR NAVIGATION CANAL ■j|l| PI 15^' )5 %yz*: m PORT OF 'fedc I NEW ORLEANS InnStl fi ItMi ra-< jnK,I OCTOBER 1922 • • •• • • • • • • • ••• •••••• • • • • • • • • .•••••• • • • i • •• , • • •• • •• • • # • ••• • • THE INNER HARBOR NAVIGATION CANAL PORT OF NEW ORLEANS OCTOBER 1922 FOT^EJFOT^D There is nothing new in the project of a Navi¬ gation Canal connecting the Mississippi River with the waters of the Gulf of Mexico. The Carondelet Canal, more familiarly known locally as the Old Basin Canal, construction of which was begun in 1704, was originally planned to connect the Mississippi River through Bayou St. John with hake Pontichartrain. In 1833 when the New Basin Canal was begun, its builders had similar intent. Prior to the construction of the Eads Jetties whereby South Pass was made navigable for ves¬ sels having a draft of 30 feet, several propositions were advanced for the construction of a deep water canal from the River below New Orleans to con¬ nect with the deep water of the Gidf of Mexico and afford means of ingress and egress for large vessel s. In the more recent past, a project was presented to construct a canal and locks within the City of New Orleans for vessels of comparatively shallow draft whereby a sort of Inner IIarbor Canal might be provided having connections with the Missis¬ sippi River and hake Pontchartrain, on which sites would be available for industries and manufactur¬ ing plants which might, with advantage to them¬ selves, locate on navigable water within the Port of New Orleans. Some eight or nine years ago, the Board of Port Commissioners employed engineers to investigate and report on this proposition. At about the same, time, a Constitutional Amendment was adopted which authorized the Port Commission to construct such a facility. For sundry reasons the Board did not then avail itself of this authorization, and was presumably awaiting an opportunity of more carefully analyzing the sit¬ uation before committing itself to this construction. Then came the World's War with its constantly increasing demand for the construction of ships and for the development of essential industries of every kind. The citizens of New Orleans were anxious to do their full duty. Many committees were formed for various patriotic purposes, and amongst these was the "City Shipbuilding Com¬ mittee" which gave new impetus to the old project and formulated plans for an industrial basin con¬ necting the River and the Take. The Port Commission immediately committed itself to the construction of such a Basin, and almost at once thereafter two shipbuilding com¬ panies leased space and began the construction of shipyards. Later the plans were amended and enlarged so as to provide for vessels of 30 foot draft, and con¬ struction was carried forward along these broader lines. First because of war time conditions, and later because of a variety of reasons including the un¬ certainty of tenure of office, no consistent study was attempted whereby the Port Commission might reach a determination as to the policies by which it would be guided in bringing the Inner Harbor Canal into use as an added Port Facility in times of peace, although the construction was by no means retarded. About a year ago, the Board of Port Commis¬ sioners was reorganized under the New Constitu¬ tion, and its stability as an organization was estab¬ lished. Thereupon it immediately created an "Indus¬ trial Canal Advisory Committee" under the Chair¬ manship of its Vice-President, Mr. A. M. Lockett, and began an intensive study of the whole problem. It later sent its Vice-President and its Consult¬ ing Engineer to study European ports, in the hope of obtaining additional information on the subject in hand. It has now received reports from, these gentle¬ men embodying certain definite recommendations. These reports are hereinafter presented for the consideration of all interested parties, and it is earnestly hoped that the Board of Port Commis¬ sioners will be favored with such comment and suggestions as may aid it in reaching a conclusion with respect to the recommendations within the said reports. R. S. HECHT, President Report of Mr. J. F. Coleman Consulting Engineer July 7th, 1922. To the President and Members of the Board of Commissioners of the Port of New Orleans. Gentlemen: In the preparation of this report to your Honorable Board, much data has been assembled; the reports of those who have dealt with the project of the Inner Harbor Canal prior to and since its actual undertaking have been studied; meetings of the Board and of committees have been attended at which the Canal has been the main subject of discussion; and familiarity has been acquired with the recommendations and reports of those individ¬ uals and groups of individuals who have recently interested them¬ selves in the problem of the Inner Harbor Canal to such extent as to formulate their own ideas in tangible shape and submit them. In furtherance of the work of obtaining as much useful in¬ formation as possible, your Board authorized and directed its Vice-President, Mr. A. M. Lockett, and the writer to visit the principal ports of Europe and to gather from them such impres¬ sions and data as would be likely to be of aid in arriving at definite conclusions. Since returning from this trip, much time has been spent in sorting and studying the notes and data gathered thereon, in assembling and examining other available data, and in the crystal¬ lization of the views hereinafter set forth. At the outset, it should be stated that the task of the Board of Commissioners of the Port of New Orleans is that of adminis¬ tering the affairs of the port of New Orleans as a whole, and that it may no more disregard or leave out of consideration the existing ( Nine ) THE INNER HARBOR NAVIGATION CANAL facilities on the Mississippi River, which it controls and operates, than it could disregard the Inner Harbor Canal now nearing com¬ pletion and availability for use. For this reason, it must be clear that it is the duty of the Board in formulating its policies to con¬ sider all of the facilities which are, or which may be made avail¬ able to it, and to so direct their use as not to bring them into a competition with each other which might be hurtful to the Port. If the Port of New Orleans is to fulfill its highest mission and achieve its proper destiny, it must execute its duties not for the selfish interests of either the City of New Orleans or of the State of Louisiana; but in the broader interests of all of that part of the United States which now uses or later will use this Port either as a point of contact with foreign countries, or as a seaport through which to effect connection with the coasts of the United States. It is my sincere conviction that in the pursuit of such a broad policy the ultimate interests of the people of the State and of the City will be best served. By reason of its location, the Port of New Orleans can and should serve all of the great territory in the basin of the Missis¬ sippi River and its tributaries more economically and more effi¬ ciently than can any other port. It may also be made to serve a considerable part of the terri¬ tory of the Great Takes to the advantage of that territory and of itself. The adequacy with which the opportunity is grasped and the intelligence with which it is met will be the measure of the success to be attained. Therefore, while there is a somewhat natural impatience for the formulation and adoption of definite policies for the use of the Inner Harbor Canal in which there has been invested some twenty million dollars, it seems to me that the problems are too grave and the consequences of improper solution of them too far reaching to permit of being hurried into an insufficiently consid¬ ered course which might add to the existing burdens, or which (Ten) THE INNER HARBOR NAVIGATION CANAE might retard instead of accelerating the proper progress of the Port. It is therefore suggested that your Honorable Board be not too hasty in accepting or rejecting any of the suggestions which have been or will be made to it, including the ones hereinafter presented. It is a clear duty to most carefully weigh all of them, and to adopt that course which can most nearly justify itself under cold¬ blooded and judicial scrutiny. If it be logical, as I believe it to be, to study and analyze the present and future business of the Port as a whole; to consider and deal with the facilities of the Port and those available to it also as a whole; and then to plan how these facilities may be improved upon and added to so that they may better accommodate present business and provide for growth and additions thereto; it follows that the first consideration must be a study of past and present business whereby may be obtained the most tangible factors in forecasting future business. This should be followed by a study of past and present facilities and the efficiency with which they have handled past and are handling present business. Sufficient care must be exercised in these analyses to insure a dependable idea as to how much business the existing facilities are capable of handling under a reasonably well directed administration and use of them. Past, Present, and Probable Future Business of the Port. It is to be regretted that there is no entirely satisfactory unit in which to measure the growth of business of any port and at the same time to compare it with other ports. Some ports record relative business from year to year in terms of tons of cargo handled across their wharves, piers, or quays; others in terms of tonnage of vessels arriving and departing; others in tonnage of vessels arriving; and yet others in still other terms. When com¬ parisons are sought to be made, it is therefore necessary to inter¬ polate; to convert from one character of terms into another, and sometimes in so doing to make assumptions which are not strictly accurate. (Eleven ) THE INNER HARBOR NAVIGATION CANAL The trend of business in any given port and the rate of its growth may be determined from its records provided they have been maintained in uniform terms; and as the rate of develop¬ ment is of more interest in such a study as is herein discussed than the relative magnitude, it would seem that charts plotted in such terms as are available will serve present purposes. Therefore, there are herewith submitted two charts; one showing "Tonnage of Vessels Arriving" at New Orleans, Amster¬ dam, Bremen, Marseilles, Rotterdam, Antwerp, Hamburg, Liv¬ erpool, and London for each year in which records are available from 1900 to 1921; and the other showing "Net Tons (2,000 pounds) of Cargo" handled by New Orleans, Galveston, Balti¬ more, and New York for the same period of time. On each of these charts there has been plotted a "Curve of Forecast Tonnages for New Orleans," which for both charts is in terms of "Tonnage of Vessels Arriving." It will be understood as a matter of course that the curve showing a forecast of probable growth of the business of the Port of New Orleans does not purport to be absolute. The actual progress may be slower than is therein indicated because of such disturbances of general business as that through which we are now passing as an aftermath of the World's War. On the other hand, it is possible that it may be more rapid than indicated because of other agencies which tend at this time to shift the formerly estab¬ lished avenues of trade and shipping. It is presented, however, as a forecast based upon the only factors now available which seem sufficiently stable for use as the foundation of such a forecast. Being plotted, as it is, on the same charts with records of other ports, an opportunity is afforded for comparison with the rates of their growth. Present Port Facilities. The present facilities of the Port include not only the wharves, sheds, etc., which have been built and are being operated by the Port Commission j but also all of the like facilities which are for the present owned and operated ( T zrelve J MILLIONS OP TONS View of Lock Gates in course of construction from River End of Chamber THE INNER HARBOR NAVIGATION CANAE by private, or by quasi-public interests. These so-called privately owned facilities not only render service to the Port, but are inci¬ dentally subject to appropriation by the Port Commission when¬ ever needed for the public benefit; and meantime are subject to some degree of control at the hands of the Port Commission. The simplest terms in which to express the extent of these facilities is in linear feet of developed or improved water front¬ age (berthing space). Expressed in such terms, New Orleans had on August 31st, 1921, approximately 48,201 linear feet of wharves or berthing space for vessels, including both publicly owned and privately owned. In the year ending August 31st, 1921, seagoing vessels to the extent of 9,969,715 gross tonnage arrived at these wharves, which is equivalent to 207 tons of ships arriving per linear foot of berthing space. For the purpose of also analyzing the business of the Port in other terms, there is submitted a chart showing the amount of cargo handled from 1900 to 1920, the number of square feet of wharves, and the tonnage per square foot each year from 1900 to 1920. While this chart shows a quite satisfactory tendency to greater intensity of use of the available wharf area between 1908 and 1920, it does not seem conservative for the present at least to depend upon a further intensification of usefulness of existing facilities. Indeed those who were familiar with the situation during the years 1920 and 1921 have expressed themselves as of the opinion that on the existing basis of operation the limit of intensification of use was very nearly reached. From all information available, it seems reasonable to assume that the probable capacity of the facilities existing at the end of the last fiscal year, August 31st, 1921, was not greater than would provide for eleven million "Tonnage of Vessels Arriving" pro¬ vided these arrivals be distributed with a reasonable degree of uni¬ formity throughout the year. (Fourteen ) THE INNER HARBOR NAVIGATION CANAL Because of sometimes unexpected peaks in business; and because of occasional concentrations wherein the Port may be called upon to handle, within brief periods of time, a volume of business which would be at a rate many times greater than could be classed as normal; also because the construction of additional port facilities frequently requires considerable time; it seems proper that the port facilities existing at any given time should be at least five years ahead of actual needs of that time. Then if it should be found that the growth of business is more rapid than was anticipated, it is comparatively easy to accelerate construction of new facilities, and on the other hand, if the growth of business be slower than anticipated, the construction program may as easily be retarded. Assuming therefore that the rate of growth of business of the Port of New Orleans is as shown on the charts hereinbefore pre¬ sented, it is found that the business of 1921 was about 1,250,000 tons above normal, but that the facilities were not further ahead of necessities than good practice should require. Expansion of Facilities to Fleet This Policy. If it be assumed for purposes of the present study that the proper course in dealing with the problems of future development is to construct facilities as nearly as may be five years in advance of the present use of them; and if the forecast of future business of the Port as shown on the graphic chart be accepted as reasonable, then a schedule of construction should now be arranged for the future so as to provide as follows: ( Fifteen ) Year 1922 1923 1924 192 5 1926 1927 1928 1929 r93° Additional tonnage capacity to Requiring additional linear feet Tonnage forecast for five years Tonnage capacity as assumed of be provided during the year of berthing space during year in advance of year named I 1,700,000 12,200,000 12,700,000 13,300,000 13,900,000 14,600,000 15,300,000 16,000,000 16,800,000 August 31st, 1021 I 1,000,000 I 1,000,000 I 1,000,000 I 1,000,000 I 1,000,000 1 1,000,000 I 1,000,000 I 1,000,000 I 1,000,000 indicated 700,000 500,000 500,000 600,000 600,000 700,000 700,000 700,000 800,000 indicated 3111 feet 2222 feet 2222 feet 2666 feet 2666 feet 3111 feet 3111 feet 311 1 feet 3555 feet THE INNER HARBOR NAVIGATION CANAL It will be realized that means may be found whereby a greater volume of business may be handled on a given space in a given time by the development of more efficient methods whether through the aid of mechanical equipment or otherwise; in which case, should the rate of growth of the business of the port follow the forecast, it could be handled with less additional berthing space than has been outlined in the above tabulation. The main principle which is hereby sought to be established is that the facilities should be maintained at least five years ahead of the present needs, and maintained so, whether that be done by the addition of berthing space, or by improved methods and appli¬ ances on existing berth space, or partly by each. If this principle be accepted, and if it be agreed that the present facilities as presently administered cannot be expected to adequately take care of a larger business than 11,000,000 tons of arrivals per annum, then it must follow that we should provide through one means or another for a construction schedule approxi¬ mately such as that which has been outlined above. This con¬ struction schedule should logically be amended from year to year as it becomes possible to compare the actual records of business with the forecast which has been made; and as it also becomes possible to study the actual business done per front foot of berth¬ ing space provided. Where Shall This Additional Berthing Space Be Provided? Of the 3111 linear feet of berthing space which has been listed for construction in 1922, there has already been constructed or is in course of construction the Charbonnet Street Wharf 600 feet; the Desire Street Import and Export Wharves 1000 feet; the Grain Elevator Wharf Extension 500 feet; and the Coal Tipple Wharf 750 feet; or a total of 2850 linear feet. This leaves 261 feet to be constructed in 1922 and 2222 feet to be constructed in 1923, or a total of 2483 feet, all of which should be mapped out and planned for construction at as early a date as practical. It is manifest that in building for a business condition ex- ( Seventeen ) THE INNER HARBOR NAVIGATION CANAL pected five years hence there can be in its ordinary acceptance no present "demand" for the facilities, and it is realized that it is less easy to foresee just what the demand will be then than it would be to recognize an existing one. It seems reasonable to suppose that if the business of the port increases at the forecast rate, a proportion of it would cer¬ tainly be in the form of enlarged business of existing Steamship Lines and Steamship Agencies now established here; and such increase of berthing space as will be necessary to meet this growth must probably be provided upon the Mississippi River Front. Certain part or parts of the required additional berthing space may be arbitrarily established on the Canal, and the use of them may be induced by the advantages which can be granted to the users. If the type of water-front development to be adopted for the Canal be that of piers and slips, it would be logical to either con¬ struct or provide so that the user might within the next twelve months construct one pier. If on the other hand this develop¬ ment is to be the quay-wall type, it should be constructed in units of say 500 feet each, and arrangements should be made for the construction of two or three such units within a year. The first step in inducing seagoing vessels to use the Canal will naturally be the most difficult if for no other reason than the one that few individuals or aggregations of individuals like to be pioneers. There is, however, no practical reason why ships should not use the Locks and the Canal, which are in every essential detail similar to other Locks and Canals in Europe and elsewhere. Therefore, when the first ship or ships shall have used the facili¬ ties which will be provided on the Canal, others will the more easily be induced to follow, particularly if there be better dis¬ patch, or other advantages which tend toward economy to the ship owners. Piers and Slips versus Quays. It does not seem that with (Eighteen ) THE INNER HARBOR NAVIGATION CANAL any given conditions there can be much room for a difference of opinion as to the relative adaptability of Piers or Quays for a given location. Wherever sufficient property may be obtained to permit of slips of the length of iooo feet or more, and when other condi¬ tions, such as stability of banks, velocity of current, etc., will allow of it, the pier and slip construction provides a means for so much more concentration, so much more use of the waterways, road¬ ways, railways, etc., that it is difficult to conceive of a serious argument against it as in favor of the quay wall. On the other hand, where the abutting property is such as to reduce the length of slips to 500 feet or less, no advantages are to be gained by slip and pier construction which are not more than offset by the increased cost of such construction over that of quays. With piers and slips 1000 feet long, it is believed to be beyond question that the usefulness of the Canal will far exceed any possible use it might have with the quay type of development. It is suggested that conditions are such that the Board of Port Commissioners might well consider the advisability of adopt¬ ing the quay wall type of construction for certain part or parts of the Canal, and the pier and slip type for other parts, as will be discussed hereinafter. Width of Canal. In determining the ultimate width to be established for the Canal, the main object is to fix such lines as will govern construction. The actual excavation to such lines will only be necessary piecemeal as the construction of facilities takes place. Much thought has been given to this matter of proper width by several students of the problems before you, and data has been gathered as to the widths of nearly all the widely known Navigation Canals. In the case of the Inner Harbor Canal, while it is, of course, (Nineteen) THE INNER HARBOR NAVIGATION CANAL a Navigation Canal, it is in reality to be a sort of basin on or in the banks of which berthing places are to be provided for vessels. It is only about live miles long and is crossed by three bridges between the Locks and Lake Pontchartrain, so that whatever width it may have, all vessels will of necessity have to travel slowly therein. For this reason, it seems unnecessary to consider any such widths as those of the Panama Canal. A better guide in establishing the width of the Inner Harbor Canal would be a con¬ sideration of the length and beam of vessels which will use it; of the type of construction which will be decided upon for its banks; and other considerations of like nature which have nothing to do with the conditions governing the widths of other Canals. It is my conviction that the ultimate construction at what may be called the Harbor Line must be vertical to the full depth of thirty feet below low water. Whether quay walls or piers be built, it must be possible to berth the vessels which enter the Canal against either the pier ends or against the quay wall; and there¬ fore, whatever the Canal width may be, it will ultimately be rectangular in cross section. This being so, it is submitted that 600 feet would be a satis¬ factory width if the quay wall development be adopted, or 500 feet if pier and slip be used. In either case, Turning Basins must be provided at suitable intervals. Provision for Lateral Ca>ials and for Deep Sea Ca>ial Con¬ struction. The desirability for such provisions is so obvious as to render unnecessary any extensive statement at this time. While it is true that the Mississippi River provides a deep sea connection with the Canal through the Locks, many advantages are to be gained to shipping interests, to the hinterland interests, and to the Port from a slack water canal of ample width and depth; and whether these advantages are to be obtained within the near future or in the remote future, provisions should certainly be made in the plans for such a connection. In like manner, there must be provi¬ sion for the connection of laterals to supply future needs when the ( T sjoenty ) THE INNER HARBOR NAVIGATION CANAL present Canal is outgrown whether that be in the near or the distant future. Incidental Construction Items in Any Development Plan. While it is within the province and within the power of the Board of Port Commissioners to construct or to induce the construction of quay walls, piers, basins, sheds, and warehouses with which to meet the needs of the Inner Harbor Canal—and also to construct marginal roadways within the zone of its own property- it must depend for other as necessary items upon other agencies, public and quasi-public. It will, therefore, require a high degree of co-operative assistance from the City of New Orleans for the paving of many streetsj from the Belt Railroad for the construc¬ tion of adequate trackage facilities} from the Sewer and Water Board for the construction of sewer and water lines and connec¬ tions; and from the public service corporations for adequate gas, light, power, street railway, and other like service. Without the hearty and earnest co-operation of all of these agencies, the Board of Port Commissioners would at the outset be most seriously handicapped. It would seem prudent, therefore, after determining upon any given course of procedure, to defi¬ nitely formulate plans not only for the construction which can be executed by the Board of Port Commissioners, but also for that which must be done by these several other agencies, and to obtain assurance of synchronism of work and of effort from each of them before beginning the construction of quays or piers. For the piers, quays, sheds, warehouses or other similar construction on the Canal will be of small service or value to the Port unless they be accessible by Belt Railway, by drays and trucks, and by street railway, as well as by the Canal; and they will all require light, power, sewerage and water. The Canal as an Industrial Canal. There is no means whereby it may be definitely demonstrated through any system of logical deduction just how the business of the Canal will develop; nor may more be done in forcing development than to meet rea¬ sonable and practicable demands of possible business in such (Twenty-One) View showing Emergency Dam Girders being placed at River End of Chamber. (Only five Girders in place.) THE INNER HARBOR NAVIGATION CANAL manner as to invite and foster the growth of business thereon. If the faith of its proponents be in any appreciable degree justified by results, the approximately five miles of canal now available would ultimately all be required for the Inner Harbor or Basin in which to take care of shipping interests; and industries might better be taken care of on Laterals under conditions and terms determined upon by the Port Commissioners. On the other hand, it may be expedient at the outset, and in order to conserve the investment of funds, to permit and even to invite the establishment of Industrial Plant or Plants upon the main Canal. If this be done, it seems necessary that a definite part of the Canal be set apart for such plants, and that the remainder be held for shipping. There are very few Industrial Plants which either receive raw materials or ship finished products in ship load lots; and such as may with advantage occupy proper¬ ties fronting upon navigable water would for the main part be as well served by frontage on more shallow canals than is the main Canal. As the cost of excavating comparatively shallow lateral canals is relatively small, it would seem not unwise to hold the main Canal for only such tenants as will require vessels of deep draft, and which hold forth a reasonable expectation of comparatively frequent use of the Canal for such vessels. Otherwise, should there ultimately be a large volume of shipping to provide for on the Canal, the means of providing, therefor might be blocked by the presence of plants or other establishments which are but small users of such facilities. Public versus Private Ownership of Port Facilities. Much discussion has taken place with respect to the question of public ownership versus private ownership, and it would seem wise to reach a definite conclusion on this question before proceeding to a consideration of other matters. At a meeting of the American Society of Civil Engineers held September 7th and 8th, 1921, for the special purpose of dis¬ cussing National Port Problems, this particular subject was ( T wenty-T hree ) THE INNER HARBOR NAVIGATION CANAL touched upon by nearly every speaker; and for the purpose of assembling the views of men experienced in Port Matters and Policies, the following quotations are submitted: Frederick W. Cowie, Chief Engineer of the Harbor Com¬ missioners, Montreal, Canada, says: "It would appear, therefore, that the development, construction, and operation of a National port system should be considered first in connection with a National transportation policy. This policy must necessarily be under the direction of the representatives of the people. Impartial direction must be given as to its magnitude, scope, and carry¬ ing out." Also: "As a successful port owes much of its success to an advantageous location, it follows that the authorities of that location, therefore, have a vested voice in its development and operation. The hinterland served by the port has at least an equal voice, as providing the com¬ merce for its revenue and a share in its cost, and because of its interest in economy and dispatch. Subject to the administration of the National Hoard, the various units of a National port system would have full local control and carry out the National units in co-ordination with the local or city facilities." General Lansing H. Beach, Chief of Engineers, U. S. A., says: "Every one who has come in contact with the port terminal prob¬ lem sooner or later has been forced to conclude that perhaps the greatest evil in the situation and one of the principal 'National Port Problems' is the undue extent to which the water-fronts of the principal seaports have passed into railroad control or ownership." And again: "The belief of the Board is, however, that the railroads should be compelled to divest themselves of their ownership of these port ter¬ minal properties and that preferably they should pass to public owner¬ ship and control." He also says: "It will be observed that the War Department and the Corps of Engineers believe it to be for the best interest of the public that water¬ front improvements be publicly owned and operated, but in this matter ( Twenty-Four) THE INNER HARBOR NAVIGATION CANAI of public operation it is important that caution be observed not to permit public operation by the political agencies sometimes utilized by city and State governments, which would be to the serious detriment of seaport terminals. The form of public operation which the War Department favors and which the speaker strongly advocates is that under which some form of port authority exercises control on behalf of the public, similar to the English so-called 'Port or Harbor Trust.' The body is dominated bv representatives of the shipping, commercial, and business interests of the port and the purely political members constitute a small minority." Frederick H. Fay, Consulting Engineer of Boston, Mass., says: "The American public is gradually awakening to an appreciation of the importance of public ownership or control of port facilities and of the commercial value of ports, especially as agencies in foreign com¬ merce." And again: "The public is coming to a general recognition of the soundness of the principle that the seaports are an important National asset and, as such should be under public, not private, control." And has further remarks along the same line. M. A. Long, President M. A. Long Company, Baltimore, Md., says: "If the cities or the public owned the terminals, they would be adequate, the railroads would not have the excess terminal charge, and, with adequate terminal warehouses', they would not have to provide so many cars." W. Watters Pagon, Consulting Engineer of Baltimore, Md., says: "Such a condition as that found in one American port, where only I C of the harbor frontage is owned by the public, would be impos¬ sible in Europe, where the ports are highly centralized, for administra¬ tion as well as for physical layout. London has its Port Authority con¬ trolling nearly all the important quayage. In Copenhagen, 58% of the quayage is controlled by the Harbor Authority, and 70V if city and State are included. Liverpool and Manchester are almost entirely in the control of the local authority, and the ports of the Low Coun- ( T wenty-Five) THE INNER HARBOR NAVIGATION CANAL tries are similarly held. "New Orleans, La., and San Francisco, Cal., are on a parity with these ports, and they are indicative of the success of the idea in America." Edwin J. Clapp, of New York City, says: "The new terminal should be built and operated only by the highest type of public commission such as have been described by Mr. Cowie and Gen. Beach. The best commission or best authority is one representing the business interests which handle that transshipment which is the port's function." B. F. Cresson, Jr., Chief Engineer New York Port Author¬ ity, says: "In the Old World, London, is an interesting example of the trend of modernism in ports. For decades the greatest port in the world, handling the greatest tonnage, its supremacy was threatened by Liverpool. "The Port of London was under a number of private companies which owned the water-front and the terminal facilities and which levied from the commerce passing over the docks tolls sufficient to carry the investment and to yield a profit to the investors. "Liverpool was under a public trust made up largely of repre¬ sentatives of those companies using the port, and the returns from the use of the port were needed only to meet the current expenses of run¬ ning it, the interest on the public bonds issued create it, and the credit necessary to enlarge it. "After an examination by a commission and a recommendation, Parliament, realizing the necessity for maintaining the pre-eminence of London, not only created the Port of London Authority with juris¬ diction over the port facilities of London, but also authorized the funds necessary to buv out the private interests and place the ownership of the Port of London under a public trust. That this has been suc¬ cessful need not be discussed." In the preface to a report on "Charleston Port Survey" just issued, Mayor John P. Grace, of that city, says as follows: "But on this subject no outsider is capable of feeling as we feel and knowing as we know the bitter effects of thirty years of private monopoly under which railroads have bottled up our port and left us at their mercy. In order to qualify as an expert on any subject, the test is what experience has the witness had in the particular field. The whole population of Charleston has known for thirty years during the (Twenty-Six) THE INNER HARBOR NAVIGATION CANAE life of the franchise of this terminal company the evils of private monopoly, and has become abundantly expert upon the point. Munici¬ pal ownership of terminal facilities may be an evil, but we know there are worse evils. Under municipal ownership the people always at least have it within their power to correct and improve whatever is evil in the situation, and they will at worst muddle their way toward the right goal." If more testimony were needed, it would be easy to supply in great volume. It would seem, therefore, beyond doubt that the ultimate best interests of any great port such as is that of New Orleans lie in public ownership and proper control of its main port facilities. This does not imply that all the facilities necessary to a prop¬ erly equipped port should be publicly owned. New Orleans has and should continue to have privately owned and operated ware¬ houses; the Port Commissioners here and elsewhere do not seek to own and operate lighterage barges and towboats; there is now and doubtless will continue to be in New Orleans a willingness on the part of the Port Commission that certain types of mechan¬ ical freight handling apparatus should be owned and operated by Steamship Companies or by Stevedores; there has thus far been no indication of a desire on the part of the Port Commission to acquire ownership or control over such physical facilities as Com¬ pany Canal and Harvey's Canal. The Board of Port Commissioners as an Agency of the State of Louisiana controls the entire river front within the limits of the Port of New Orleans, and it owns and operates such wharves, sheds and other facilities as it has constructed on the river banks. Under the Constitutional and Legislative powers conferred upon it, the Board has constructed the Inner Harbor Canal; and has been granted the right to permit the use of water frontage and of the lands fronting thereon which it has acquired or may acquire, to tenants for definite terms of occupancy, and unless there be disposition on the part of the Board to seek the power of selling its lands, and a willingness on the part of the Legislature ( T wenty-Seven ) IHK INNER HARBOR NAVIGATION CANAL and of the people to grant such power, it seems that the matter is settled definitely that there must be public ownership of the lands owned or to be acquired by the Port Commissioners bordering upon the Canal. Possible Sources of Revenue Front the Canal. In considera¬ tion of the fact that the Inner Harbor and its Locks have cost nearly twenty million dollars; that the interest on this cost is borne by the taxpayers of the City of New Orleans; and that fur¬ ther investment of funds either by the public, or by private inter¬ ests will be necessary for the construction of piers or quays, etc., before the Canal may be used as a water terminal; the question as to possible revenues to be derived therefrom becomes an impor¬ tant one. The most obvious sources of revenue are rentals from the lands owned by the Board, fees for the use of the Canal, and lockage fees for the use of the Locks. It is so manifest as not to require argument or to admit of debate that the establishment of any such rentals and fees as would pay fixed charges would prac¬ tically prohibit the use of the Canal. It has been suggested that some means be evolved whereby the Port may share in the increment of values to adjacent property which must follow the development of business on the Inner Harbor Canal. One suggested method of obtaining a part of this increment is that of issuing "Harbor Qualifying Certificates" in exchange for cash consideration. This presupposes a degree of unanimity amongst the land owners which would be most difficult to obtain, if indeed it may be obtained at all. It must also be realized that unless a very considerable area of land should seek the Harbor Qualifying Certificates, the revenues derived therefrom would lack a great deal of meeting the needs of the Board for amortizing the outstanding Canal bonds. Industrial development in a large way is usually a matter of slow growth. Amsterdam has had an industrial reservation for more than ten years, upon which to-day there are only six industrial plants with no others in immediate ( T vcenty -Eight) THE INNER HARBOR NAVIGATION CANAL prospect. The Manchester Ship Canal Company set aside several tracts along that Canal for such development, and has been actively engaged since 1894 through a Real Estate Agency in trying to develop industrial centers with but indifferent success. The Trafford Park Estates development on the Manchester Ship Canal at Manchester, which has now assembled something like one hundred manufacturing plants, is a private corporation. This development has been at least twenty years in reaching its present position, during which time much capital has been invested, and the concentrated energies of a well directed organization have been freely expended. The area of Trafford Park Estates is about 1200 acres, of which at least 300 acres are still undevel¬ oped. The officers of the Trafford Park Estates, Ltd., who have a most pardonable pride in the results they have achieved, seem to recognize that no such results could have been attained but for the contract entered into at the outset with the Manchester Ship Canal Company, which insured for all time to come the very favorable switching rate of sixpence per ton on inward or outward cargo from and to the Manchester Docks, which they think has perhaps been the most potent factor in the way of a magnet with which to draw manufacturing establishments to their property. From these cases, and others not so well known which might be cited, the conclusion seems inevitable that whatever means may be undertaken for the development of an Industrial Center on or adjacent to the Inner Harbor Canal or to other parts "of the Port facilities, it cannot reasonably be expected that there could be so rapid a development of manufacturing plants and other industries as would justify the hope that by any such means the Canal Bond Issue could be retired within a brief period of time. If this be true, as I believe it to be, the Board of Port Com¬ missioners might endanger the future of the Port development in an unsuccessful attempt to obtain large present revenues by making sacrifices of well established principles in a probably fruit¬ less effort to relieve the taxpayers of New Orleans from the burden of the Inner Harbor Canal Bonds. For this reason, it seems best that the determination of the general policy of the ( T metity-Nine ) THE INNER HARBOR NAVIGATION CANAL Board with respect not only to the Canal, but with respect to the whole property within its control should be with an eye single to ultimate best interests, even at the possible expense of opportuni¬ ties which may seem available at the present time but which may only be grasped by surrendering valuable rights, or making other sacrifices. In any case, unless there be amendatory legislation, it may be definitely stated that in so far as the present Inner Harbor Canal is concerned the Port Commission is absolutely limited for revenues to lockage and tollage charges, rentals for sites leased, and wharfage or cargo charges for the use of such piers, quays, sheds, or warehouses as it may build. If other kinds of revenues are to be obtained, they must be derived from Lateral Canals, or from rights to be granted for the connection of such canals with the existing Canal. It is, therefore, suggested that a study be made of the various methods whereby revenues might be derived directly or indi¬ rectly from Lateral Canals or from rights which might be granted in connection with them. With a listing of these methods, there should be provided a statement of the terms and conditions which the Board might be expected to grant, and an analysis of the extent to which such method might be reasonably expected to produce revenue. By such means it may be possible to arrive at conclusions as to whether such sacrifices as may be involved would be likely to produce suffi¬ cient revenue to justify themselves. It does not seem necessary to pursue this phase of the ques¬ tion further in this report, as it appears to be of such nature as to require special consideration and special discussion based upon the various methods which have been or may be suggested, and upon the respective terms and conditions which may be required by each of such methods. Recommendations. It is hoped that the foregoing discussion has covered the salient factors to which consideration has been ( Thirty ) THE INNER HARBOR NAVIGATION CANAL given in such manner that the reasons for the following recom¬ mendations will be apparent. Canal. It is recommended that the width of the Inner Harbor Canal be established at 600 feet where the quay type of development be adopted and at 500 feet where piers and slips are proposed. It is suggested that the quay type be used from the Locks to Florida Walk; and that the pier and slip type be used from Flor¬ ida Walk to Gentilly Road. From Gentilly Road to Lake Pontchartrain definite decision as to type of development may well be held in abeyance for the present, although it is the belief of the writer that ultimately this section of the Canal will also best produce results with the Pier and Slip development. Where Piers and Slips are to be used, the piers should be not less than 1000 feet long, not less than 400 feet wide; and the Slips or Basins should be 250 feet wide. Turning Basins to be provided between the Locks and Florida Walk; between Florida Walk and the Gentilly Bridge; and between the Gentilly Bridge and the Seabrook Bridge. Space to be reserved and provision made for the entrance of a Deep Sea Canal, which can also be made to serve as a Turning Basin and as an entrance for Lateral Canals. There is submitted herewith a map showing the general arrangements herein recommended. In executing the plans as recommended, it must be borne in mind that if this Canal is to be developed into a busy terminal, ample provision must be made for marginal roadway and for Belt Railroad tracks. Space should also be reserved for later use in the construction of warehouses. In so far as the Basins, Piers and Quay Walls are concerned, and excavation of Canal to conformity with recommendations, all of this can and doubtless will be done in comparatively small units as needed. (Thirty-One) View of L.ock Chamber and Gates in course of construction—from top of Bridge at River End ?EUV«1AN FIEI-DS AVE. opppoppcdppppppBPPP □□Dl Sir too too tor □□□□□□DC ^^Jnnnnnnnc omonnnadnn[ !□□□□□□□□□□□□□ ' ' ' — FRANKLIN SRSgnaDn □□□□□□□□□□ □□□□□□□□□ □□□□□□□□ □□□□□CD0' □Nncn □□hop □□ma □□□□□ □□ BlENVIULt REAI.TV CO. irricmi dcidc DC & □□□□□□□□□□□□□I □□□□□□□□□□□□ni innnnnnp^pnnnc 3nnnnnnaac5'nnnnc y—]*i fcPZPl H □ I LPDDPQ;D£IKZ|DC3P 1* W—l?l ~fa 1 Fm l 11 i»i 1>| rJi fa & fa ,i| Ki 1*1 iz, iC, „ Dtf=(t ~K Demi □ C i czzii □□nnoronnonmc ^□□cnnnonnnnc: nnnn □ 3V3TEM PEOPLES □□□□ nndnnn^P Legend /?oc^ ^o<5r-& /./he. Cerr/cr/ £. /So/Aorr?. •Sccj/S /r> c\ BOARD OF COMMISSIONERS PORT OF NEW ORLEANS LOUISIANA INNER HARBOR NAVIGATION CANAL GENERAL MAP Scale. ll.tO.OOO "Dre-" by ... Jt.X C... Cheeked by.w^,,^. Recommended Deee. Qc5, 1321., Treced by ....P. T, C«. .. Offiee Engineer Chid! Engineer M-l-4