Trial Pitting Near Hayle, Cornwall
Ground Consultants Limited recently completed a Phase 2 investigation in Reawla, Hayle for the development of 30 residential properties. The investigation aimed to analyse the levels of arsenic across the site, aiding off-site disposal and assessing human health risk. The investigation was carried out following a limited investigation completed by a third party.
The investigation involved ten trial pits and over 30 samples were collected to analyse the arsenic levels across the site. Bioaccessibility testing was conducted on the samples, which measures the amount of arsenic that can be absorbed by the body, to determine the level of risk to human health. Statistical analysis was used to generate site-specific assessment criteria, taking into account the specific geological conditions of the site.
After a thorough assessment of the site, our team of experts concluded that the site was at a low risk from arsenic. This information helped the client with off-site disposal and made the development of the 30 residential properties possible. Our local experience and expertise in arsenic testing saved the client a significant amount of money.
At Ground Consultants Limited, we understand the importance of a thorough Phase 2 investigation to ensure the safety of any development. Our team of experienced professionals use the latest techniques to assess the risks associated with any site. We provide a detailed report with our findings, including any remediation measures required to ensure the site is safe for development.
In conclusion, the Phase 2 investigation completed by Ground Consultants Limited in Reawla, Hayle was crucial in assessing the levels of arsenic across the site, which enabled the development of 30 residential properties. Our team of experts provided a detailed report, including any necessary remediation measures required to ensure the site was safe for development. Contact Ground Consultants Limited for any geotechnical and environmental consultancy services for your next project.
