Ecologisch bouwen en aanpassen grondeigenschappen
Producten
Producten
| Omschrijving | Auteur | Jaar |
|---|---|---|
| Bagger anders bekeken, beter benut. Toepassing van baggerspecie in gebiedsontwikkelingsprojecten Met de Waterwet en het Besluit Bodemkwaliteit is de toepasser van bagger aan zet gekomen om over de bestemming van vrijkomende bagger naar te denken. In dit boekje zijn hiervan een aantal voorbeelden verzameld. | W.Snijders M.Ketelaars R.Nieuwenhuis |
2009 |
| Microbes turning sand into sandstone, using waste as cementBioGrout is a promising technique to enable sustainable ground improvement. L.A. van Paasen | L.A. van Paasen |
2009 |
| use of waste streams and microbes for in situ transformation of sand into dandstoneIn this paper we discuss the working principle of the BioGrout process as well as recent developments to use waste products as substrates for BioGrouting. | W.R.L. Van Der Star E. Taher M.P. Harkes M. Blauw M.C.M. Van Loosdrecht L.A. Van Paassen |
2009 |
| Potential soil reinforcement by biological denitrificationIn this study the theoretical feasibility of these alternative MICP processes for ground reinforcement is evaluated. | L.A. van Paassen C.M. Daza M. Staal D.Y. Sorokin |
2010 |
| Biological in situ reinforcement of sand in near-shore areasBioGrout is the process by which bacteria control the precipitation of calcium carbonate while consuming supplied reagents. | M. van der Ruyt W van der Zon |
2009 |
| Use of a 2D screen to visualize the BioGrout process: indicative tests of bacterial placement in sand.The experiment was performed to investigate the adsorption (and possibly transport, desorption and re-adsorption) behaviour of bacteria to sand. | A. Marsman H. Lottum |
2009 |
| SmartSoils, Adaption of soil properties on demandSmartSoils, Adaption of soil properties on demand | W.O. Molendijk W.H. van der zon G.A.M van Meurs |
2009 |
| BioGrout - microbiologische processen Het doel van het experiment was de micro-organismen die een rol spelen bij de vorming van de BioGrout op verschillende tijdstippen te kwantificeren en de bacteriële veranderingen te analyseren. | A.A.M. Langenhoff |
2009 |
| Fixation and distribution of bacterial activity in sand to induce carbonate precipitation for ground reinforcementThis paper describes a methodology to distribute and fix bacteria (with their enzyme activity) relatively homogeneously in a sand bed, before supplying cementation reagents. | M.P. Harkes L.A. van Paassen J.L. Booster V.S. Whiffin M.C.M. van Loosdrecht |
2010 |
| Near Surface 2009 Seismic monitoring of ground improvement by grouting has been successfully implemented for many decades now... | - |
2009 |
| Stabilization of peat by silica based solidification | D.A. den Hamer A.A.M. Venmans |
2009 |
| Biosealing: a method for in situ sealing of leakages Leakages in civil-engineering water retaining constructions or in natural impervious layers are a major problem in constructional and environmental applications. | M. Blauw J.W.M. Lambart M.N. Latil |
2009 |
| Durability of BioGrout BioGrout is a new promising material to be used for ground improving purposes... | H. Dura |
2010 |
| BiogroutGround Improvement by Microbially Induced Carbonate Precipitation. | L.A. van Paassen |
2009 |
| Life Cycle Analysis for four different ground improvement techniquesThe aim with this LCA is to determine the environmental impact of four different soil strengthening methods, and which parts of the process have the highest environmental impact (mainly for the BioGrout 1 and 2 generation) and what the environmental impact is of BioGrout compared with traditional techniques (jet grouting and gel injection). | Salemans, J.W.M. Blauw, M. |
2010 |
| Materialen: Aanpassen grondeigenschappen.Materialen: Aanpassen grondeigenschappen | J.J. Groot L.A. van Paasen |
2009 |
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Scale up of BioGrout: a biological ground reinforcement method
Scale up of BioGrout: a biological ground reinforcement method |
L.A. van Paasen M.P. Harkes G.A van Zwieten W.H. van der Zon W.R.L. van der Star M.C.M. van Loosdrecht |
2009 |