Jack Maguire’s Post

This post contains critical information relevant to developers, engineers, and stakeholders engaged in new construction and redevelopment projects. The Mid America Regional Council is making significant progress on a new Stormwater Manual, a crucial resource for industry. A key highlight is the inclusion of a runoff reduction and storage formula, essential for all new and redevelopment initiatives. Collaboration with The Center for Watershed Protection is vital for successful implementation. This manual is largely already a key reference document for construction in the St. Louis region. While the detailed components of the formula is not provided here, interested parties will just have to navigate to our St. Charles Watersheds Alliance "News" page to check it out. https://lnkd.in/gsxhtEjC This approach promises to revolutionize infill development practices, ensuring resilience and mitigating of off-site environmental impacts on communities and watersheds. Yet, although there are some topics I noticed, and that are generally difficult to communicate and demonstrate in this field of knowledge to untrained professionals in any manual, I hope these topics will not be an issue in the final documents. See comments below.... #stormwater #construction #stlouis #development #redevelopment #engineering #greeninfrastructure

… from the same mister. The duo is now in business with one providing drinking water to the Glenbrook Beach community and the other ready to step in as needed. We reckon even Kris Jenner would be impressed by that. In fact, the work to get these mains in the ground was part of our $6.3-million project to make sure the area’s water services are A-OK to cater for future demand. Let's hark back to when the old watermain got damaged aka blew a gasket and ended up floating in the local estuary. Well, the team didn’t just plan a like-for-like repair, they thought about the community’s growing needs and opted to put in two watermains and a wastewater pipe. Using horizontal directional drilling – a technique that reduces soil disturbance and environmental erosion - all three pipelines were drilled 15-20 metres underneath the estuary bed and connected into the existing networks. It was a six-month job installing the three pipelines and eight hours of mahi to bring the two watermains into service. As for the wastewater pipe - a sister from another mister - it’s a backup just in case the community need it down the track. For more, you know the drill 👉 https://bit.ly/3C3ucGn #infrastructure #construction #teamwork #WaterIndustry #OnTheTools #Auckland #engineering #engineers #tools

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

COMMENT LETTER: 80 Willow Road Proposal 📣 📑 To City of Menlo Park Planning Department Read the full comment letter at https://lnkd.in/gnqkmWSf 🔬 💦 🚗 🦺 We have been following the evolution of the 80 Willow Road proposal and wish to reinforce and support the comments sent to you earlier by Naomi Goodman, resident of Menlo Park, on the Scope of Work for the EIR consultant. We will be submitting scoping comments when the NOP for the EIR is issued. However, we are now requesting that you include the following items into the “Scope of Work” in the RFP for the EIR consultant (or in an addendum to the RFP) for the upcoming environmental impact report for the project: 1. a geotechnical study with soil borings; 2. A biological resource assessment of the creek; 3. A traffic study; and 4. Public safety. . . . #sierraclub #sierraclublomaprieta #lomaprietachapter #lomaprietasustainablelanduse

The Milestone Reservoir project, a cornerstone of Loudoun Water’s Potomac Water Supply Program, seeks to convert a retired Luck Stone quarry into a billion-gallon raw water storage reservoir. Once completed, this project will bolster regional water security and support climate resilience for Loudoun County, Virginia. Schnabel Engineering has played a critical role in the project as the lead geotechnical engineer and tunnel designer, providing expertise essential for the successful adaptation of the quarry into a sustainable water resource. Schnabel was teamed with Arcadis during the early planning and design stages and tasked with evaluating subsurface conditions at the quarry and associated infrastructure sites. We provided geotechnical assessments, informed foundational designs and stability measures for critical components, such as the pump station, tunnels, shafts, bridge, and rock slope stabilization. Schnabel designed a large pump station shaft and three intake tunnels through diabase rock as part of the raw water intakes to the quarry. The three intake tunnels are currently being excavated using drill and blast tunneling methods at different elevations and will connect the pump station shaft to the quarry.  Schnabel is providing field inspections and quality assurance during the construction phase. Through this comprehensive approach, Schnabel has been an instrumental part of the team on this exciting project. By incorporating innovative practices in water resource management, the new reservoir will enhance drought resilience and ensure a reliable water supply for the people of Loudoun County. Watch the video for some beautiful shots of the project, starting with the blast-out of the first intake tunnel connecting into the quarry. #SchnabelSpotlights #SchnabelEngineering #WaterResources

The State of Connecticut via AdvanceCT has an initiative that certifies sites as being shovel ready or investment ready. The added benefit of the Certification, in addition to being able to assure potential buyers that the land is fully developable, is that the State of Connecticut will potentially take a more active role in property marketing in addition to all the tools that the property owner or broker already take. *Spoiler Alert* Shovel Ready is an investment of both time and dollars. Application criteria follow: *Current Ownership Structure/Documented Site Control (and letter of support) *Municipal letter of support (commitment to re-zone, permit/approval schedule) *Documentation of Sales Price/Conditions of Sale or Lease from controlling entity *Easements, judgements, and liens *Environmental audits (Phase 1) *Topography Survey/Analysis *Letter of support from utility providers (power, gas, water, wastewater) *Wetlands Delineation (maps/reports); Flood zones Plan for mitigation of wetlands (cost, timeline, etc.) Report/Maps of rare or endangered plant/animal species, archeological findings, historic sites or structures, etc. Title search (50-year history) Site exemption status Engineer certification of filled areas Letter of support from rail provider Telecommunication services information Additional Competitive Advantage Info Labor Force Assessment DOT letter describing plans for road improvements Incentives associated with the property Schedule/commitment for improvements (*Indicates mandatory documents)

🌍Discover Our Work in Action🌍 Our Case Studies page has a fresh new look, and we’re excited to highlight one of our featured projects: the Site Investigation at Belvoir Ironworks.🏗️ This historic industrial site, once a hub of activity, required a meticulous approach to address potential contamination and prepare it for sustainable redevelopment. Through thorough ground investigations and comprehensive risk assessments, we ensured the site meets the highest standards for safety and compliance. You can now read this case study—and many more—on our newly redesigned Case Studies page, where we showcase how GeoEnviro Solutions tackles environmental and geotechnical challenges with innovative solutions. 🔗 Check it out here: https://lnkd.in/gqxXzNre Have questions about site investigations or redevelopment strategies? Let us know in the comments or send us a message! info@geoenvirolution.com #GeoEnviroSolutions #CaseStudy #EnvironmentalSolutions #SiteInvestigation #SustainableDevelopment #BelvoirIronworks

Innovative Solutions for Groundwater Challenges in Residential Projects! At Yarra Geotechnics, we believe in creating tailored, data-driven solutions for every challenge, no matter the project size. Recently, we had the privilege of assisting a senior homeowner with a long-standing issue of water pooling under her house located at South Morang, causing discomfort and moisture concerns. The home, located on a sloping site with a generally high groundwater table, experienced seepage under the house during heavy rains. These conditions led to water accumulation under the suspended floor, creating a persistent issue over many years. Instead of rushing into costly drainage or surface water management solutions, we focused on diagnosis first—a step often overlooked in residential projects. Our Creative Approach We installed a shallow (2.0 m) monitoring well, an uncommon step for smaller residential projects, to better understand the groundwater behavior during the wet season. To make the system both cost-effective and user-friendly for the non-technical homeowner, we designed an innovative float-and-tape system. This calibrated solution allows the homeowner to effortlessly track groundwater depth and collect valuable data over next few months, ensuring our eventual recommendations are based on clear evidence rather than trial and error. Why This Matters This approach not only empowers our client to play an active role in monitoring the issue but also helps avoid unnecessary expenses by focusing on the right solution—one grounded in data and tailored to her specific circumstances. Interested in learning more about how we approach residential and commercial geotechnical challenges? Let’s connect! #GeotechnicalEngineering #Innovation #GroundwaterSolutions #YarraGeotechnics #SustainableEngineering

Cutting-edge Technologies to Identify Landslide Risks Details of this week's landslide and house collapse at McCrae continue to emerge. Professor Ha H. Bui, Head of Monash Department of Civil Engineering spoke to ABC Radio National today about the integration of cutting-edge technologies to identify at-risk areas; improve hazard preparedness; and establish early warning systems about potential landslides. This technology helps identify potential risk areas affected by landslides, aiding in the implementation of countermeasures to mitigate destructive damage. Listen to the interview via this link https://lnkd.in/g6VWaYzt #ThisIsMonashEngineering #hazardpreparedness #mccraelandslide #innovation #earlywarning #landsliderisk

Successful land developers know how to manage risks especially those associated with the land itself. Unknown site characteristics, including those not readily visible, can quickly lead to construction cost escalation, schedule delays, and project failures that lead to conflict and litigation. It is imperative to identify at least these possible conditions that lead to construction cost overruns: 1. Shallow rock 2. Unsuitable “borrow” soils 3. Light-weight, organic, plastic clay, or moisture-sensitive soils 4. Undocumented filled areas 5. Shallow groundwater #construction #engineering #engineer #northcarolina #charlottenc #aboveandbeyond #geotechnicalengineering #investigation