#TERRAGEN TREES CODE#
#TERRAGEN TREES TRIAL#

You control the weather, landscape, rivers, lakes and oceans, suns, moons and stars.

Create entire worlds from your imagination, or import real world terrain datasets and use Terragen 2 to create the most realistic visualisations possible. The information obtained from the investigation can then be used to design the ground loops and if necessary progress to installation.Terragen™ 2 is a powerful solution for rendering and animating realistic natural environments. Site investigations can be designed to include a study into the viability of a GSHP, which would include an assessment of the geological and hydrogeological conditions at a site, followed by the excavation of exploratory boreholes to confirm the ground conditions at the site. Site investigations can be designed to include an assessment of the stability of existing slopes, including monitoring of movement and/or recommendations for the design and construction of new slopes and embankments.

#TERRAGEN TREES TRIAL#

The borehole test is less expensive and less disruptive to the site although not as accurate as the trial pit method.

#TERRAGEN TREES CODE#

The BS 5930 Code of Practice for Site Investigation method where the permeability or percolation test can be undertaken in boreholes excavated as part of the geo-environmental or geotechnical investigation using either the falling head or constant head test method. This is repeated several times to obtain the soakage rate. The BRE Digest 365 Soakaway Design method undertaken in trial pits excavated at the site of the proposed soakaway that are filled with gravel if the sides are unstable and rapidly filled with water via a bowser or tanker and the soil infiltration rate is then determined by the rate of drainage from the trial pit. At TGEN soakage tests are routinely carried out in accordance with:. Soakage tests can be undertaken to determine the soil infiltration rate and therefore the drainage capacity of the soil and its inherent suitability (or not) for soakaways as a drainage solution. CBR tests, soil compaction tests, material testing) to allow suitable site won materials to be identified for re-use in the permanent work and/or the suitability of materials imported onto site. Site works, supervision and in-situ monitoring may be incorporated with our services to include in-situ testing and monitoring (e.g. cut and fill, reduced level excavation etc.), which may create platforms for piling mats or upon which the base of the construction will be founded. Large scale developments may include a significant earthworks component (e.g. Where necessary foundation design may be in accordance with NHBC Standards Chapter 4.2 Building near trees with tree surveys and desiccation assessments included.Įarthworks Design, Specifications and Assessment strip, trench-fill, rafts, piled or vibro-replacement) to suit a wide range of structures from single storey residential dwellings to mutli-storey residential or commercial blocks. sulphates, plasticity index (PI), particle size distribution (PSD), triaxal permeability etc.) a range of foundation solutions may be selected (e.g.

CBR tests, SPTs, Dynamic Probing etc.) and results from laboratory testing (e.g. Geotechnical aspects may be required to include:-īased on site investigation records (logs in accordance with BS5930), data from in-situ testing (e.g. At TGEN, our geo-environmental site investigations and risk assessments for potential land contamination are regularly undertaken in conjunction with geotechnical investigations in order to provide a cost effective and integrated approach to the investigation of a site.

Terragen trees