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waterways hybrid Sustainable Transportation – A Solution for Modern Day Transport Problem

1.0 Introduction

overload of Transport today and the problem of air pollution on land-based infrastructure is a concern of moderate and increasingly damaging growth in the size of the technical problem for the needs of policy formulation of the air-path integration of the sea By focusing on the transport sea and the integration into the street and place of air results in a stronger multimodal transport demand in turn a lever on the need for a number of shortcomings related to the use of ships for the community and the transport of goods in collaboration with other mode focus on transportation. To facilitate the implementation of the policy for the use of inland waterways, the large number of research and technical development activities, the demand for transport by sea. Some of them, a concerted effort to identify on the short sea, some structural problems or generic in the use of ships, relatively short-distance transport and other objectives of the effects on the environment and that the question of increasing safe and efficient intermodal transport reliability . In addition, requires the use of hybrid transport, intelligent transport system, which required the use of advanced integrated ship control systems, AIS and the intensive use of information technologies to solve the problem includes modern transport.

internal market or is in moving people and goods in a sustainable manner is more important, one of the biggest challenges for the 21st Century, a time when the ambient pressure is called sensitive reactions to the adoption of new innovative proactive behavior are related factors in the design, construction and operation, and use them in order to meet with the inherent response. Action related to the mitigation of human life has always been a concern of the decision, but to a lesser extent. In a world where the kind of warning about the need for awareness and sensitivity and facts about the importance of nature for the preservation of life is and how much damage was reckless human activities in an imbalance on the planet. A situation that is clearly threatening our work today and bands hope for our future generation survival of this planet, a situation which calls for equally for all of us, the new philosophy to take things, and gives an overview of the inevitable return means to nature, things to do before – the use of solar, water and storing clean energy in the earth’s crust, the use of inland waterways. Engineer on the trail past have been dominated by the reactants, and in the world today has a toll where to wait no chance of accidents, that consistency is achieved environmental degradation in the form of points or instant disaster. [1].

There is an insurmountable obstacle to sustainable multimodal inland waters where the environmental impacts and risks are mitigated and integration components of Appeal of the water is used. But the general framework for integrating systems engineering tools and returns with the analysis and identification of alternative path for short-and long-term solutions to this problem, the implementation of quality management philosophy to facilitate the development of new sustainability [2]. could take up this alternative network of environmental concerns is a growing integration of inland waterways for the transport of containers, including the development of locks intermodal solution information technology, incentives to reduce congestion in seasonal bottlenecks hybrid mode of transportation to the selection of best option [3]. sustainable system of inland water contains elements of the physical, waterways, ports and intermodal network of railways, roads and pipelines that connect the parts of the aqueous system as needed includes. The physical elements, vessels and vehicles that move goods and people within the system. The physical network is a series of systems to facilitate the movement of goods and people, and adds access to recreational and natural resources. Also associated with the development of inland waterway dredging is to able to meet the size of vessels, maintenance dredging and containment technologies for the disposal of dredged or reuse of dredged material to be alternative, which provides an economic advantage.

2.0 Domestic Transportation System (IWTS Indoor)

up at the bottom of rivers, lakes, oceans, major rivers in the world, including Amazon, Mississippi, Ganges, Danube, Rhine, Niger, Nile and affects the lives of millions not only their existence Similar, but also their politics, art and science. The men are by nature drawn from the water, this makes the use of water resources is an important part of human development. Properly managed pond can increase the supply of food, water, transport, energy supply and development of the industry. Development of water resources are also good reward for the mutual benefit of riparian zones that offer multi-purpose activities, improving social interaction and a sense of community. Hybrid approach requires that the facilities strategically located near transport to other transport. The design must be attention to the way in which to pay the historical development, present and future.

hinterland offers significant opportunities for cargo moving on the river, estuaries and tributary in any way connected energy-efficient, the cost of transport decreased by fashionable – kilometer is compared to an alternative mode of transport in it one of the best available option to mitigate the problem global warming, climate change, noise and congestion associated. Capacity building, environmental and social, taking advantage of the non-structural measures (such as innovation of the fleet) [3] and investments in infrastructure and integration of multimodal corridor increasingly a matter of great need today [4].

has substantially the shape of the growth and development of peoples in Europe and North America, however, earlier work on the traffic much more proactive approach that includes a recent study by the EU based on possible increase in the percentage of navigation in the entire Traffic performance in the Danube region, this lead to an agreement for the improvement of inland waterway transport in an integrated manner by the ten countries bordering the Danube, it is an indication that make climate change is a development potential for further development of inland waterways and the management of navigation, design and development of inland navigation on the issue of climate change and ozone depletion to take account of. [5]

important to transport and use, to take full advantage of new transport technologies and emerging markets remain the engine of growth and prosperity of tomorrow and the media for more safety, energy conservation and environmental quality. Since then, no ground transportation can be autonomous and have its effectiveness, the force can be optimized through intermodal integration and diversity, the possibility for cooperation in the climate of intermodal transport systems, requires a climate of co-ordination more than one mode. With each mode, a separate and unique advantages of the system: motor carriers are in a position to door-to-door water carrier that bulk handle can certainly offer a very low cost, and rails that can process a wide range of products over long distances. While preserving the principle of sustainability that the public good best served by a more efficient use of resources, transportation, served regardless of the type and the implementation of the new philosophy of sustainability also requires “integration of resource use water for other purposes as required by the environment [6].

, current issue has especially in the area of the environment for the need for new philosophy of sustainability, adopting a transportation system healthy and responsive. And can the process can give vitality and growth, productivity and trade, the nation [8]. Focus on effectiveness and complementarity, not competition between the various transport systems is an essential element of economic growth, sustainability and productivity of a nation. Effective systems for cargo plays a positive role in the economic life of industrialized countries and the daily lives of its citizens. These countries are aware of the importance of the relationship between the systems of good service and efficiency. If these transport systems essential to modern society, however, and there are significant economic benefits to reach them, there are also significant negative impact on the environment, including the right of first refusal of the country, the interruption of the topography, use of energy and other resources, and noise and air pollution [7].

modes, we must bear mode, which does not contribute to unnecessary increase in fuel consumption, emissions, accidents, incidents, spills, and traffic jams. It seems that not a day goes without new evidence of the increasing pollution of our environment and its consequences. There is evidence on the Human Environment (breathing air, drinking water, fertile soils) that are considered inexhaustible renewable or were rare [8].

Today, with more environmental awareness and understanding of the effects of pollution are the government and society far less tolerant of pollution. Worldwide, the pollution is a growing threat to human health and the environment. commercial freight transport, with its almost total dependence on petroleum-based fuels is a significant contribution to pollution. Therefore, any means of transport as a major energy consumers, on both the availability and the future scarcity of energy resources use and its impact will be assessed on the environment. With each mode its own specific energy consumption and environmental characteristics, decisions on transport, whether short or long term, an inevitable impact on the environment, the clear before, that should be weighed a final decision, is [9] removed.

the environment and quality of life receive more attention, leading to an increasing demand not only for a transport system that the environment but also for the policy, where environmental objectives given more weight at the point of transportation decisions. The result of this concern about the impact of transport on the environment in the way these systems are planned for the future against. Transportation designers and environmentalists, both of which recognize the interdependence between transportation systems and the environment are increasingly concerned about maintaining an appropriate balance between the two concerned. Similarly, all environmental laws are on the verge of creating a legal framework to the maintenance of transport decisions in line with the targets [10].

3.0

threat and challenge of greenhouse gas, and the impact on trio of global warming, depletion of the ozone layer, the impact on climate change

Recently, an environmental disaster and anomalous behavior of the environment today, the consensus of scientists agree that are bound by human activities. The world of man from the biosphere and the tech sector is, has inherited the people from the past and give him all necessary assistance for the people to live, but we fail to learn and even worry for him, and we have the latest Buy products they carry as responsible for the effects of ozone depletion than the sunlight to the limits of our planet and created Accordingly warm up our planet triggers a chain reaction of other leading to the revolt of the environment.

impact on coastal resources can be classified into four broad categories. The first is the flood, which submerged nearly 1,200 km2 are in Peninsular Malaysia alone after the failure of the federal government, and mangroves are lost when the sea level is rising at a rate of 0.9 cm / yr. The second is the erosion of the banks, the change for others only a few hundred meters back from the shore. The third wave is increased by measures that may affect the structural integrity of coastal systems and equipment such as power plants. The latter is the intrusion of salt water, which could pose a potential risk of pollution to water points. Examples of other effects include the flooding of corals, coral bleaching due to rising CO2 levels are caused in the water, and depletion of fish stocks by the loss of mangrove habitats.

Water follows three steps:

River water 1 –

become unregulated supply systems – driven will remain so as long as water is abundant and the demand can be met without changing the hydrological regime

.

2-The shortage of water resources in the pressure-increasing demand for water supply and water management, water orientation and the basis for the development of multifunctional.

three-regulated normal diet as limits are met the regulation of traffic flow and sound development, the marginal cost of water increases dramatically, and here the development of management is important [1].

Former Terengganu is the first case is valid and meaningful, sustainable balance between economic, environmental, social commitment to maximize the benefits of strategic planning and implementation could be improved considerably from the public access and offers new scope better quality of life, a fortified city and the image and community pride.

5.0 IWTS Indoor Environmental

environmental impact of shipping are from river to river and one on, but in many cases, the environment is not significantly affected by the flow of cargo. If it has a negative impact, the effect is usually minimal. Because of concern about the impact that various modes of transport on the environment, there was a concerted effort to identify impacts. recent studies that have analyzed similar to know the nature and magnitude of the impact of the shift of traffic on the environment. What happens if the movement of goods from one mode to another to be moved. What would be the increase in fuel consumption is, issues related to exhaust emissions, accidents, congestion, etc. The likely three studies compared the same charge delivered by various modes, and concluded that, ton for ton, production ships have fewer accidents, less energy that consume less pollution, the society in general and are less disruptive. The study results show that the transport of bulk goods by water is environmentally friendly, provides a means of sustainable development, and that the use of this environmentally friendly should be encouraged. [13].

wide variety of human activities can affect the coastal and marine environment. Population, growing demand for space, competition for resources, and poor economic performances can all undermine the sustainable use of oceans and coastal areas. The most serious problems affecting the quality and use of these ecosystems include coastal waters surrounding release at:

1 -. Release of pollution that directly or washed with water shooting out of the ground

2 Air pollution-air, people noise, vibration

3 Disposal of contaminated soils and dredged sediments

4 flood risk -. biochemical reaction of the elements of water pollution

.
Collision

5 -. Operational

Biodiversification

6 -. endangered species and threatened habitat

risk management should address other risk mitigation measures and implement those which are economic. where a zero discharge = zero risk, but the challenge, the risk can be reduced to an acceptable level and at the same time, is to maximize the benefits. Simulate extreme conditions and the model – using mathematical models and the combination of stochastic process taking into account all factors in a holistic manner.

uncertainty is a part of the risk, but it is abstract and nature, and limited knowledge of the unseen in the real world parameters s quantification of a complex work. Uncertainty associated with the question, usually reflect most influence on the recovery process, new and expanded political influence, changes of address system over time, services and resources. The “sources” of a “lack of security” to many. In addition, methods of measurement are not sure, or models used inaccurate. In addition, the uncertainty of deep misunderstanding of the phenomena that are observed or tried, evaluated, perhaps because it had no adequate theoretical knowledge for the moment.

6.0 environmental benefits of indoor IWTS

products with our lives and livelihoods must be run from one mode or another, however, the aadvantage using the system of internal transport of water to another mode of transport has been described by various comparative studies. Advantage series of questions for the modern world of man. As already mentioned, there are risks in shipping by barge, but the statistics, the water transport is the safest and most regulated transport and fewer spills or collisions than any other mode. These excellent reputation directly on both operating systems, strict security measures by the carrier itself and imposed mandatory standards of the Review. There is little public awareness of the transportation industry out of the water of the river communities is used. This is attributed mainly to non-intrusive nature of the activities of the industry and its impressive record security. One of the main reasons for this lack of intrusion is the width of most rivers, their position relative to population centers, as well as the dams and flooding.

According to the United Nations received man of the marine ecosystem and coastal shipping activities and tourism, coastal protection = 161 billion U.S. dollars, trade and transport = 155 billion U.S. dollars, oil and offshore gas = $ 132,000,000,000, fishing = $ 80,000,000,000 . It is therefore important to be careful to strike a balance in the treatment of our operations. The popular media attention focused on the loss of lives and property. It is unlikely to prevent many disasters, although there could be much done to reduce their severity. Many impacts can be mitigated through better risk assessment and vulnerability, predictive modeling, information dissemination and policy [13].

6.1 Energy Efficiency – The use of energy, which has various types of freight traffic is a growing concern in the development of transport policy. Energy efficiency is the measure of the efficiency of our system is a structure or mobile energy efficiency is usually measured in one of two ways: by comparing the number of miles each type of transport, a ton of moving freight per gallon of fuel or the BTU output tonnes per mile. When considering the choice of transport modes, it is essential to consider, energy is spent in the transition from one mode to the other lead to a greater energy consumption by the user without fuel. For freight transport ships needed to move not a ton of freight-mile, is the energy efficiency of the inverse of the driving energy energy intensity including refinery losses. Coalitions operating performance with the energy of maintenance, energy, automotive, construction and energy ..

Table 2.3 Comparison of energy-modal – Source: [38]

Table 3 – Comparison of the modal energy

Fashion

drive energy

LNE – Haule Energy

energy Modal

Rail

412.5

706.3

1075

trucks

1312.5

1312.5

2137.5

Barge

262.5

262.5

618.8

Many studies show the effectiveness of fuel have been carried out so that the transport of water to shallow-draft mode is the most economical transportation of materials bulkraw move is the least energy-intensive transport of goods in the transport of equivalent amounts of goods and consumes less energy than the alternative. [14].

6.2 Security – Since the sequence is not safe for the environment is catastrophic, a comparison of the transport system, that the transport of water, the lowest number of incidents has to compare Fatality and injury, like other surface . The environment of the inland waterway, with its slow transit speeds, is relatively soft, and the amount of shock and vibration, which are weakened by the dampening effect of the waterway itself, are not usually regarded as a problem. Car is road and rail, including base, exposed to accidents, often to the loss of the cargo, are particularly susceptible to rail, as shipments usually a large number of units moving mass at high speed on a single line. River boats with navigation aid infrastructure to the right of passage for most of sports boats, especially at warmer temperatures and during daylight hours, a comparative study recently conducted by operating the intermodal shipping Foundation guarantee

6.3 Congestion – out pressure on the technology needs change and the population led to a strong demand for road vehicles to congestion and practices has cones, the traffic growth in most cities in the world at present, no increase in net -increase of greenhouse gases released exceeded, currently affects our planet. He is currently part of capacity, where demand exceeds supply causing traffic delays and security problems.

6.4 Air, noise pollution and vibration – The growth of traffic through urban population, increased mobility has identified that increase significantly in the recent studies by the noise and pollution of the air quality. Comparative studies have shown that road transport is the main road offender is more than other major mode of transportation writer. Currently, there are few data on the noise impact of barge operations, mainly because they are not considered a problem. Figure 4 shows the driving force of environmental technology for the next generation.

Table 4 – Comparison of emissions

Nox

PM

FC

Cox

Sox

%

%

%

%

%

treatment

SCR (Selected Catalytic Reduction)

-81

-35

-7.5

-7.5

-7.5

GFP filter (fine)

None

-85

2

2

2

management systems Drive

ATM (Cruise)

-10

-10

-10

-10

-10

quality diesel fuel or alternative

(BD) Bio – Diesel

-10

-30

15

65

~ -100

BDB (a blend of biodiesel 20% BD)

2

-6

3

-13

~ -20

LSF (low sulfur)

None

-1.7

none

none

~ -100

engine technology

NSE (gas engine)

-98.5

-97.5

4.5

-10

-100

6.5

social impact – Trucks and trains are much closer to populated areas and release of large amounts of pollution and noise in the residence, barges slowly making their way along the tracks for the isolated Most of their journey. However, river barges little impact on the densely populated areas. Barge transits are relatively rare because of the large amount at one point moved.