| # | Organisation Name | Industries | Headquarter | Description | Founded Year | Company Type | Num of Employees |
|---|---|---|---|---|---|---|---|
1 | Food and Beverages | New Cairo | BEYTI was established in 1998 with the acquisition of the largest commercial dairy farm in Egypt, from the Saudi Group, Dallah Al-Barakah. Beyti is involved in many of the profitable aspects of the agricultural industry. Activities includes land reclamation, planting and cultivating crops utilizing advanced farming methods and technologies, processing , packaging and distributing agricultural based products at the national and international level.
Beyti, the mother brand and corporate identity of the company, was first introduced in the Egyptian dairy market during mid-2002 and pioneered in the production and sales of plain milk in the novelty bottle packaging format, which has established Beyti’s unique character and identity. Later that year, Beyti launched flavored milk under the sub-brand “Spiky” with compliance to the mother-brand, in addition to the yogurt range. Ever since, Beyti’s success has lead to the expansion of its existing product portfolio to include line extensions in its existing categories and the launch of the cheese and juice categories.
Freely translated the name BEYTI has the dual meaning of “my home” and/or “home-made”, and embraces both the corporate identity and the brand concept. Beyti name is derived from the fact that our products are made with no milk powder, no preservatives nor include any harmful additives. Beyti quality control measures ensure that our products are Fresh and Natural, those needed to maintain a healthy lifestyle.
Beyti plant is equipped with the latest state-of-the-art technology, making it one of the most prominent and advanced dairy plants in the Middle East and Africa. It has gained international recognition as “Factory of the Year” for 2002 by the European Dairy Magazine (EDM). The facility is fully automated and employs high speed processing machinery, capable of producing a diverse variety of dairy/juice and dairy-based products with the highest standards of productivity, hygiene and safety. | 1998 | Partnership | 805 | |
2 | Civil Engineering | Fareham, Hamshire | Boskalis Westminster Ltd (BWL) is the leading dredging contractor in the UK and Ireland. As a member of the Royal Boskalis Westminster group, one of the world's largest dredging contractor, BWL has access to the most comprehensive resources and expertise within the industry; from state-of-the-art dredging equipment and sophisticated R&D facilities to a total range of skills in support of the dredging process.
Dredging and Civil Engineering services provided are:
- Deepening and maintenance of ports and waterways
- Land reclamation and beach replenishment
- Coastal protection
- Environmental services, like environmental dredging, treatment and Brownfield development
- Offshore services, like marine trenching and pipeline laying
- Sand and gravel supply
- Underwater rock drilling and blasting
- Civil Engineering and project development | 1933 | Privately Held | 312 | |
3 | Construction | Copenhagen K | Since our establishment in 1968 by captain Jens Rohde Nielsen, our performance has been a major driving force behind the development of:
•Beach Nourishment
•Land Reclamation
•Port Development
•Off Shore Services
Rohde Nielsen A/S operates worldwide as a marine dredging contractor. We have executed Projects from Greenland in the North to Cape Town in the South, and from our subsidiaries in Hong Kong in the East to Panama in the West.
We run a modern fleet of more than 40 specially built and highly manoeuvrable vessels. With their shallow draught these vessels are capable of working close to the shore. | 1968 | Privately Held | 282 | |
4 | Civil Engineering | Hoddesdon | VolkerWessels UK is a multi-disciplinary civil engineering and construction group providing integrated engineering solutions. By optimising the specialist skills of our group companies we deliver timely, cost effective services.
Our range of skills includes building and heavy civil engineering, rail and highway infrastructure, land reclamation and marine engineering.
VolkerWessels UK consists of VolkerFitzpatrick, VolkerRail, VolkerStevin, VolkerHighways, VolkerLaser and VolkerInfra. | - | Privately Held | 203 | |
5 | Construction | Tokyo | Penta-Ocean (PENTA-OCEAN CONSTRUCTION CO.,LTD.) is a major Japanese construction firm. It specializes in marine works and land reclamation. It is listed on the Tokyo Stock Exchange, Osaka Stock Exchange, and Nagoya Stock Exchange as ticker 1893. It originated from Mizuno Gumi in 1896 in Hiroshima Prefecture, and later renamed to the current name and capitalized in 1954. It has offices in Tokyo, Singapore, Hong Kong, Indonesia, Malaysia, Egypt, Sri Lanka, Philippines, Thailand, Vietnam, Cambodia and U.A.E..
It was a major contractor for the land reclamation of Jurong Island, Pasir Panjang Container Terminal, Marina Bay reclamation, Tuas, Singapore Changi Airport reclamation projects in Singapore, the Esplanade in Singapore, widening and deepening of Suez Canal and construction of the Suez Canal Bridge in Egypt, West Rail for the Kowloon-Canton Railway, and a major contractor in the construction of Chubu International Airport and Kansai International Airport[1]. Among other construction includes Akinada Bridge in Hiroshima, Rainbow Bridge, Tokyo Bay Aqua-Line in Tokyo. It is currently involved in the expansions at Haneda airport.Penta-Ocean (PENTA-OCEAN CONSTRUCTION CO.,LTD.) is a major Japanese construction firm. It specializes in marine works and land reclamation. It is listed on the Tokyo Stock Exchange, Osaka Stock Exchange, and Nagoya Stock Exchange as ticker 1893. It originated from Mizuno Gumi in 1896 in Hiroshima Prefecture, and later renamed to the current name and capitalized in 1954. It has offices in Tokyo, Singapore, Hong Kong, Indonesia, Malaysia, Egypt, Sri Lanka, Philippines, Thailand, Vietnam, Cambodia and U.A.E.. | 1896 | Privately Held | 1 194 | |
6 | Mining and Metals | Ras Al Khaimah, Ras Al Khaimah | Stevin Rock is one of largest quarrying companies in the world. The Company has been operating since 1975 in the Emirate of Ras Al Khaimah, one of the seven Emirates of the United Arab Emirates, with a current production capacity from three sites of over 80 million tons per year of limestone, dolomite and gabbro for the construction industry (fine to coarse aggregate for asphalt, ready-mix plants, land reclamation, etc., armor rock for sea defense/breakwater marine projects) as well as for the cement, steel and mining industries. The Company is owned by the Government of Ras Al Khaimah, has over 3,500 employees and has been in activity for over 40 years.
The world-class Khor Khuwair Quarry is operated by Stevin Rock and sister company RAK Rock and has a production capacity of over 60 million tonnes of high-quality limestone per year. It is adjacent to Saqr Port, also owned by the Government of Ras Al Khaimah, and one of the largest ports in the Gulf region with over 50 million tonnes of fret handled per year, mostly dry bulk cargo that includes Stevin Rock products. Saqr Port commissioned on 10 October 2018 a 18 m deep water berth suitable for capesize vessels with loading capacities of up to 30,000 tonnes per day. The second 18 m deep water berth will be available in April 2019 and the port’s throughput will be increased to 80 Mt per year. Stevin Rock Harbour, next to Saqr Port, is used for supplying rock material to Dubai, Abu Dhabi and Gulf countries using barges up to 26,000 dwt.
Stevin Rock has supplied construction material for world class projects in the UAE and GCC countries including the iconic Burj Khalifa, Palm Jumeirah and the World islands in Dubai, the Dubai Mall, the Dubai metro, port constructions and expansions in the UAE, Kuwait, Qatar, Iraq, etc. The Company is also the sole supplier to the local cement plants.
Stevin Rock has also sent to Singapore a trial shipment of around 55,000 tonnes of crushed limestone as land reclamation sand that strictly complied with the stringent local specifications and was successfully used by international contractors on one of the major land reclamation projects.
The Company has been approved to major Management System Standards such as ISO 9001:2015, ISO 14001:2015 and OHSAS 18001:2007; Stevin Rock has also complied with the requirements of the Framework Standard for Responsible Sourcing BES 6001:Issue 3.0
The crushing and screening system at Stevin Rock has the flexibility to produce crushed aggregates/crushed rock of any size range in order to meet the specific requirements of our client. General specifications of crushed aggregates are as per BS/ASTM standards. | 1975 | Privately Held | 313 | |
7 | Construction | Istanbul, Sariyer | Summa is established to undertake all kinds of turn-key construction projects, such as public buildings and housing projects, business and shopping centres, hotels, hospitals, health care and resort complexes, industrial buildings and facilities, construction and rehabilitation of motor ways, airports, channels, irrigation, water supply and other infrastructure networks as well as power transmission lines, pipelines, dams and land reclamation projects.
Acting as an International Group of Companies, Summa provides contractual services all over the world, specialized in construction projects requiring high technology, knowledge and courage. Summa is a brand name firm, presented in five continents with offices and construction sites. Summa is able to carry out its operations in eight different time zones and in harsh climate conditions varying from -50°C and +50°C. | 1989 | Privately Held | 288 | |
8 | Construction | Halla E&C is engaged in the construction business specializing in civil works, architectural works, housing, plant and environmental as well as overseas projects. We operate in overseas markets including the Middle East, Central Asia, Southeast Asia and Africa. We are based in Seoul, South Korea since 1980.
Global
Halla E&C adheres steadfastly to a key set of values. Our commitment to quality innovation and safety reflects our philosophy of putting peaple first, and we share aspirations for a better future with the local communities in which we work. Our work to restore and protect the environment indicates a determination to look after society. Our effort to develop technology and expand into global markets demonstrate our forward-looking approach.
Civil Works
Halla E&C has executed numerous civil engineering and infrastructure in Korea, contributing to efficient land development and balanced regional growth.
We have accrued extensive competencies, know-how and experience for projects ranging from roads, bridges, ports, airport, railways and industrial complexes to land reclamation and dredging.
Architectural Works
Our outstading architectural design and state of the art engineering skills have allowed us to build attractive and highly functional structures. We have proven our superior construction capabilities in landmark projects for office building, commercial facilities, leisure facilities knowledge industry centers, stations & teminals, and so on. By leveraging cutting edge construction methods and systems, we are going beyond the ordinary concepts to spatial design to create top quality buildings that coexist harmoniously with environment.
Plant & Environmental Works
Halla E&C has constructed diverse industrial and environmental engineering plants inside and outside Korea, contributing to a greener world and setting a new standard for the industry. We have secured future growth engines with our involvement in green industries. | 1980 | Public Company | 154 | ||
9 | Civil Engineering | Sri Lanka Land Reclamation & Development Corporation (SLLR&DC) was initially a body corporate duly established under the Colombo District (Low Lying Areas) Reclamation & Development Board Act No. 15 of 1968 as amended by Law No. 27 of 1976, Act No. 52 of 1982 and Act. No. 35 of 2006. | - | Government Agency | 154 | ||
10 | Mining and Metals | Bloomington, IN | Our heart for people breeds unmistakable culture. Our emphasis on integrity yields unprecedented professionalism. Our hunger for winning perpetuates better mining practices. We are North America's Trusted Mining Services Contractor.
Turner Mining Group is a team of experienced mining industry professionals performing a full spectrum of mining services from coast to coast. We supply some of the largest cement, aggregate, and specialty minerals companies with superior service and flexibility all while maintaining a safe work culture. Contract Mining, Overburden Removal, Land Reclamation, Material Processing, Drill & Blast, and Mine Planning are just a few services we offer. Please visit our website for more information.
www.TurnerMining.com
Employment questions? [email protected] | 2017 | Privately Held | 131 |
Land Reclamation
Summary
- 114 Companies
- 1 Patents
- 30 Use Cases
- 62 Case Studies
- 753 Science Papers
- Total Funding
Companies
Patents
| # | Number | Title | Abstract | Date | Kind | Assignee | Inventor |
|---|---|---|---|---|---|---|---|
1 | 9 034 069 | Engineered topsoil for use in land reclamation and a method of producing the same | An engineered topsoil for use in soil reclamation and a method of producing the same are disclosed that seek to replicate undisturbed native reference topsoil from near the site in need of land reclamation. The engineered topsoil is formed from a base amount of subsoil and amendment comprised of an effective amount of surrogate humin material sufficient to replicate the estimated humin organic carbon content of the native reference topsoil, and an effective amount of plant residue material sufficient to replicate the estimated non-humin organic carbon content of the native reference topsoil. | Mon, 18 May 2015 | B2 | EXXONMOBIL RESEARCH AND ENGINEERING COMPANY | Julie Linda Roy |
Patents by Year
Inventors
Assignees
Assignees
Science
Data limited by 2021
Top 10 cited papers
| # | Paper Title | Paper Abstract | Authors | Fields of Study | Year | Citation Count |
|---|---|---|---|---|---|---|
1 | Municipal sludge use in land reclamation | Introduction: Status of Land Disturbed by Mining. Surface Mining Control and Reclamation Act of 1977. Federal and State Regulations Governing Use of Sludge on Mine Land. Review of Land Reclamation Projects Using Municipal Sludge: Overview. Effects on Vegetation. Effects on Soil. Effects on Water Quality. Effects on Animal Nutrition and Health. U.S. EPA 40 CFR Part 503 Final Rules for Use and Disposal of Sewage sludge. Conclusion. References. Appendix. Index. | Environmental Science | 1993 | 144 | |
2 | Impacts of tidal land reclamation in Bohai Bay, China: ongoing losses of critical Yellow Sea waterbird staging and wintering sites | Summary The coast of Bohai Bay, north-western Yellow Sea, is critical for waterbirds migrating along the East Asia-Australasian Flyway. Between 1994 and 2010, a total of 450 km2 of offshore area, including 218 km2 of intertidal flats (one third of the original tidal area in the bay), has been reclaimed along the bay for two industrial projects. This has caused the northward migrants to become concentrated in an ever smaller remaining area, our core study site. The spring peak numbers of two Red Knot subspecies in the East Asia-Australasian Flyway, Calidris canutus piersmai and C. c. rogersi, in this so far little affected area increased from 13% in 2007 to 62% in 2010 of the global populations; the spring peak numbers of Curlew Sandpiper C. ferruginea increased from 3% in 2007 to 23% in 2010 of the flyway population. The decline in the extent of intertidal mudflats also affected Relict Gulls Larus relictus, listed by IUCN as ‘Vulnerable’; during normal winters 56% of the global population moved from the wintering habitats that were removed in Tianjin to the relatively intact areas around Tangshan. Densities of wintering Eurasian Curlew Numenius arquata, and spring-staging Broad-billed Sandpiper Limicola falcinellus and Sanderling Calidris alba have also increased in the remaining areas. With the proposed continuation of land reclamation in Bohai Bay, we predict waterbird densities in the remaining areas to increase to a point of collapse. To evaluate the future of these fragile, shared international resources, it is vital to promote an immediate conservation action plan for the remaining coastal wetlands in this region, and continued population monitoring to determine the effects of this action. | Environmental Science, Geography | 2011 | 122 | |
3 | Advances in Actinorhizal Symbiosis: Host Plant- Frankia Interactions, Biology, and Applications in Arid Land Reclamation. A Review | Symbiotic association of the N 2 -fixing actinomycete Frankia with the roots of more than 200 tree species from 24 genera of 8 families of angiosperms has been studied since 1829. The first successful isolation of the microsymbiont and reinfection in the host plant was achieved in 1978. Marked advances in research and understanding of Frankia biology, its actinorhizal hosts and their interactions have been made since then, although the studies on Frankia have been hampered by difficulties of isolation and their slow growth rate in vitro. Exponential growth with high biomass yields within three to four days has been obtained for a number of strains isolated from Casuarina spp. Use of BAP medium, supplemented with avian phospholipid mixtures and certain fatty acids at controled O 2 access, optimizes growth. Monosporal cultures are scarce; recently a few became available for biochemical and genetic studies. Research using exponentially growing cultures has yielded information on a complex proteolytic system, including proteasomes, endo- and extracellular proteinases and aminopeptidases, and also on esterases, dehydrogenases, and extracellular DNAses. Molecular tools have revealed a marked genetic diversity of Frankia soil populations and have enabled the definition of four clades in the Frankia phylogenetic tree. Studies on Frankia -host plant interactions have detected molecular signal exchange preceeding the establishment of symbiosis. Similarly, there is progress in research on transgenic actinorhizal plants and on actinorhizal-specific genes and proteins (actinorhizins) involved in symbiotic interactions, infectivity, and host specificity. Actinorhizal plants are rapidly growing species, able to develop in N-poor soils, and for certain species, in harsh environmental stress conditions. They increase the fertility of agroforestry ecosystems, and have an economic potential for timber, fuelwood production, land reclamation, and amenity planting. The Casuarina spp. are of especial value in arid environments. | Biology | 2001 | 116 | |
4 | Soil carbon sequestration resulting from long-term application of biosolids for land reclamation. | Investigations on the impact of application of biosolids for land reclamation on C sequestration in soil were conducted at Fulton County, Illinois, where 41 fields (3.6-66 ha) received biosolids at a cumulative loading rate from 455 to 1654 dry Mg ha(-1) for 8 to 23 yr in rotation from 1972 to 2004. The fields were cropped with corn, wheat, and sorghum and also with soybean and grass or fallowed. Soil organic carbon (SOC) increased rapidly with the application of biosolids, whereas it fluctuated slightly in fertilizer controls. The peak SOC in the 0- to 15-cm depth of biosolids-amended fields ranged from 4 to 7% and was greater at higher rates of biosolids. In fields where biosolids application ceased for 22 yr, SOC was still much higher than the initial levels. Over the 34-yr reclamation, the mean net soil C sequestration was 1.73 (0.54-3.05) Mg C ha(-1) yr(-1) in biosolids-amended fields as compared with -0.07 to 0.17 Mg C ha(-1) yr(-1) in fertilizer controls, demonstrating a high potential of soil C sequestration by the land application of biosolids. Soil C sequestration was significantly correlated with the biosolids application rate, and the equation can be expressed as y = 0.064x - 0.11, in which y is the annual net soil C sequestration (Mg C ha(-1) yr(-1)), and x is annual biosolids application in dry weight (Mg ha(-1) yr(-1)). Our results indicate that biosolids applications can turn Midwest Corn Belt soils from current C-neutral to C-sink. A method for calculating SOC stock under conditions in which surface soil layer depth and mass changes is also described. | Agricultural And Food Sciences, Environmental Science, Medicine | 2009 | 103 | |
5 | Impact of Coastal Land Reclamation on Ground Water Level and the Sea Water Interface | Land reclamation in coastal areas may have a significant effect on local ground water systems. Steady‐state analytic solutions based on Dupuit and Ghyben‐Herzberg assumptions are derived to evaluate this effect. Two situations are considered, both with ground water flow resulting from precipitation recharge: the coastal aquifer of an extensive landmass and an island. The results show that after reclamation, the water table rises and the salt water‐fresh water interface moves seaward. The degree of these changes depends on the extent of reclamation and the hydraulic conductivity of the fill material. For the island situation, the reclamation displaces the ground water divide and changes the ground water conditions in the entire island. An unintended advantage of the reclamation is an increase of fresh ground water resource because the reclaimed land can be an additional aquifer and rain recharge takes place over a larger area. | Environmental Science, Medicine | 2007 | 85 | |
6 | Assessment of the use of spent copper slag for land reclamation | The shortage of waste landfill space for waste disposal and the high demand for fill materials for land reclamation projects in Singapore have prompted a study on the feasibility of using spent copper slag as fill material in land reclamation. The physical and geotechnical properties of the spent copper slag were first assessed by laboratory tests, including hydraulic conductivity and shear strength tests. The physical and geotechnical properties were compared with those of conventional fill materials such as sands. The potential environmental impacts associated with the use of the spent copper slag for land reclamation were also evaluated by conducting laboratory tests including pH and Eh measurements, batch-leaching tests, acid neutralization capacity determination, and monitoring of long-term dissolution of the material. The spent copper slag was slightly alkaline, with pH 8.4 at a solid: water ratio of 1: 1. The batch-leaching test results show that the concentrations of the regulated heavy metals leached from the material at pH 5.0 were significantly lower than the maximum concentrations for their toxicity limits referred by US EPA’s Toxicity Characteristic Leaching Procedure (TCLP). It was also found that the material is unlikely to cause significant change in the redox condition of the subsurface environment over a long-term period. In terms of physical and geotechnical properties, the spent copper slag is a good fill material. In general, the spent copper slag is suitable to be used as a fill material for land reclamation. | Engineering, Materials Science, Medicine | 2006 | 83 | |
7 | Coastal Subsidence Monitoring Associated with Land Reclamation Using the Point Target Based SBAS-InSAR Method: A Case Study of Shenzhen, China | Shenzhen, the first special economic zone of China, has witnessed earth-shaking changes since the late 1980s. In the past 35 years, about 80 km2 of land has been reclaimed from the sea in Shenzhen. In order to investigate coastal vertical land motions associated with land reclamation, we proposed an elaborated Point Target (PT) based Small Baseline Subset InSAR (SBAS-InSAR) strategy to process an ENVISAT ASAR ascending and descending orbits dataset both acquired from 2007 to 2010. This new strategy can not only select high density PTs but also generate a reliable InSAR measurement with full spatial resolution. The inter-comparison between InSAR-derived deformation velocities from different orbits shows a good self-consistency of the results extracted by the elaborated PT-based SBAS-InSAR strategy. The InSAR measurements show that the reclaimed land is undergoing remarkable coastal subsidence (up to 25 mm/year), especially at the Shenzhen Airport, Bao’an Center, Qianhai Bay and Shenzhen Bay. By analyzing the results together with land reclamation evolution, we conclude that the ground deformation is expected to continue in the near future, which will amplify the regional sea level rise. | Computer Science, Geology, Environmental Science | 2016 | 65 | |
8 | Analytical Studies on the Impact of Land Reclamation on Ground Water Flow | Land reclamation has been a common practice to produce valuable land in coastal areas. The impact of land reclamation on coastal environment and marine ecology is well recognized and widely studied. It has not been recognized yet that reclamation may change the regional ground water regime, which may in turn modify the coastal environment, flooding pattern, and stability of slopes and foundations. This paper represents the first attempt to examine quantitatively the effect of reclamation on ground water levels. Analytical solutions are developed to study the ground water change in response to reclamation based on two hypothetical models. In the first model, the ground water flow regime changes only in the hillside around the reclamation areas. In the second model, the ground water regime changes in the entire hill. Both models assume that the ground water flow is in a steady state and satisfies the Dupuit assumptions. Hypothetical examples are used to demonstrate how the ground water level, ground water divide and ground water submarine discharge will change with the scale and hydraulic conductivity of the reclamation materials. The results show that the change of ground water regime depends mainly on the length of the reclaimed area and the values of hydraulic conductivity of the reclaimed materials. It is also seen that the reclamation may impact not only the ground water regime near the coast areas around the reclamation site, but also that in the coast areas opposite the reclamation area. A reclamation site near Tseung Kwan O in the New Territories in Hong Kong, China, is used as a case study to discuss the possible modification of the ground water system caused by reclamation. | Environmental Science, Medicine | 2001 | 58 | |
9 | Historic land reclamation in the intertidal wetlands of the Shannon estuary, western Ireland | ABSTRACT There is abundant landscape evidence for extensive land reclamation conducted within the Shannon estuary wetlands. To date, little published research is available which identifies how much reclamation has occurred, its timing and the likely environmental implications. This paper addresses these questions on the basis of available cartographic and documentary data on land reclamation in this area. Identification of reclaimed land was based on the 2nd Edition Ordnance Survey of Ireland Map Series of 1924. These maps represent landscape features relating to reclamation, such as embankments, artificial arterial drainage channels and sluices. Using such indicators for the purpose of demarcation, the extent of the lands reclaimed has been mapped. Documentary information on reclamation schemes was acquired from the National Archives files on the Irish Quit Rent Office, including letters, memoranda, draft bills and Government Acts, legal documents and statements of account, and these support and supplement cartographic data. In total, approximately 6,500ha of the Shannon estuary lowlands were reclaimed for agriculture and other purposes. This has significantly altered the morphometric characteristics of the estuary, as embankments and revetments for flood protection have reduced the potential energy dissipation area and the water storage capacity of the estuarine wetlands. Reclamation has resulted in modification of the estuarine physical environment and its hydrodynamics, and altered the character of the wetland habitat in the estuary environs. | Environmental Science, Geography | 2002 | 47 | |
10 | Preloading and prefabricated vertical drains design for foreshore land reclamation projects: a case study | The Changi East Reclamation Project in Singapore comprises land reclamation in foreshore conditions. As the foreshore area was underlain by a thick layer of soft marine clay, a high magnitude of primary and secondary consolidation settlement was expected, owing to fill and future live load. An average fill thickness of 10 m was predicted to contribute to a magnitude of settlement greater than 2 m over a period of several decades. In order to minimise this expected future settlement, it was necessary to accelerate the consolidation process to complete the majority of the settlement during construction stage. A combination of prefabricated vertical drains (PVDs) with preloading ground improvement was successfully applied in this project. The technique comprises the installation of prefabricated vertical drains and the subsequent placement of surcharge to accelerate the consolidation of the underlying marine clay. This paper discusses the theories of radial drainage and the preloading technique, and consider... | Engineering, Geology | 2007 | 45 |
Top 10 cited authors
| # | Author | Papers count | Citation Count |
|---|---|---|---|
1 | 1 | 396 | |
2 | 1 | 396 | |
3 | 1 | 396 | |
4 | 1 | 396 | |
5 | 6 | 282 | |
6 | 1 | 234 | |
7 | 1 | 234 | |
8 | 1 | 234 | |
9 | 1 | 234 | |
10 | 19 | 229 |
Science papers by Year
Clinical Trials
- Researches Count 0
- Ongoing Studies 0
- Total Enrollment
Use Cases
| # | Topic | Paper Title | Year | Fields of study | Citations | Use Case | Authors |
|---|---|---|---|---|---|---|---|
1 | Land Reclamation | Challenges of land reclamation for Teesta River victims: sustainable management policy for reclaimed land | 2021 | 0 | teesta river victims: sustainable management policy for reclaimed land | ||
2 | Land Reclamation | ECONOMIC, ECOLOGICAL AND SOCIAL ASPECTS OF LAND RECLAMATION FOR AGRICULTURAL PRODUCTION | 2021 | Economics, Geography | 0 | agricultural production | |
3 | Land Reclamation | Development of land reclamation for forage production in the Altai Republic | 2020 | 0 | forage production in the altai republic | ||
4 | Land Reclamation | Sodic land reclamation for livelihood security in Central Indo-Gangetic Plains of Uttar Pradesh | 2020 | 0 | livelihood security in central indo-gangetic plains of uttar pradesh | ||
5 | Land Reclamation | Combined risk assessment for landfill gas and leachate – informing contaminated land reclamation for appropriate construction projects. | 2019 | Environmental Science | 2 | appropriate construction projects. | |
6 | Land Reclamation | From Land Reclamation to Land Grab: Settler Colonialism in Southwest China, 1680–1735 | 2018 | History, Geography | 1 | land grab: settler colonialism in southwest china, 1680–1735 | |
7 | Land Reclamation | Behaviour of blended waste materials for land reclamation for port extension | 2015 | 1 | port extension | ||
8 | Land Reclamation | Contested Space: Manila Sunset Bay and the Conflict Over Land Reclamation for an Urban Transformation Project | 2015 | Sociology | 1 | an urban transformation project | |
9 | Land Reclamation | The modern role of land reclamation for housing | 2015 | Economics, Geography | 0 | housing | |
10 | Land Reclamation | A conceptual floating alternative to land reclamation for application in congested island states and coastal cities of Malaysia | 2014 | Environmental Science, Geography | 2 | application in congested island states and coastal cities of malaysia |
Case Studies
| # | Title | Description | Year | Source Ranking | |
|---|---|---|---|---|---|
1 | Integrated mined-area reclamation and land use planning. A ... | Feb 7, 2022 — Planning: ASARCO Open Pit Copper Mine, Casa Grande, Arizona. Volume 3F: A Case Study of Surface Mining and Reclamation | no | 2022 | |
2 | a case study of land reclamation in Dubai, UAE - J-Stage | by M Alzaylaie · 2016 · Cited by 6 — Pearl Jumeira is an artificial offshore land formation located in Jumeira Beach in the Arabian Gulf and is constructed from Dubai-sourced reclaimed sand and ... | no | 2016 | |
3 | Adopted practices for mined land reclamation in Ghana | Feb 20, 2016 — B. Nero. Environmental Science. PloS one. 2021. TLDR. It is concluded that reclamation with mixed species does not necessarily lead to rapid ... | no | 2016 | |
4 | [PDF] Suitability evaluation for land reclamation in mining area | Dec 1, 2011 — Suitability evaluation for land reclamation in mining area: A case study of Gaoqiao bauxite mine · Shi-dong Wang, Chang-hua Liu, He-bing Zhang ... | no | 2011 | |
5 | Land Reclamation - Tokyo Bay Case Study - Get Revising | Feb 16, 2011 — Land Reclamation - Tokyo Bay Case Study · Comments · Similar Geography resources: · Related discussions on The Student Room. | no | 2011 | |
6 | Mining land reclamation and ecological restoration-a case ... | by D Wang · 2011 · Cited by 2 — Mining land reclamation and ecological restoration-a case study of Limestone Mine of GaoYao ... Abstract: Land reclamation is one of the important means to make a ...Date Added to IEEE Xplore: 16 June 2011 | no | 2011 | |
7 | Case Study of the Changi East Land Reclamation Project ... | by A Arulrajah · 2008 · Cited by 3 — Prefabricated vertical drains with surcharge were used extensively in the project to accelerate the consolidation process. In addition, deep sand compaction ... | no | 2008 | |
8 | Land Reclamation in Bayelsa State: A Case Study of Saipem ... | May 17, 2007 — Forster, G. 1994. Assessment of Landfill Mining and the effects of Age on Combustion of recovered Municipal Solid Waste. | yes | 2007 | |
9 | Community Participation in Land Reclamation Project - SAGE ... | by CS Singhal · 2004 — Vol. XIV, No. 2, December 2004. Practitioners' Paper. Community Participation in Land Reclamation Project: A Case Study·. C. S. Singhal°0. | yes | 2004 | |
10 | Community Participation in Land Reclamation Project - SAGE ... | Feb 6, 2004 — Reprints. Permissions. Community Participation in Land Reclamation Project: A Case Study. Show all authors. C. S. Singhal∗∗. | no | 2004 |
Experts
| # | Name | Description | Followers | Following | Location |
|---|---|---|---|---|---|
1 | Armac Group | Armac Group has grown to become one of the UK’s market leaders in Demolition, Land Reclamation & Remediation, Bridge Dismantling & Asbestos Removal | 4 517 | 2 872 | West Midlands, United Kingdom |
2 | DEME Group | World leader in dredging and land reclamation, solutions for the offshore energy market, infra and environmental works. | 3 646 | 134 | Belgium |
3 | DREDGING CORPORATION | Dredging, Beach nourishment, Land reclamation, Inland dredging, PMC for port infrastructure, | 1 226 | 57 | VISAKHAPATNAM |
4 | Miriam Cardenas | District Manager, WM Azusa Land Reclamation | 608 | 1 433 | Azusa, CA |
5 | UK Bioenvironmental | Dr. Carmen Agouridis: Extension, research & teaching news on stream restoration, stormwater management, mined land reclamation, & STEM/environmental education. | 524 | 403 | Lexington, KY |
6 | Environment Studies Renewable Energy Technologies | Courses & programs cover soil science, water resource management, renewable energy, land reclamation, geostatistics, & more. Email [email protected] | 371 | 657 | Edmonton, Alberta |
7 | Dhritiraj Sengupta | Postdoc|SKLEC|Shanghai| I study #impact/risk associated with large scale #coastal land reclamation from #landsubsidence and #SeaLevelRise.| Cycling Enthusiast| | 286 | 1 233 | Shanghai, China |
8 | V V S Dhillon ਵੀ ਵੀ ਐਸ ਢਿੱਲੋਂ | Founder & Director - @WASALD_India , Director - @DSST_India | Sub-Surface Drainage | Agricultural Land Reclamation | Farmer Welfare | Concerned Indian | | 249 | 124 | Chandigarh, India |
9 | zakaria kadah | Programing at Ministry of Agriculture and Land Reclamation | 131 | 467 | El Qaliobia, Egypt |
Youtube Channels
| # | Name | Description | Reg Date | Views | Country |
|---|---|---|---|---|---|
1 | FLOATING EXCAVATOR is an Amphibious swamp Excavator that can travel and work safely on soft terrain such as swamp, wet land and shallow water. It can float in the water like a boat. Email: [email protected] , HP: 081241888131 INDUSTRY APPLICATIONS: • Land Clearing at Mining Area, Plantation and Forest. • Deepening of Canal, River and River Mouth to the Sea. • Building Bund for Piling, Flood Prevention and Land Reclamation. • Building Walls for Fish & Shrimp Ponds and Salt Making Ponds. • Cleaning of Lakes, Ponds and Water Reservoir. • Digging Trenches for Oil and Gas Piping Installation. • Clearing land at Road and Rail Track Construction. • Transporting and Clearing obstacles at Landslide and Flood hit area. • Water Irrigation at Paddy Field and Plantation. Contact person : HP: 081241888131 / 081241346651 Email : [email protected] Pin BB: 2B145C35 | Fri, 23 Sep 2011 | 2 406 932 | Indonesia | |
2 | Le Groupe UBP présent à l'Ile Maurice depuis 1953, est aujourd'hui le leader sur le marché de la fabrication des matériaux de construction. Progressivement, le Groupe UBP a étendu ses activités à travers la création de plusieurs filiales. Aujourd'hui, la UBP gère huit unités de production et de vente ainsi que deux dépôts situées dans différents endroits de l'île Maurice et des usines à l'étranger, notamment à Rodrigues, Madagascar et au Sri Lanka. La société comprend cinq compagnies subsidiaires - Espace Maison Ltée, Compagnie de Gros Cailloux Ltée, Land Reclamation Ltd, Welcome Industries Ltd (Société d'Investissement Rodriguais), UBP Madagascar et United Granite Product Ltd (UBP International Ltd), Ste Marie Crushing Plant Ltd et Dry Mixed Products Ltd -- et six compagnies associées, Sud Concassage, Terrarock Ltd, Pre-Mixed Concrete Ltd, Cement Transport Ltd, Compagnie Mauricienne d'Entreprise Ltée et Prochimad Mines et Carrières. | Mon, 10 Feb 2014 | 170 684 | ||
3 | This channel is a great resource for Ventrac owners and enthusiasts alike. You're here because you either love the equipment we have or you've heard of the awesome work that we do with it! We specialize in grading and leveling, brush cutting and land reclamation, Field and Meadow maintenance, Aeration and Seeding, among other specialized services. On this channel you'll find videos pertaining to these services and our unique capabilities that set us apart from everyone else. You also get a close look at the precision Ventrac machines that we use and how we perform much of our own maintenance on them. We would ABSOLUTELY LOVE it you would subscribe to our channel, making sure to hit that notifications button so you won't miss any new videos! Thanks so much! ***I receive no compensation from Ventrac. I simply show you my equipment up close for maintenance and in action getting real work done! | Wed, 18 Oct 2017 | 165 961 | United States | |
4 | ULTRATREX INDONESIA sell the Floating Excavator / Swamp Backhoe, is an Amphibious Excavator that can travel safely on soft terrain such as swamp, wet land and shallow water. It can float in the water like a boat. Email : [email protected]. INDUSTRY APPLICATIONS: • Land Clearing at Mining Area, Plantation and Forest. • Deepening of Canal, River and River Mouth to the Sea. • Building Bund for Piling, Flood Prevention and Land Reclamation. • Building Walls for Fish & Shrimp Ponds and Salt Making Ponds. • Cleaning of Lakes, Ponds and Water Reservoir. • Digging Trenches for Oil and Gas Piping Installation. • Clearing land at Road and Rail Track Construction. • Transporting and Clearing obstacles at Landslide and Flood hit area. • Water Irrigation at Paddy Field and Plantation. Contact person PT. ULTRATREX INDONESIA : HP / WA: 081241888131 / 081241346651 Email : [email protected] | Sat, 13 Oct 2012 | 92 878 | ||
5 | AMPHIBIOUS SWAMP EXCAVATOR is an Floating Excavator that can travel and work safely on soft terrain such as swamp, wet land and shallow water. It can float in the water like a boat. INDUSTRY APPLICATIONS: • Land Clearing at Mining Area, Plantation and Forest. • Deepening of Canal, River and River Mouth to the Sea. • Building Bund for Piling, Flood Prevention and Land Reclamation. • Building Walls for Fish & Shrimp Ponds and Salt Making Ponds. • Cleaning of Lakes, Ponds and Water Reservoir. • Digging Trenches for Oil and Gas Piping Installation. • Clearing land at Road and Rail Track Construction. • Transporting and Clearing obstacles at Landslide and Flood hit area. • Water Irrigation at Paddy Field and Plantation. Contact person : HP: 081241888131 / 081241346651 Email : [email protected] Pin BB: 2B145C35 | Wed, 9 Jul 2014 | 21 530 | ||
6 | Dai Prà Srl is a manufacturing company present in the market for over 40 years. Our best quality is the continuous change of information with the customer that helps us to create more specific and user friendly products,some examples of collaboration are: Minimix, Dinosauro, the reel for packers pipes and more recently a machine to unroll anchoring and ties cables. We are specialized in all the sector of the cement injection, particulary in medium and small diameters perforations, our machines are commonly used for: soil nails, land reclamation, geothermal application, wall injection/restructuration, consolidation injection through valved pipes, microjet, micropiles, piles, shotcrete, anchoring and ties. For more information and the catalogues of our products check www.daipra.it Check also our linkedIn page for news and update: www.linkedin.com/company/daiprasrl | Sun, 27 May 2012 | 19 642 | Italy | |
7 | Ching Construction Corporation was previously known as Mitch's Contracting and we are excited to bring their team of operators with us as we move forward in serving our community. We work closely with our sister company, TKC Trucking & Picker Service Ltd. and this allows us to offer competitive pricing and the ability to complete a wider range of projects! We supply a diverse range of services including excavation, earthwork, grading, land reclamation & demolition. We've loved every minute of our journey. When you need services in the West Central Saskatchewan region, our experienced personal will help you through all phases of your project. | Wed, 6 Oct 2021 | 111 | ||
8 | We improve lives by enhancing productivity and profitability of degraded arid lands, through land Reclamation, Income generating activities and dissemination of knowledge to the community. | Fri, 26 Mar 2021 | 102 |