The Mick George Group’s Post

Winter months bring increased risks for landowners and developers, with slope failures being one of the most serious concerns. Recent record rainfall across California has heightened the likelihood of these geological events, which can lead to financial losses, project delays, safety hazards, and environmental damage. Slope failures are often caused by factors like heavy rainfall, outdated construction methods, or weakened subsurface conditions. However, these risks can be mitigated through careful planning, value engineering, and strong Construction Management and Geotech oversight. Read the full blog here: https://lnkd.in/gpGH_puZ

With the ever-present challenge of fluctuating water levels on the East Coast, it's essential to have a solid blueprint in place. Let’s explore the intricacies of groundwater control, the risks associated with its mismanagement, and why the coastal construction industry in South Carolina, North Carolina, and Georgia are choosing to work with us: https://bit.ly/4ajUmAQ

Did you know💭   There could be as much as a 95% reduction in lorry movements in and out of construction sites by re-using materials on-site!   The impact is huge - a reduction in transportation CO2, road traffic noise, congestion and damages to the infrastructure.   An important point raised by Jim Webster at the AGS - Association of Geotechnical & Geoenvironmental Specialists Annual Conference 2024. #ACSW #geotechnical #geoenvironmental #earthworks

Unstable slopes can derail projects and threaten safety. 🪨 🚜 ⚠️ Slope stability is essential for safeguarding infrastructure, property, and public safety—especially in the New England, where varied terrains and geological conditions bring unique challenges. Slope stability involves understanding factors like soil strength, water content, and slope geometry. When instability arises, solutions range from retaining walls and drainage systems to innovative vegetative stabilization. These proactive measures can save time, reduce risks, and protect your investment. 💡 Ready to tackle steep challenges? Read the full article at the link in the comments. #geotechnical #civilengineering #ctbuilds #newengland #geotech #landdevelopment #development #engineering #slopestabililty

Have you ever wondered how dirty active construction site runoff is? In this study, we set out to quantify runoff quality in concentrated flows on active construction sites in Ohio. The short answer: there's a LOT of sediment transport! This research was led by a recent graduate of our research group Alec Grimm, PhD! In it, he finds that rainfall characteristics are key indicators of peak sediment loss, particularly rainfall intensity. This work can be used to better inform sediment and erosion controls for active construction. This article is open access - so freely downloadable by anyone that is interested at the link below: https://lnkd.in/ghvbGz42

On Tuesday, May 7, a peat landslide occurred at the Viking Windfarm site in Shetland, Scotland, captured on this video. This event coincided with ongoing work on the electricity connection project from Kergord to Gremista, with the causes still undetermined. The energy company overseeing the project, has ceased all work as a precautionary measure and initiated an investigation into the extent of the area's damage. According to Engineers, there was no extensively wet conditions in the area prior to the slide but noted the presence of crushed rock atop the peat on the slope's crest, suggesting its load may have contributed to the incident. To minimize landslide risks on their land, people should conduct thorough geological surveys to understand soil stability. Implementing engineering solutions like retaining walls and drainage systems helps manage water runoff, a significant landslide trigger. Maintaining healthy vegetation with deep root systems stabilizes soil and reduces erosion. Designing buildings with flexible foundations and lightweight materials can mitigate landslide impact. Regular monitoring using geotechnical instruments detects early signs of instability, allowing for timely intervention. Lastly, community awareness and adherence to building codes foster responsible land use practices, reducing landslide vulnerability! Fortunately, there were no injuries or equipment losses in the landslide, and as Engineers know... No matter what precautions are taken... Sometimes.... The earth does what it wants!

Daniel Pullan coined the phrase 'Hydrodynamic Dredging Method' to explain Ebsford Environmental Ltd's recent approach to this dredging project at #Leeds Dock for the Canal & River Trust. The method: ✅ Putting the silt into suspension, allowing the flow of the river to redistribute downstream. ✅Apply this to the moorings to remove sediment build up, which was lifting the moorings and stopping them from floating. ✅By pumping, we can complete the works without removing the mooring, this avoids disconnecting the utilities that runs through them.

#Soilhealth, #landremediation are subjects we focus on in our project. Here is a webinar which covers these topics: "Soils critical to brownfields first: Soil Health in the context of Land Remediation". #REECOL #postmining #landrehabilitation #greenfuture #sustainability

Challenges in Managing Deep Foundation Projects in Florida! 🌴🌞 Managing deep foundation construction projects in Florida comes with its unique set of challenges. One of the primary concerns is the state's diverse and often unpredictable soil conditions. From sandy soils to limestone bedrock, understanding and adapting to these variations is crucial for ensuring the stability and longevity of the foundation. 🌿🛠️ Another significant challenge is the high water table prevalent in many parts of Florida. This can complicate excavation and increase the risk of water infiltration, which requires robust dewatering solutions and careful planning to mitigate. Additionally, the frequent occurrence of sinkholes in certain regions adds another layer of complexity, necessitating thorough geotechnical investigations before commencing any project. 💦🏞️ Lastly, Florida's susceptibility to extreme weather events, such as hurricanes and heavy rainfall, poses a constant threat to construction timelines and safety. Ensuring that projects are resilient to these conditions involves meticulous planning, adherence to stringent building codes, and often, the incorporation of advanced engineering techniques. ⛈️🏖️ 🌍🔧🏗️ #ConstructionChallenges #DeepFoundations #FloridaEngineering

In areas with sandy and gravelly soil, construction can be challenging due to the unstable nature of loose sand and gravel. GeoSolv offers a variety of solutions for loose sandy soils including Rapid Impact Compaction, Geopier Impact, Geopier dX1 to create stable foundations in these soil profiles. And when those loose soils are in seismic zones with water, liquefaction can be of concern. In fact, due to the changes in code, the math on liquefaction is sometimes showing this as an issue to address even in places like Toronto. Liquefaction mitigation using Geopier techniques provide great benefit for sandy soils. In sands that are silty, the power of vertical ramming energy is superior to methods that simply just vibrate the soil. We bring to bear the worldwide experience of Geopier, who have provided liquefaction mitigation in places like San Francisco, Vancouver, and Christchurch, NZ. Let us help you avoid that "sinking feeling"! #GeoSolv #TheGroundImprovementPeople