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Stormwater Retention Articles & Analysis
36 articles found
The expansion incorporated maximization of natural light, recycled building materials with low or no volatile organic compounds emissions, a stormwater retention system, and a 50,000 square foot green ...
Application: Stormwater Harvesting Location: Altona Green Reserve, Hobsons Bay Council. VIC, Australia Project Details: Stormwater re-use for public and residential development To provide an active recreational area for the public and a residential development that incorporates high environmental standards, chiefly through retention and ...
To provide an active recreational area for the public and a residential development that incorporates high environmental standards, chiefly through retention and reuse of ...
Hydroseed retains up to 10 times its weight in water, which encourages the strong root systems needed for healthy lawns. This effective water retention also means that the watering needs for hydroseeding are about half as frequent as with other methods, once again saving you time and money on irrigation. ...
It manages 440 km of pipe, six treatment plants, and 12 stormwater retention basins. With a staff of more than 1,770 employees and an annual budget of 1.3 billion euros, SIAAP covers four areas: Paris, Hauts-de- Seine, Seine-Saint-Denis, and Val-de-Marne, along with 180 municipalities in the Val d’Oise, Essonne, Yvelines and Seine-et-Marne. ...
According to the American Society of Civil Engineers’ Report Card for America’s Infrastructure, municipalities are at a higher risk of stormwater runoff than ever before. More than 60% of the nation’s stormwater utilities have significant concerns about aging infrastructure handling long-term stormwater runoff control needs. ...
When natural disasters, power surges, accidents, or general equipment failures threaten the reliability of the power grid, maintenance crews must be able to quickly and safely access transmission lines and substations to make repairs. Designing resilient energy infrastructure that ensures power companies have a reliable, regular supply of energy and contingency measures in place in the event of a ...
A good flood protection strategy can not only save millions when it comes to cities and municipalities but it also saves residential property and lives. U.S. Flood Control and Tiger Dam™ work with cities, municipalities and home owners not only to protect their citizens and property but to help them develop effective strategies to stop flooding from Hurricane, Storms Surges, Overflowing ...
GEOWEB® and GEOPAVE® Trail Stabilization Systems Manage Stormwater and Minimize Disturbance to Natural Environment Recreational trails built into and through parks allow visitors to safely explore environmentally sensitive areas that would otherwise be difficult to access. ...
Problem: Brevard County converted two borrow pits into retention ponds for polluted stormwater collected from the Pine Island Canal. This waterway collects stormwater from a 5,970 acre drainage basin, including citrus groves and agricultural land, and deposits it into the Indian River. ...
Analyses of planning documents and interviews with key stakeholders reveal that in their climate resilience strategies both cities do employ alternative approaches based on on-site retention-detention of stormwater runoff. However, when there is an emergency situation with heavy downpours, both cities rely heavily on conventional concepts involving deep tunnels ...
For instance, an organization could be required to capture stormwater and divert it to a wastewater treatment plant. Stormwater management often requires the imposition of fees or taxes to help governments with compliance. ...
the vegetated surface negated the need for pre and post stormwater retention for the improvements. the vegetated surface allowed for both the maximum use of the Church property by minimizing the area required for retention and correcting existing drainage issues. The Church envisioned a “park like” setting with maximum green ...
The effectiveness of porous inert substrates (activated charcoal, zeolite, pumice, lava, vermiculite and expanded perlite) used as the adsorption substrate for stormwater retention was investigated. A single-substrate-layer green roof (G8) was built for comparison with G1–G7. Despite the larger total rainfall depth (mm) of six types of simulated rains (43.2, ...
Evaluation of the landscape mosaic clearly identifies urban form and its significant issues in creating ecological links and patches, such as, marshes, streams, roads and shrubs that can create potential opportunities during stormwater management. Geographically, the low-lying area plays an important role as the natural detention/retention basin for ...
System Overview: This pond provides an aesthetic benefit for a corporate headquarters of a large company located on the north side of the pond. It is also a stormwater collection and retention pond with a surface area of approximately 13 acres. ...
First below water ERH remediation of TCE in active stormwater retention basin Project Summary TRS Group, Inc. (TRS) worked as a sub contractor to Landau Associates on this unique ERH remediation project. This project represents the first of its kind using ERH for site remediation underneath an industrial storm water retention basin full of ...
Natural resource scarcity, climate change impacts, continued employment crises, public budget debts and economic recovery plans are some of the challenges that governments in Europe currently face. Moreover, Member States in the European Union (EU) need to continue building or rebuilding roads, sewage systems, levees, etc. (also known as grey infrastructure). Despite being essential for economic ...
Long-term retention performance is a common performance indicator for low-impact development practices, such as rain barrels, rain gardens, and green roofs. This paper introduces a numerical approach for the estimation of annual retention ratios of stormwater by bioretention. The annual retention ratio is taken as the ratio of ...
The main objective of the paper is to identify the appropriate temporal scale for modeling the behavior of rainwater harvesting tanks in relation to the purpose they are built for, i.e., water saving, stormwater retention potential, etc. A tank water balance model coupled with a specific procedure to determine long-term series of rainfall (tank inflow) and ...