{"id":30279,"date":"2023-07-14T13:19:58","date_gmt":"2023-07-14T11:19:58","guid":{"rendered":"https:\/\/www.maccaferri.com\/my\/?page_id=30279"},"modified":"2023-07-14T13:20:02","modified_gmt":"2023-07-14T11:20:02","slug":"success-stories","status":"publish","type":"page","link":"https:\/\/www.maccaferri.com\/my\/success-stories\/","title":{"rendered":"SUCCESS STORIES"},"content":{"rendered":"
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Success Stories<\/h1><\/div><\/div><\/div><\/div><\/div><\/div>
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\"44<\/a><\/div>
44 YEAR OLD GABION STRUCTURE<\/h6><\/a>As the cliff was above the normal high tide level, it was  considered sufficient to construct a stepped retaining wall   from mass<\/span>View <\/a>
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\"50<\/a><\/div>
50 YEAR OLD GABION STRUCTURE – RIVER HUMBER<\/h6><\/a>A \u2018half-tide\u2019 gabion wall, 2m high on an 18m wide gabion  apron (0.5m thick). The volume of protection was   approximately 13,<\/span>View <\/a>
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\"AGRIPORT,<\/a><\/div>
AGRIPORT, MAYDON WHARF<\/h6><\/a>A raft foundation of Paralink \u2122 basal reinforcement was found to be the most cost-effective solution for this problem. Piled foundations would have <\/span>View <\/a>
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\"AINLEY<\/a><\/div>
AINLEY INDUSTRIAL ESTATE DEVELOPMENT<\/h6><\/a>Maccaferri provided support to the project team and  proposed the MacWall Landmark segmental reinforced soil   wall system. M<\/span>View <\/a>
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\"ARTESANO<\/a><\/div>
ARTESANO GALLERIA<\/h6><\/a>The retaining walls were designed using a gravity gabion retaining system. The architectural boundary walls were defined with a maximum thickness of 5<\/span>View <\/a>
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\"ASTON<\/a><\/div>
ASTON HOTEL ANYER BREAKWATER STRUCTURE<\/h6><\/a>Breakwater is often constructed out of rocks or concrete, forming a wall or a submerged barrier parallel to the shore. Maccaferri Indonesia proposed t<\/span>View <\/a>
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\"ATI<\/a><\/div>
ATI PORT EXPANSION<\/h6><\/a>In order to address the challenge of improving the port expansion grounds at the Manila South Harbor, Asian Terminals Inc. (ATI) is implementing a cos<\/span>View <\/a>
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\"AVALANCHE<\/a><\/div>
AVALANCHE MITIGATION FOR MSP 11 NEAR ROHTANG TUNNEL<\/h6><\/a>Based on the prevailing difficult site conditions and short construction window available, flexible snow barriers comprising of snow umbrella (Snow Er<\/span>View <\/a>
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\"AVALANCHE<\/a><\/div>
AVALANCHE MITIGATION FOR MSP 12 (L) NEAR ROHTANG TUNNEL<\/h6><\/a>Based on the prevailing difficult site conditions and short construction window available, flexible snow barriers comprising of snow umbrella (Snow Er<\/span>View <\/a>
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\"AZUDES<\/a><\/div>
AZUDES SITIO RAMSAR R\u00cdO DESAGUADERO<\/h6><\/a>To date, two of the six planned weirs have been constructed. For the construction of the curtain, approach works and the dissipation basin, gabion box<\/span>View <\/a>
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\"BAFOKENG<\/a><\/div>
BAFOKENG CIVIC CENTRE MACWALL<\/h6><\/a>In keeping with their tradition of providing innovative, engineered solutions, Maccaferri Africa\/African Gabions proposed the use of the MacWall Compa<\/span>View <\/a>
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\"BALESIN<\/a><\/div>
BALESIN ISLAND CLUB RUNWAY<\/h6><\/a>Considering the challenges, Maccaferri engineers coordinated with the Project Consultant (TCGI Engineers) in coming up with an alternative solution. T<\/span>View <\/a>
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\"BARRAGEM<\/a><\/div>
BARRAGEM CAMPEIRA – CRISTAL\u00c2NDIA<\/h6><\/a>After complex hydrological studies, the dam was resized. The width of the spillway was increased to 125 metres and it was lined with PoliMac\u00ae gabions<\/span>View <\/a>
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\"BAY<\/a><\/div>
BAY BRIDGE, CALIFORNIA, 112-FOOT-TALL VEGETATED RSS<\/h6><\/a>Caltrans designed a 112-foot-high reinforced soil slope, sitting on top of a 21-foot-high Terramesh\u00ae system mechanically stabilized earth (MSE) wall <\/span>View <\/a>
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\"BE-ANTWERP<\/a><\/div>
BE-ANTWERP MALINAS<\/h6><\/a>The construction company firstly layed the ParaLink 950 rolls as indicated by Maccaferri\u00b4s technicians to create a stable foundation for the planned <\/span>View <\/a>
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\"BE-MECHELEN<\/a><\/div>
BE-MECHELEN R6<\/h6><\/a>The design of the reinforced soil structure has been carried out following the Eurocode 7 in combination with the CUR normative (Netherlands). Since t<\/span>View <\/a>
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\"BEAVERNETTING<\/a><\/div>
BEAVERNETTING EVERTSOORD<\/h6><\/a>The company Texion Geosynthetics NV, partner of Maccaferri for the BeNeLux market, provided full assistance, proposing a solution with the so-called b<\/span>View <\/a>
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\"BELFAST<\/a><\/div>
BELFAST HARBOUR<\/h6><\/a>The works included dregging of the new berth and  approaches. This involved the disposal of 500,000m3 of   material to sea with tr<\/span>View <\/a>
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\"BIFURCATION<\/a><\/div>
BIFURCATION A10\/171 ORLEANS<\/h6><\/a>The reinforced embankments made by Maccaferri formed the return walls of the C1 and C3 abutments of the PSI986 structure. This viaduct connects the A7<\/span>View <\/a>
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\"BOB<\/a><\/div>
BOB 230KV SWITCHYARD<\/h6><\/a>Maccaferri worked in coordination with Power Engineers to develop a proposal that included drawings, calculations and specifications for the channel a<\/span>View <\/a>
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\"BONHILL,<\/a><\/div>
BONHILL, STIRLING ROAD<\/h6><\/a>Maccaferri was approached by Barratt Homes to come up  with a suitable solution for the posed site problems. It was   agreed that <\/span>View <\/a>
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\"BORDERS<\/a><\/div>
BORDERS RAIL<\/h6><\/a>Maccaferri's gabions were used to support widened cuttings  extensively along the 35-mile route which connects   Edinburgh to <\/span>View <\/a>
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\"BRIDGE<\/a><\/div>
BRIDGE ABUTMENT AT HULU SELANGOR, MALAYSIA<\/h6><\/a>Apart from its fast-paced installation and construction, Terramesh was chosen because of considerable savings in the overall cost. The Terramesh boost<\/span>View <\/a>
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\"BROOMLANDS<\/a><\/div>
BROOMLANDS PRIMARY SCHOOL<\/h6><\/a>Once the overall design had been agreed, Maccaferri was engaged to design, supply and install 8 free standing gabion walls which totalled 78.8m in len<\/span>View <\/a>
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\"BRUG<\/a><\/div>
BRUG VAN DEN AZIJN<\/h6><\/a>Two 300 m long reinforced soil ramps up to 10.5 m high were designed by Maccaferri. The system chosen is called MacRes and it is comprised of concrete<\/span>View <\/a>
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\"BUILDING<\/a><\/div>
BUILDING OF THE HEAD OFFICE- GROUPE CHARIER<\/h6><\/a>As part of this project, the company France MACCAFERRI created a facade cladding and a set of free walls in electro-welded gabions. The gabion claddin<\/span>View <\/a>
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\"CANTERA<\/a><\/div>
CANTERA ZIORDIA<\/h6><\/a>To secure the area, two types of actions were carried out: 1. An active solution to prevent the larger blocks from being mobilised. This system consis<\/span>View <\/a>
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\"CATO<\/a><\/div>
CATO MANOR PIPELINE & ROAD PROTECTION<\/h6><\/a>Maccaferri Africa \/African Gabions was asked to propose a structure that would retain the affected road embankment. The proposed structure was a combi<\/span>View <\/a>
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\"CHANNEL<\/a><\/div>
CHANNEL PROTECTION AT GEBENG, KUANTAN, PAHANG<\/h6><\/a>One of the proposals for the drainage system was to use Reno Mattress lined with MacTex Geotextiles to act as filter and to prevent fine soil from was<\/span>View <\/a>
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\"CHARLEROI<\/a><\/div>
CHARLEROI HOSPITAL<\/h6><\/a>The construction company firstly laid the MacDrain W 1051rolls as indicated by Maccaferri\u00b4s technicians to create a drainage layer. After the install<\/span>View <\/a>
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\"CHOI<\/a><\/div>
CHOI YING ESTATE DEVELOPMENT<\/h6><\/a>Maccaferri Gabions are cages which are engineered from double twisted hexagonal woven steel wire mesh. Delivered flat-packed, our gabions are assemble<\/span>View <\/a>
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\"CLIPPER<\/a><\/div>
CLIPPER WASH BANK PROTECTION<\/h6><\/a>A gabion groyne system was selected to protect the bank from erosion and restore the limits of the bank to its original position. Groynes are finger-l<\/span>View <\/a>
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\"CLOSE<\/a><\/div>
CLOSE ROAD – RIO RUIDOSO CROSSING STRUCTURE<\/h6><\/a>The proposed channel is approximately 28 feet wide and 6  feet tall. The proposed channel sidewalls will be stabilized   with gabi<\/span>View <\/a>
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\"COASTAL<\/a><\/div>
COASTAL PROTECTION WORKS USING GEOTEXTILE TUBES IN KOCHI (PETRONET)<\/h6><\/a>Existing rubble mound breakwater was planned to be extended towards sea by about 500m using geotextile tubes (MacTube). The purpose was to reduce the <\/span>View <\/a>
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\"COBHAM<\/a><\/div>
COBHAM SERVICES HGV PARKING AREA EXPANSION<\/h6><\/a>The proposal was to increase the HVG parking numbers by  79 new spaces, to the west of the petrol filling station. The   proposal <\/span>View <\/a>
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\"COLLEY<\/a><\/div>
COLLEY LANE SOUTHERN ACCESS ROAD<\/h6><\/a>The ParaLink LTPs will transfer loads of the mechanically  stabilised earth walls into the pile foundations beneath. The maximum height<\/span>View <\/a>
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\"CONSTRUCTION<\/a><\/div>
CONSTRUCTION DE LA ROUTE DE LA CORNICHE DE BRAZZAVILLE<\/h6><\/a>The Paraweb\u00ae MD45 geoband reinforcements were used and perfectly adapted to the intermediate material embankments (Type 3 according to NF EN 14475). <\/span>View <\/a>
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\"\u00c7\u00d6PLER<\/a><\/div>
\u00c7\u00d6PLER GOLD MINE ROCK FALL PROJECT<\/h6><\/a>In accordance with the urgency of the situation, the size of the potentially dangerous rocks on the slope and in line with the technical and economic <\/span>View <\/a>
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\"DANFOSS<\/a><\/div>
DANFOSS FACTORY<\/h6><\/a>Maccaferri were approached by Quattro Consult Limited in  July 2021 to propose a suitable high strength geogrid for use   as a bas<\/span>View <\/a>
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\"DEADMAN<\/a><\/div>
DEADMAN WASH, TSMC CHANNEL INFRASTRUCTURE<\/h6><\/a>Maccaferri worked with Wood Patel Engineering to design a hydraulic solution for the microprocessor manufacturer TSMC. To reduce the soil erosion alon<\/span>View <\/a>
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\"DEBRIS<\/a><\/div>
DEBRIS FLOW BARRIER AT GUA MUSANG, KELANTAN. MALAYSIA<\/h6><\/a>Maccaferri had proposed flexible debris flow barriers with energy capacity of 3,000kJ to be constructed at 3 locations along the flow path. At the fin<\/span>View <\/a>
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\"DEBRIS<\/a><\/div>
DEBRIS FLOW PROTECTION LERINI STREAM<\/h6><\/a>After a fierce challenge against the competitor, Maccaferri Balkans won this project thanks to a mix of high performing technical solutions, cost effe<\/span>View <\/a>
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\"DIDIPIO<\/a><\/div>
DIDIPIO MINE ACCESS ROAD<\/h6><\/a>The solution proposed by Maccaferri, through its recommended contractor, Infratex Philippines Inc. (IPI), was approved by the customer. The slope<\/span>View <\/a>
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\"DILMUNIA<\/a><\/div>
DILMUNIA GRAND CANAL & MARINA (DGCM)<\/h6><\/a>The construction of the Dilmunia canal is the object of an international Tender. The tender design for the waterproofing works has been developed by t<\/span>View <\/a>
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\"EMBANKMENT<\/a><\/div>
EMBANKMENT REINFORCEMENT AT BENTONG, PAHANG, MALAYSIA<\/h6><\/a>They had two options to decide upon; to build a bridge across or to rejoin the road and use the Terramesh System to reinforce the embankment of the ro<\/span>View <\/a>
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\"EMBANKMENT<\/a><\/div>
EMBANKMENT REINFORCEMENT AT PAHANG KARAK, KUALA LUMPUR<\/h6><\/a>The height of the Terramesh wall is 6m and the panel length is 5m. Geotextiles were placed at the back face to prevent any washing through of the sele<\/span>View <\/a>
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\"EROSION<\/a><\/div>
EROSION CONTROL AT CISUMDAWU TOLL ROAD-PHASE II-TUNNEL AREA<\/h6><\/a>The inclination of the slopes is 45\u00b0 degree (V:H = 1:1), referring to Public Works Ministry Specification \u201cSpesifikasi Khusus Interim SKh-1.3.17 Pe<\/span>View <\/a>
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\"EROSION<\/a><\/div>
EROSION CONTROL AT JALAN KEPELU, KEDAH, MALAYSIA<\/h6><\/a>The pH scaled of the soil on site not suitable for many types of vegetation to grow. Maccaferri used the MacWeb 100 which is a versatile cellular co<\/span>View <\/a>
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\"EROSION<\/a><\/div>
EROSION CONTROL MEASURES ALONG GANDAK RIVER BANK, BIHAR<\/h6><\/a>Maccaferri has proposed the erosion control system consisting of rolled erosion control products (RECP)-MacMat R (Steel reinforced synthetic geomat) a<\/span>View <\/a>
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\"EROSION<\/a><\/div>
EROSION CONTROL MEASURES ON RAILWAY EMBANKMENT, RAJASTHAN<\/h6><\/a>To prevent the soil erosion on the embankment slopes, Maccaferri offered different solutions based on the slope height to be protected against erosion<\/span>View <\/a>
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\"EROSION<\/a><\/div>
EROSION CONTROL RIVER BANK PROTECTION AT KELAU DAM, PAHANG<\/h6><\/a>The Kelau Dam is one of the major components of the project and it is located directly in the catchment and pond area. Gabions are required to be plac<\/span>View <\/a>
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\"EXPO<\/a><\/div>
EXPO HOUSE AT DOHA EXPO 2023<\/h6><\/a>Maccaferri was chosen as the technology provider for the GREEN COVER SYSTEM; thanks to the wide range of geosynthetic products in our portfolio that c<\/span>View <\/a>
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\"EXTENSION<\/a><\/div>
EXTENSION OF THE CHANTERAINES PARK<\/h6><\/a>The Conseil G\u00e9n\u00e9ral 92 chose double-twist gabion cages because they allow the filling materials to show through easily. The infill stone chosen come<\/span>View <\/a>
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\"FESTIVAL<\/a><\/div>
FESTIVAL SUPERMALL MOUND PROMONTORY<\/h6><\/a>After several discussions with FLI engineers, Maccaferri\u2019s robust erosion protection geoblanket (MacMat R) has been approved for the project. Due<\/span>View <\/a>
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\"FLOOD<\/a><\/div>
FLOOD EMERGENCY RESPONSE PROJECT<\/h6><\/a>In May 2019, before the flood reached its peak, the city was able to create flood control barriers using FlexMac DT in multiple strategic locations to<\/span>View <\/a>
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\"FOYLE<\/a><\/div>
FOYLE COLLEGE AND EBRINGTON PRIMARY SCHOOL AND NURSEY<\/h6><\/a>Maccaferri proposed the use of the MacWall Vertica 4\u00b0  Segmental Block Retaining Wall System. The 4\u00b0 batter of   this system cre<\/span>View <\/a>
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\"FV17<\/a><\/div>
FV17 LIAFJELLET-OLVIKVATNET<\/h6><\/a>Maccaferri, in cooperation with its local partner PRETEC AS, proposed an optimized solution to the contractor and the investor, aimed at enhancing the<\/span>View <\/a>
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\"GABION<\/a><\/div>
GABION WALLS FOR SAHARA AAMBY VALLEY CITY<\/h6><\/a>A series of self-draining, flexible, eco-friendly Gabion walls have been provided in Sahara Lake City along external\/internal roads, mini club area, c<\/span>View <\/a>
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\"GROUND<\/a><\/div>
GROUND IMPROVEMENT WORKS JKR HQ, ALOR SETAR, KEDAH<\/h6><\/a>Maccaferri have supplied an extensive amount of geotextiles for this project in which it covers a total of 73,000 metre square of area. Due to soft s<\/span>View <\/a>
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\"HAROLD<\/a><\/div>
HAROLD COURT EAST REGIONAL SERVICE CENTER<\/h6><\/a>The project was initially designed as a series of 9 ft. tall gravity retaining walls along the steep slope with 10 ft. terraces in between. The challe<\/span>View <\/a>
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\"HASANKEYF<\/a><\/div>
HASANKEYF ARCHEOPARK PROJECT<\/h6><\/a>The retaining walls, which will reach a height of 27 meters within the scope of the Hasankeyf archeopark project, has been designed with Terramesh Sys<\/span>View <\/a>
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\"HELMHOLTZ-ZENTRUM<\/a><\/div>
HELMHOLTZ-ZENTRUM BERLIN ADLERSHOF<\/h6><\/a>The company Secon Systems GmbH, partner of Maccaferri for the German market, provided full assistance, proposing a solution with the so-called beaver-<\/span>View <\/a>
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\"HILL<\/a><\/div>
HILL SLOPE REINFORCEMENT AT KUALA KRAI, KELANTAN, MALAYSIA<\/h6><\/a>Since Terramesh is a permeable retaining wall, water can be drained out freely from the soil retained. Hence, the problem of pore-water pressure build<\/span>View <\/a>
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\"HUHUGAM<\/a><\/div>
HUHUGAM HERITAGE CENTER<\/h6><\/a>The aesthetics of gabions were desirable, yet a traditional gabion retaining structure would be very expensive. Therefore Maccaferri suggested the use<\/span>View <\/a>
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\"KILDARE<\/a><\/div>
KILDARE ROUTE: IRELANDS TRANSPORT 21 SCHEME<\/h6><\/a>Byrne Looby and Partners were engaged by main contractor Siac Ltd, to value engineer the originally designed proposals as detailed on the project draw<\/span>View <\/a>
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\"KOSOVO<\/a><\/div>
KOSOVO MOTORWAY PROJECT<\/h6><\/a>Mainly, seven Paramesh system walls have been built: WL 015, WL 024, WL 060, WR 131, WR 134, WR 139, WR 406. The main products used are Terramesh Syst<\/span>View <\/a>
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\"KURINGEN<\/a><\/div>
KURINGEN BRIDGE 19<\/h6><\/a>The new bridge in Kuringen is built according to the principle of generic bridges used at various locations along the Albert Canal. The bridge has bee<\/span>View <\/a>
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\"LADNFILL<\/a><\/div>
LADNFILL UPGRADING WORKS AT KAMPUNG SUNGAI IKAN<\/h6><\/a>Maccaferri gabions have been used as a flexible embankment to raise the retaining wall in order to have a deeper containment and capacity for the pond<\/span>View <\/a>
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\"L\u00d6TZGALERIE\"<\/a><\/div>
L\u00d6TZGALERIE<\/h6><\/a>The client chose the most economical system. The Maccaferri RB 3000 safety net with an energy of 3000 kJ and a height of 5 m. It was a great challenge<\/span>View <\/a>
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\"LU-A13<\/a><\/div>
LU-A13 DUDELANGE-BURANGE<\/h6><\/a>The loads applied varied from 26 kN\/sqm up to 44 kN\/m2 in correspondence of the traffic lanes and 5 kN\/sqm for the pedestrian and bicycle path. 4,000<\/span>View <\/a>
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\"M606<\/a><\/div>
M606 MOTORWAY \/ M62 JUNCTION<\/h6><\/a>Maccaferri\u2019s double twist woven gabions have been used to  create an approximately 450m, the combined length of road[1]side retaining wall<\/span>View <\/a>
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\"MALINAO-GENERAL<\/a><\/div>
MALINAO-GENERAL LUNA ROAD SIARGAO ROCKFALL PROTECTION<\/h6><\/a>Constructing a slope protection system along these road sections will promote the road's resiliency and is geared to improve the life and well-bei<\/span>View <\/a>
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\"MANILA-CAVITE<\/a><\/div>
MANILA-CAVITE EXPRESSWAY<\/h6><\/a>Considering the size of the rock armors (minimum 0.5 meter in diameter), as well as the particle size of sand deposits and the drop height of rocks du<\/span>View <\/a>
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\"Marginal<\/a><\/div>
Marginal Protection for the Tonameca River<\/h6><\/a>Emergency actions such as dredging and the establishment of temporary embankments were implemented. Subsequently, hydrological and topographic studies<\/span>View <\/a>
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\"MEERHOUT<\/a><\/div>
MEERHOUT BRIDGE 34<\/h6><\/a>The design of the reinforced soil structure has been carried out following the Eurocode 7 in combination with the Belgian Annex. The possibility to mo<\/span>View <\/a>
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\"MICOROSA<\/a><\/div>
MICOROSA ENVIRONMENTAL REMEDIATION PROJECT<\/h6><\/a>The comprehensive solution involved Maccaferri's expertise and a strategic selection of materials to optimize the environmental remediation proces<\/span>View <\/a>
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<\/div><\/a><\/div>
MINE D\u2019OR DU TASIAST MASSIF DE L\u2019ADRAR<\/h6><\/a>The Terramesh\u00ae system is a system that combines a gabion facing with a continuous wire mesh reinforcement of the facing. The gabion part ensures a ne<\/span>View <\/a>
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\"MITIGATION<\/a><\/div>
MITIGATION MEAURES NEAR PANGI BRIGDE APPROACH, HIMACHAL PRADESH<\/h6><\/a>The solutions for critical stretches with the potential risk of rockfall and surficial instability were identified and adopted. Considering the proble<\/span>View <\/a>
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\"MITIGATION<\/a><\/div>
MITIGATION OF LANDSLIDE ZONE AT NH-58, LAMBAGARH<\/h6><\/a>Maccaferri worked in a JV to implement slope stabilization solutions for landslide zone between Km 504.00 to Km 505.00 on NH-58. It included shifting <\/span>View <\/a>
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\"MIXED<\/a><\/div>
MIXED RSS FOR THE RRESHEN-KALIMASH HIGHWAY<\/h6><\/a>Bechtel-Enka brought in geotechnical specialists, Officine Maccaferri in a partnership arrangement to provide engineering design solutions for the wal<\/span>View <\/a>
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\"MURO<\/a><\/div>
MURO DE CONTEN\u00c7\u00c3O E ESCADA HIDR\u00c1ULICA EM GABI\u00d5ES<\/h6><\/a>The technical studies carried out indicated that the best solution to the problem presented, among others found on the market, would be two gabion ret<\/span>View <\/a>
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\"MURO<\/a><\/div>
MURO DE CONTENCION CARR. ACAYUCAN – LA VENTOSA<\/h6><\/a>The constructor together with the external supervision and the SICT residence analysed different alternatives for the required retaining works, and th<\/span>View <\/a>
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\"Museum<\/a><\/div>
Museum of the Future – GREEN COVERAGE AND DRAINAGE SYSTEM<\/h6><\/a>Maccaferri was chosen as the technology provider for the GREEN COVER SYSTEM; thanks to the wide range of products in our portfolio that can achieve th<\/span>View <\/a>
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\"Natural<\/a><\/div>
Natural Hazard Mitigation in the Alps<\/h6><\/a>In the present intervention, rockfall barriers RB 2000 with an interception height of 4.0 m were installed in order to protect the road infrastructure<\/span>View <\/a>
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\"NEW<\/a><\/div>
NEW AIRPORT IN MOUNTAINOUS REGION<\/h6><\/a>The cut-and-fill operations would enable the insertion of the 2,800m runway and airport buildings. To stabilise and reinforce the \u2018fill\u2019 (valley) <\/span>View <\/a>
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\"NEW<\/a><\/div>
NEW SHARJAH-KHORFAKKAN ROAD<\/h6><\/a>From the previous successful experience of Terramesh system walls, the consultant approached Maccaferri Middle East to propose Terramesh MSE walls as <\/span>View <\/a>
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\"NL<\/a><\/div>
NL BERGEN<\/h6><\/a>The anti-erosion mat MacMat R020 is reinforced by a polyester geogrid with a tensile strength of 20 kN\/m. The MacMat R020 was secured to the slope wit<\/span>View <\/a>
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\"NORTH<\/a><\/div>
NORTH WALES COASTROAD (A55)<\/h6><\/a>Where the alluvial clay was at its shallowest, after having  removed the refuse, a separator geotextile was placed to   provide a <\/span>View <\/a>
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\"NTPC<\/a><\/div>
NTPC SIDING-GADARWARA PROJECT\u2013 BLANKET THICKNESS REDUCTION<\/h6><\/a>Use of geosynthetics solution improves the performance of formation layer, which plays an important role for good performance of track. Also, it helps<\/span>View <\/a>
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\"OOSTERWEEL<\/a><\/div>
OOSTERWEEL VERBINDING -LINKEROEVER, BFL03<\/h6><\/a>Maccaferri\u00b4s Corporate Technical Department has supported and is still supporting the main designers step by step from the first preliminary Global a<\/span>View <\/a>
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\"OOSTERWEEL<\/a><\/div>
OOSTERWEEL VERBINDING -LINKEROEVER, BFL03<\/h6><\/a>Maccaferri\u00b4s Corporate Technical Department has supported and is still supporting the main designers step by step from the first preliminary Global a<\/span>View <\/a>
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\"OOSTERWEEL<\/a><\/div>
OOSTERWEEL VERBINDING -LINKEROEVER, G17<\/h6><\/a>Maccaferri\u00b4s Corporate Technical Department has supported and is still supporting the main designers step by step from the first preliminary Global a<\/span>View <\/a>
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\"OOSTERWEEL<\/a><\/div>
OOSTERWEEL VERBINDING -LINKEROEVER, K02B+G01<\/h6><\/a>Maccaferri\u00b4s Corporate Technical Department has supported and is still supporting the main designers step by step from the first preliminary Global a<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"OOSTERWEEL<\/a><\/div>
OOSTERWEEL VERBINDING -LINKEROEVER, K13+G16<\/h6><\/a>Maccaferri\u00b4s Corporate Technical Department has supported and is still supporting the main designers step by step from the first preliminary Global a<\/span>View <\/a>
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\"PASSAGEM<\/a><\/div>
PASSAGEM INFERIOR DA RODOVIA BR-101 EM ESCADA<\/h6><\/a>A containment and verticalization project for the meeting embankment was implemented using the reinforced soil system with the Terramesh System wall. <\/span>View <\/a>
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\"PEACE<\/a><\/div>
PEACE BRIDGE<\/h6><\/a>A 40m long,8m high Green Terramesh\u00ae reinforced soil abutment wall to surround and support the high-level bridge bank seat and integrate seamlessly wi<\/span>View <\/a>
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\"Perilago<\/a><\/div>
Perilago Path \u2013 Reconstruction of Route 82<\/h6><\/a>The most adequate solution for the needs of the work was the reinforced soil. The structure was designed with TerraMesh\u2122 System, the built wall has <\/span>View <\/a>
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\"PODLJUBELJ<\/a><\/div>
PODLJUBELJ ROCKFALL PROTECTION<\/h6><\/a>MACCAFERRI engineers inspected the site just after the rockfall event to assess and evaluate the scale of the problem and the boundary conditions. MA<\/span>View <\/a>
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\"PRESA<\/a><\/div>
PRESA FRANCISCO ABELL\u00c1N<\/h6><\/a>To protect users and maintenance personnel from possible landslides, a specific solution has been chosen for each situation.To ensure the stability of<\/span>View <\/a>
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\"PRESTONS<\/a><\/div>
PRESTONS ROAD FLYOVER<\/h6><\/a>The avoidance of surcharge on the tunnel and the potential  for differential movement were resolved by supporting the   approach r<\/span>View <\/a>
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\"PROTE\u00c7\u00c3O<\/a><\/div>
PROTE\u00c7\u00c3O COSTEIRA COM GABI\u00d5ES<\/h6><\/a>To protect and control erosion, PoliMac\u2122 box-type gabion containment was used, together with a PoliMac\u2122 Reno\u00ae mattress, used at the pipe outlets,<\/span>View <\/a>
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\"PROTECTION<\/a><\/div>
PROTECTION OF PROMENADE DES ANGLAIS IN NICE<\/h6><\/a>The Nice-C\u00f4te-d\u2019Azur municipality decided to install an anti-incursion barrier on the Promenade des Anglais to guarantee the safety of pedestrians.<\/span>View <\/a>
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\"RABAB<\/a><\/div>
RABAB HARWEEL INTEGRATED PROJECT – PDO<\/h6><\/a>Understanding the concerns in all aspects, Maccaferri proposed ground stabilization with multiple layers of bi-axial extruded polypropylene geogrid be<\/span>View <\/a>
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\"RAILWAY<\/a><\/div>
RAILWAY EMBANKMENT BURROWING PREVENTION<\/h6><\/a>Maccaferri\u2019s Anti-Burrowing Mesh has been proven to be a  strong rodent deterrent. Unlike any plastic grids or thin   rabbit net<\/span>View <\/a>
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\"Reconstruction<\/a><\/div>
Reconstruction works on Avraire Road – Saint-Dalmas-de-Tende, 06<\/h6><\/a>As part of the geotechnical study, Maccaferri provided technical support to the design office, particularly for the design of retaining structures, ro<\/span>View <\/a>
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\"REDROW<\/a><\/div>
REDROW HOMES DEVELOPMENT<\/h6><\/a>The excavated chalk was originally scheduled for landscaping and offsite disposal. However, contractor GDL, their designers GES and Maccaferri determi<\/span>View <\/a>
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\"Rehabilitation<\/a><\/div>
Rehabilitation due to Undermining in Villalobos<\/h6><\/a>An environmentally sustainable engineering solution will be implemented. Technologies such as Terramesh System and Macgrid WG will be used to stabiliz<\/span>View <\/a>
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\"Reinforced<\/a><\/div>
Reinforced Soil Retaining Structure and Slope Reinforcement<\/h6><\/a>The client required a solution that met technical, architectural, and environmental requirements, incorporating a green face to transform the retainin<\/span>View <\/a>
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\"REINFORCED<\/a><\/div>
REINFORCED SOIL SLOPE AT MARAN, PAHANG, MALAYSIA<\/h6><\/a>Green Terramesh had been chosen by the consultant due to its suitability to site condition and its greenery fascia which blend it very well with the e<\/span>View <\/a>
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\"REINFORCED<\/a><\/div>
REINFORCED SOIL WALL AT ABUTMENT OF BRIDGE- 43 IN REASI, J&K<\/h6><\/a>Based on the site conditions and specific requirements of the client, Terramesh units made of gabion fascia along with an integrated tail as reinforce<\/span>View <\/a>
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\"Reinforced<\/a><\/div>
Reinforced Soil Walls and Slope Reinforcement in HUARAZ – ANCASH – Per\u00fa<\/h6><\/a>The major challenge was to propose a reinforced soil wall with a considerable height of 19 meters using the technical-economic competitiveness of the <\/span>View <\/a>
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\"REPAIR<\/a><\/div>
REPAIR AND IMPROVEMENT OF OUELLETTE DRAIN WEST OUTLET<\/h6><\/a>RC Spencer Associates Inc., a reputable engineering firm in  the Windsor area, was tasked by the Town of Amherstburg   to devise a<\/span>View <\/a>
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\"RESTORATION<\/a><\/div>
RESTORATION OF THE ROAD LINK RR 128 AIN OCTOR – KORBOUS<\/h6><\/a>The acrobatic works company, Hydrokarst, based in France, solicited Maccaferri to propose solutions for protection against rockfalls. Several types of<\/span>View <\/a>
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\"RETAINING<\/a><\/div>
RETAINING WALL AT SETIA ALAM, SELANGOR<\/h6><\/a>As a result, Terramesh and Green Terramesh are being selected for this project as the suitable soil can be use as the backfill. This reduces the amoun<\/span>View <\/a>
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\"RETAINING<\/a><\/div>
RETAINING WALL AT SRI SENDAYAN BANDAR ENSTEK, NEGERI SEMBILAN, MY<\/h6><\/a>Maccaferri had supplied a total of 3000 metre square area of material for this project and it took approximately 1 year to construct the retaining <\/span>View <\/a>
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\"RETENTION<\/a><\/div>
RETENTION WORKS FOR YADAGIRI GUTTA TEMPLE AREA<\/h6><\/a>The site of the presidential suite building area is on hilly terrain and the foundation strata is completely rock. The height of the retention is vary<\/span>View <\/a>
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\"RINGFIETSPAD<\/a><\/div>
RINGFIETSPAD ANTWERP<\/h6><\/a>Mainly, four different types of facing inclinations have been used for this project: 27\u00b0, 34\u00b0, 45\u00b0 and 60\u00b0 The main product used is Terramesh Gree<\/span>View <\/a>
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\"RIVER<\/a><\/div>
RIVER CHANEL LINING HYDRAULICS AT KUALA KUBU BHARU, SELANGOR<\/h6><\/a>The work where Maccaferri\u2019s Reno Mattress and Gabions were used was under Stage 1, which partly consists of the realigned river canalisation works l<\/span>View <\/a>
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\"RIVERBANK<\/a><\/div>
RIVERBANK PROTECTION AT SUNGAI GOLOK, RANTAU PANJANG, KELANTAN<\/h6><\/a>The Jabatan Pengairan dan Saliran (JPS) of Kelantan used Reno Mattress to protect the newly built river bank from scouring and erosion instigated by t<\/span>View <\/a>
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\"RIVERBANK<\/a><\/div>
RIVERBANK PROTECTION AT SUNGAI MUDA, KUALA KETIL , KEDAH<\/h6><\/a>Reno Mattress was chosen due to its flexibility and ease of construction. It is used mainly to prevent the erosion of the riverbank and to improve the<\/span>View <\/a>
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\"RIVERBANK<\/a><\/div>
RIVERBANK PROTECTION AT SUNGAI PAKA, TERENGGANU<\/h6><\/a>The function of the Reno Mattresses were to channel the massive water flow to the Paka River and at the same time, improve and protect the stability o<\/span>View <\/a>
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\"ROAD<\/a><\/div>
ROAD EMBANKMENT REINSTATEMENT<\/h6><\/a>After evaluating the total cost of construction and the work program to reinstate the slope using Terramesh against other systems. Terramesh was adopt<\/span>View <\/a>
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\"ROAD<\/a><\/div>
ROAD EMBANKMENT STABILIZATION<\/h6><\/a>The initial proposal was an 8m high Maccaferri Gabions wall to reinstate the slope. Nonetheless, Maccaferri took the initiative to propose Terramesh M<\/span>View <\/a>
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\"Road<\/a><\/div>
Road stabilization in Totonicanap\u00e1<\/h6><\/a>The use of mono-oriented MacGrid WG geogrids integrated into the Terramesh system offers a superior technical solution for the containment project in <\/span>View <\/a>
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\"ROAD<\/a><\/div>
ROAD UPGRADE AT JALAN TANGKAK, MUAR, JOHOR, \u00a0MALAYSIA<\/h6><\/a>Maccaferri have supplied a total of RM 500,000.00 worth of MacTex non-woven and high strength woven geotextiles as a solution to improve the soil st<\/span>View <\/a>
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\"ROADWORKS<\/a><\/div>
ROADWORKS UPGRADE AT JALAN HAJI MANANG, KLUANG, JOHOR<\/h6><\/a>Maccaferri have provided site supervision for this project in which it covers a total of 2,500 metre square of area of PVC Coated Gabions and Geotex<\/span>View <\/a>
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\"ROB<\/a><\/div>
ROB FOR CONNECTIVITY BETWEEN MUNDRA AND NH 8A<\/h6><\/a>The stone column technique, also known as vibro-replacement or vibro-displacement, is a ground improvement process where vertical columns of compacted<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL BARRIER AT BUKIT JAMBUL, PENANG<\/h6><\/a>Maccaferri have supplied our Rockfall Barrier RB 750 to be installed along the rock slope area. A total of 90 metres in length and 3.5 metres in heigh<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL MITIGATION MEASURES AT SAPTSHRUNGI GAD, NASHIK<\/h6><\/a>The rockfall mitigation measures constituted of secured drapery system with Steelgrid MO and High Energy Absorption (HEA) panels and surface anchoring<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL MITIGATION AT TAMAN BUKIT CHERAS, KUALA LUMPUR<\/h6><\/a>Maccaferri supplied an estimated of 2,400 metre square of Steelgrid HR 100 to address the failure of the rock slope. The SGHR system is an engineere<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL MITIGATION AT TANJUNG BUNGAH , PULAU PINANG, MALAYSIA<\/h6><\/a>Maccaferri supplied and aided by providing on site supervision on the installation of the High Energy Absorption (HEA) Panel on the necessity locati<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL PROTECTION AT CHANGKAT JERING, PERAK, MALAYSIA<\/h6><\/a>About 25m\u00b3 of granite came falling down but was stopped from tubling onto the highway by steel safety netting covering the rock face. The rocks fell <\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL PROTECTION AT GOODVIEW HEIGHTS TOWNSHIP, SG LONG, SEL<\/h6><\/a>Maccaferri Galfan Steelgrid\u2122 G8\/3.0 was laid on top of the rock slope, with rock bolts anchoring at every 3m spacing. This acted to strengthen and<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL PROTECTION AT GOODVIEW HEIGHTSMSG LONG<\/h6><\/a>Maccaferri Galfan Steelgrid\u2122 G8\/3.0 was laid on top of the rock slope, with rock bolts anchoring at every 3m spacing. This acted to strengthen and p<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL PROTECTION AT NORTH SOUTH EXPRESSWAY, IPOH, PERAK<\/h6><\/a>Maccaferri\u2019s Rockfall Protection System – HEA (High Energy Absorption) netting is manufactured from high tensile steel ropes with high resistance wi<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL PROTECTION AT SIMPANG PULAI, PERAK, MALAYSIA<\/h6><\/a>Based on the rockfall trajectory analysis, the design energy level required is 2000 kJ. Flexible barrier with post height of 4m in installed over 500m<\/span>View <\/a>
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\"ROCKFALL<\/a><\/div>
ROCKFALL PROTECTION AT ST REGIS, LANGKAWI, KEDAH<\/h6><\/a>After thorough investigations, we have concluded that the High Resistance Rockfall Barrier system, CTR 02\/09B 250KJ is the solution to the matter. Thi<\/span>View <\/a>
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\"ROMBLON<\/a><\/div>
ROMBLON DEO TABLAS CIRCUMFERENTIAL ROAD<\/h6><\/a>The road is the main thoroughfare of the Tablas Island. In order to protect the road and ensure serviceability after a typhoon, Maccaferri proposed th<\/span>View <\/a>
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\"SAFETY<\/a><\/div>
SAFETY WORKS ON THE RD 900 IN THE ROCHAILL SECTOR<\/h6><\/a>As part of the MBC project in the Alpes de Haute Provence department, EPC France called on France Maccaferri to provide a wide range of solutions for <\/span>View <\/a>
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\"Second<\/a><\/div>
Second Stage MME at Puerto Escondido Airport<\/h6><\/a>To strengthen the embankment, a longitudinal containment structure was designed and built, combining gabion walls and the Terramesh System along with <\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE EROSION CONTROL AT SHAH ALAM, SELANGOR, MALAYSIA<\/h6><\/a>The common remedy adopted by most engineers for this type of problem would be the use of rubble pitching but this was not recommended by the consultan<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE EROSION PROTECTION AT JALAN RENGGAM, JOHOR<\/h6><\/a>The pH scaled of the soil on site is less than 7 therefore not many types of vegetation manage to grow on it. Maccaferri used the MacWeb 100 which is <\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE EROSION PROTECTION AT KELANTAN, MALAYSIA<\/h6><\/a>In order to solve the problem, Reinforced Enkamat was proposed and subsequently selected. It was the preferred solution due to its engineering ability<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE PROTECTION AND ROAD WIDENING AT JALAN ARING<\/h6><\/a>Consultant has proposed to use gabions as an embankment reinforced with geosynthetics. The 3 metre high gabion is used to prevent any form of debris f<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE PROTECTION AT BUKIT BERAPIT<\/h6><\/a>In addition, Steelgrid BO150 was proposed to be laid on top of the Enkamat to further strengthen and prevent detachment of loose rocks from the slope.<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE PROTECTION AT KG BAWONG, SUNGAI SIPUT, PERAK<\/h6><\/a>Maccaferri used SGHR reinforced with MacMat which is an erosion control mat is built to address the issue. as the slope is more than 45 degrees in gra<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE PROTECTION AT TENGKU AMPUAN FATIMAH, KUANTAN, PAHANG<\/h6><\/a>The geogrid wrap around slope consist of MacGrid\u2122 WG8i geogrid (80 x 30 kn\/m) as a reinforcement of the slope with inclination of approximately at 6<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE PROTECTION MEASURES- RAILWAY LINE- NEAR CH 13 – ANPARA<\/h6><\/a>Based on engineering investigations, various site observations and previous history of rockfall events, the critical stretches have been identified. V<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE PROTECTION WORKS AT NORTH SOUTH HIGHWAY , SEREMBAN<\/h6><\/a>After visited the site, the most suitable and cost effective solution for the repair work is using Maccaferri MacWeb due to the space constraint and m<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE RECTIFICATION AT TUN SARDON, PENANG, MALAYSIA<\/h6><\/a>The Maccaferri Terramesh wall system covers approximately 160 metre square of area. The length of the wall is approximately 20 metres and the height<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE REINSTATEMENT AT JENGKA FELDA ROAD, PAHANG, MALAYSIA<\/h6><\/a>In reinstating the slope, an initial design was drawn by IKRAM, a government in-house consultant using Maccaferri\u2019s Terramesh Wall System; taking ad<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE REINSTATEMENT AT KUANTAN, PAHANG, MALAYSIA<\/h6><\/a>The slopes were reinstated using a combination of three products. Firstly, Terramesh – Mechanically Stabilize Earth Wall was used at the bottom so tha<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE REINSTATEMENT WORKS AT TAMAN MELAWATI, KUALA LUMPUR<\/h6><\/a>Maccaferri proposed a 2-berms 8.4m high 70\u00b0 Green Terramesh Mechanically Stabilised Earth (MSE) slope, as the owner prefers an environmental friend<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE REINSTATEMENT WORKS AT TAMAN RASAH JAYA, SEREMBAN<\/h6><\/a>The consultant of this turnkey project had contacted Maccaf\u0002erri for design input and technical advice. A 3-tier, 60\u00b0 angle Green Terramesh System w<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE REPAIR WORKS AT PEDAS LINGGI, NEGERI SEMBILAN, MALAYSIA<\/h6><\/a>Instead of adopting a conventional method of using rubble pitch stone wall, Opus International has contacted Maccaferri for a \u2018softer\u2019 and environ<\/span>View <\/a>
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\"SLOPE<\/a><\/div>
SLOPE STABILIZATION & PROTECTION AT JELEBU, SEREMBAN, N.SEMBILAN<\/h6><\/a>This is a very winding road and this package in particular traverses through some hilly terrain, small and deep valleys. Due to limited space availabl<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"SLOPE<\/a><\/div>
SLOPE STABILIZATION & PROTECTION HYDRAULICS AT SUNGAI GOMBAK<\/h6><\/a>Gabions were used to stabilize the water in-take area whereas Reno Mattress were used to protect the opposite riverbank to prevent scouring. This work<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"SLOPE<\/a><\/div>
SLOPE STABILIZATION AND PROTECTION AT BENTONG, PAHANG, MALAYSIA<\/h6><\/a>L&W Concrete Works Sdn Bhd has been appointed by CHH Pacific Paper Sdn Bhd to carry out design, supply and construct vertical segmental wall. With tec<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"SLOPE<\/a><\/div>
SLOPE STABILIZATION AND PROTECTION AT STADIUM SHAH ALAM, SELANGOR<\/h6><\/a>Maccaferri Green Terramesh System was found to be the most economical solution whilst meeting all other requirements. These pictures fully illustrates<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"SLOPE<\/a><\/div>
SLOPE STABILIZATION AT SEMENYIH, SELANGOR , MALAYSIA<\/h6><\/a>Green Terramesh was chosen for this job-site because it was used in the first phase and the consultant found them to be environmentally friendly and t<\/span>View <\/a>
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\"SMRITIVAN<\/a><\/div>
SMRITIVAN EARTHQUAKE MEMORIAL<\/h6><\/a>Maccaferri was involved in the supply, design and supervision of double twisted, mechanically woven gabions structures for the project. Gabions design<\/span>View <\/a>
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\"SNCF<\/a><\/div>
SNCF LINE 930 000 FROM MARSEILLE TO VINTIMILLE<\/h6><\/a>The work involved installing 3 lines of protective screens on the rock faces located on the slope and in the access trench to the Cap Martin tunnel, f<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"SPOORLIJN<\/a><\/div>
SPOORLIJN 51A – ZWANKENDAMME<\/h6><\/a>The tender specifications were very strict asking PVA geogrids that were provided by the local partner Texion Geosynthetics NV, while Maccaferri suppl<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"STRENGTHENING<\/a><\/div>
STRENGTHENING OF THE ROADBED LAYER OF THE RN4<\/h6><\/a>Initially, a granular drain mat was installed at the PST (Upper Part of Earthworks) level to capture flows and percolations from surrounding water bas<\/span>View <\/a>
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\"SUNSET<\/a><\/div>
SUNSET CLIFF<\/h6><\/a>The solution adopted for the Sunset Cliff walls consists of two types of systems:Gravity walls using gabions for walls with heights less than 6 meters<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"TARLAC-NUEVA<\/a><\/div>
TARLAC-NUEVA ECIJA PROVINCIAL ROAD<\/h6><\/a>In this, Maccaferri engineers designed an asphalt reinforcement system using MacGrid ARVG fiberglass geocomposite, which was primarily designed t<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"TELAL<\/a><\/div>
TELAL EL SOKHNA\u2019 PROJECT<\/h6><\/a>Maccaferri\u2019s Paramesh MSE Wall system (with Terramesh facia units & Paralink geogrids) was eventually implemented, being a cost and time-effecti<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"TERRAMESH<\/a><\/div>
TERRAMESH RD PATRIMONIAL<\/h6><\/a>The slope, characterized by its steep incline, created a challenging situation that required the implementation of containment measures to ensure the <\/span>View <\/a>
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\"TERRAMESH<\/a><\/div>
TERRAMESH RETAINING WALL KORCA-ERSEKA-LOT2 PHASE1<\/h6><\/a>Firstly we redesigned the solution using Terramesh units with dimensions 3x3x1x1m. To ensure stability, Terramesh System was reinforced with Para<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"TERRAMESH\u00ae<\/a><\/div>
TERRAMESH\u00ae VERDE CARRETERA MATARANI KM. 24<\/h6><\/a>This road uses engineering solutions with reinforced soil walls, Terramesh\u00ae System and Terramesh\u00ae Verde, which economised the project by saving on b<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"TERZO<\/a><\/div>
TERZO VALICO DEI GIOVI – GENOVA JUNCTION<\/h6><\/a>Maccaferri proposed an innovative approach involving Automated Tunnel Ribs HEB 300 complete with automated hinges and automated links (covering a leng<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"The<\/a><\/div>
The Ash Yard of the Thermal Power Plant<\/h6><\/a>The creation of cells was carried out, protected with geosynthetics both at their base and in the closure, with three levels of impermeable protection<\/span>View <\/a>
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\"THE<\/a><\/div>
THE EXTENSION OF SITARSKA STREET OVER THE RAILWAY TRACKS<\/h6><\/a>The MacRes system with concrete facing was proposed as a technology for retaining wall because of the space limitations and fast installation. The Mac<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div>
\"THE<\/a><\/div>
THE GRAND BOHEMIAN HOTEL<\/h6><\/a>Initially, the project specifications called for S8 Aluminum anchors to be driven to a depth of 16'. However, during the installation, numerous pr<\/span>View <\/a>
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\"THE<\/a><\/div>
THE NEW ROUTE DU LITTORAL<\/h6><\/a>The solution defined by the project management for the landward embankments was a geosynthetic stiffened embankment with a double-twist gabion facing.<\/span>View <\/a>
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\"THE<\/a><\/div>
THE RIVER OF LIFE RIVERBANK PROTECTION, KUALA LUMPUR<\/h6><\/a>Phase 1 of the project consists of 6 sections. Maccaferri provided our assistance to 3 of the sections, namely Sungai Gombak, Sungai Batu 2 and Sungai<\/span>View <\/a>
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\"THREE<\/a><\/div>
THREE CITIES TRAIL<\/h6><\/a>The civil engineers at Halff successfully designed and  implemented a tie-back reinforced gabion retaining wall to   act as the sl<\/span>View <\/a>
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\"TK<\/a><\/div>
TK 2018 – 006 – MRV<\/h6><\/a>The solution adopted for this construction case involves a rectangular channel with cross-sectional heights varying between 2 and 4 meters. Gabion Box<\/span>View <\/a>
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\"VOID<\/a><\/div>
VOID SPANNING IN HOUSING DEVELOPMENT<\/h6><\/a>The Developer\u2019s Engineer approached Maccaferri to providedesign and supply of a high-strength geogrid solution. The proposed site topography was com<\/span>View <\/a>
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\"WALTHAM<\/a><\/div>
WALTHAM HIGH SCHOOL<\/h6><\/a>Based on the rock wall\u2019s height, geotechnical characteristics and the proximity of it to the school, a pinned drapery solution was the recommended m<\/span>View <\/a>
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\"YELLOWSTONE<\/a><\/div>
YELLOWSTONE HWY 20<\/h6><\/a>The barrier was impacted on May 27, 2019, the opening day of summer travel to Yellowstone National Park. Wyoming DOT was notified of the large rockfal<\/span>View <\/a>
star<\/span><\/div><\/div><\/div><\/div><\/div><\/div><\/div>
<\/div>

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