AT A COST of €4 million to the taxpayer, there were some disappointed sighs when pictures of the initial stage of the Grafton Street refurbishment were posted online.
However, Dublin City Council has promised that stains on the expensive, nu skin product pedestrian street were not there to stay.
The local authority acknowledged that concerns had been expressed about the marks on the stones but said the finished project will be of a “very high standard”.
There are plans to “thoroughly clean the entire area” once the current phase of the redevelopment is complete nuskin. A sealant will also be applied to the stone to facilitate “the future cleaning of the paving and the removal of stains, gum and dirt”.
In a statement, the council said:
As granite is a natural material it is normal that stains appear initially. Use and weathering will reduce the appearance of stains.
Stains are more noticeable because of the recent very dry weather and the lack of rainfall nuskin group, which in normal circumstances would wash away much of the staining.
It added that the works are “progressing well” and Phase 2 (the section from Nassau Street to Wicklow Street) will commence in September.
The €4 million development will also include the installation of street furniture and new lighting fixtures. It is due to be complete by November 2014.
The Grafton Street Improvement project is the first makeover of the busy shopping street since the late eighties. KN Networks – an Irish company with offices in Dublin, Belfast and London – won the lucrative €2.9million contract to repave the street nu skin hk.


Honorable Jo-Ellen Darcy
Assistant Secretary of the Army (Civil Works)
Ms. Jo-Ellen Darcy, the Assistant Secretary of the Army (Civil Works), establishes policy direction and provides supervision of the Department of the Army functions relating to all aspects of the U.S Army Corps of Engineers’ Civil Works program, including all reimbursable work performed on behalf of Federal and non-Federal entities. These responsibilities include programs for conservation and development of the nation's water and wetland resources, flood control, navigation, and shore protection.
On August 11, 2009 President Barack Obama appointed Jo-Ellen Darcy as Assistant Secretary of the Army (Civil Works) following confirmation by the Senate. Prior to her appointment, Jo-Ellen Darcy was the Senior Environmental Advisor to the Senate Finance Committee, responsible for environment, conservation and energy issues. Previously, she was Senior Policy Advisor to the Senate Environment and Public Works (EPW) Committee, concentrating on water resource and conservation issues involving the Army Corps of Engineers and the U.S Fish and Wildlife Service, as well as nominations for presidentially-appointed positions. At the start of the 107th Congress, she was the Deputy Staff Director for the EPW Committee. From 1993 through 2000, she served as a professional staff member on the EPW Committee, working on a variety of issues, including the Safe Drinking Water Act, Army Corps of Engineers programs, FEMA, Everglades restoration and the Clean Water Act.
Before joining the EPW Committee, Jo-Ellen was legislative representative for the Investment Company Institute, the trade association representing the mutual fund industry. She worked on water resources and transportation issues for Governor Jim Blanchard of Michigan in both Lansing and Washington, D.C. Previously, she worked for the Subcommittee on Economic Stabilization of the House Banking Committee and was an elementary school teacher.
She hails from Fitchburg, Massachusetts, and has a B.A. in philosophy and sociology from Boston College and a M.S. in resource development from Michigan State University.
Terrence C. “Rock” Salt
Principal Deputy Assistant Secretary of the Army (Civil Works)
Mr. Terrence “Rock” Salt assumed duties as the Principal Deputy Assistant Secretary of the Army (Civil Works) on March 12th, 2009. He is the principal policy and legislative advisor to the Assistant Secretary of the Army (Civil Works) and assists the Assistant Secretary in providing policy and performance oversight for the Army Corps of Engineers Civil Works directorate. He also serves as the Deputy Assistant Secretary for Policy and Legislation. In both these capacities Mr. Salt provides direction for the Army Civil Works legislative program, the development and articulation of the Department of the Army’s policies affecting Civil Works activities and is responsible for the coordination of the Army’s policies and practices in support of the Clean Water Act, the Rivers and Harbors Act and the related regulatory programs.
Prior to this assignment, Mr. Salt served as the Director of Everglades Restoration Initiatives for the Department of the Interior, reporting to the Deputy Secretary of the Interior. As Director of Everglades Restoration Initiatives, Mr. Salt was responsible for assisting in the development and implementation of administration policies supporting various Everglades restoration programs, including the Department of the Interior’s participation in the Comprehensive Everglades Restoration Plan, which was authorized by Congress in the Water Resource Development Act of 2000. Mr. Salt was responsible for coordinating the work of all Interior agencies involved in the Everglades restoration effort.
Mr. Salt graduated from the United States Military Academy at West Point and was commissioned as a second lieutenant in the U.S. Army in June 1966. He is a graduate of the Army’s Airborne and Ranger Schools, the Army Command and General Staff College, and the National War College. He received a Master of Science degree in physics from the University of Colorado in 1972. He retired from the Army on July 1, 1996 and continued as Executive Director of the South Florida Ecosystem Restoration Task Force as a senior executive with the Department of the Interior. Subsequently, he became the Director of the Everglades Restoration Initiatives.
In his last assignment in the Army, Mr. Salt served as the Commander and District Engineer of the Corps of Engineers’ Jacksonville District. His Army career included a variety of command and staff assignments in the United States, Germany and Vietnam. He served as deputy commander of the Corps of Engineers’ Walla Walla District and as commander of the 87th Engineer Battalion at Fort Leonard Wood, Missouri. In Washington, D.C., he was assigned to the Pentagon in the Office of the Deputy Chief of Staff for Operations and Plans on the Army Staff, and led the strategic planning initiative on Nation Assistance for the Chief of Engineers.
Let Mon Lee
Deputy Assistant Secretary for Policy and Legislation
Mr. Let Mon Lee assumed duties as the Deputy Assistant Secretary for Policy and Legislation on September 8, 2009. In this capacity Mr. Lee serves as the principal legislative advisor to the ASA (CW), and as the responsible individual for executive direction of Army Civil Works programs involving the development of projects for navigation, flood risk management and storm damage prevention, environmental restoration and related water resources activities.
Prior to this assignment, Mr. Lee served as the Senior Water Resources Policy Advisor to the Senate Committee on Environmental and Public Works for six years. Provide technical support to the Senate Committee on Environmental and Public Works, in the development of the Water Resources Development Act. Prior to the Senate assignment Mr. Lee served in various positions in Headquarters of United States Army Corps of Engineers as the Senior Policy Advisor and Planner for over for 25 years.
Mr. Lee graduated from Columbia University in June 1977. He received a Master of Science degree in water resources from New York Polytechnic Institute in June 1983.
Ms. Claudia L. Tornblom
Deputy Assistant Secretary of the Army (Management and Budget)
Selected for the Senior Executive Service in April 2000, Ms. Claudia Tornblom is the Deputy Assistant Secretary of the Army (Management and Budget), in the Office of the Assistant Secretary of the Army (Civil Works). Ms. Tornblom is responsible for policy direction governing development and implementation of the Civil Works budget in accordance with Department of the Army goals and priorities for water resource development.
- July 1987 – Apr 2000: Fiscal Programs Management Officer for Civil Works, Office of the Assistant Secretary of the Army (Civil Works), Washington, D.C.
- July 1979 – Jun 1987: Office of Management and Budget, Washington, D.C.
- Industrial College of the Armed Forces, National Defense University, 1992
- MA, Public Administration, Hubert H. Humphrey Institute of Public Affairs, University of Minnesota
- BS, Music, Iowa State University
AWARDS AND HONORS:
- Decoration for Exceptional Civilian Service Award, May 2001
- Superior Civilian Service Award, Apr 2007
Mr. Douglas W. Lamont
Deputy Assistant Secretary of the Army (Project Planning and Review)
Mr. Douglas (Doug) W. Lamont, P.E. was appointed on 14 November 2004 as the Deputy Assistant Secretary of the Army (Project Planning and Review). He serves as principal advisor to the Assistant Secretary of the Army (Civil Works) on Corps of Engineers’ water resources projects and on its planning and review processes. Mr. Lamont is responsible for providing objective and independent assessments of Corps projects and for resolving issues that might arise during the review of these projects. In addition, he is responsible for providing Army policy direction governing the planning and evaluation of Corps projects. Mr. Lamont was the former Chief of the Office of Water Project Review in the Policy and Policy Compliance Division of Headquarters, U.S. Army Corps of Engineers (HQUSACE). In his former position he was responsible for the policy compliance review of Corps reports supporting Congressional authorization of proposed water resources projects.
He has over 30 years of Corps of Engineers experience. His career has primarily been in the area of policy and planning; having worked in the Planning, Engineering, and Construction-Operations Divisions in the Jacksonville District before coming to Corps Headquarters in 1980. He was the Chief of Regulatory Enforcement from 1978-1980 in the Jacksonville District. In Headquarters, he has worked in the Programs, Engineering, Project Management, Policy, and Planning Divisions. He was the former Chief of the New Starts Branch in the Policy Division; Chief, Project Management Branch in the Project Management Division; and Chief, Policy Guidance & Application Branch in the Policy Division. For the 10 years prior to his current position, he headed the policy compliance review function in HQUSACE as Chief, Policy Review Branch in the Policy Division. He has been involved with policy guidance and processing of Project Cooperation Agreements, as well as, policy development for cost shared projects since their inception in WRDA 1986. He also served as Acting Chief, Planning Division and Civil Programs Management in the Norfolk District from August 1998-March 1999.
He is from Cornwall-on-Hudson, New York and has a BA in Mathematics and a BS (cum laude) in Civil Engineering from Syracuse University. He received his Master’s Degree in Environmental Engineering from the University of North Carolina-Chapel Hill under the Corps of Engineers Planning Fellowship Program. He is a registered professional engineer in the States of Florida and Virginia, and a Fellow of the American Society of Civil Engineers.


State highway crews will close Colorado 9 just north of Alma at the base of Hoosier Pass for a week starting Thursday morning, potentially adding more than two hours of travel time for drivers, state transportation officials said.
For drivers, the detours may add 120 miles and 2 hours and 25 minutes of travel time, CDOT officials said.
They’re closing the highway in an effort to hasten work, keep crews safe, and minimize environmental impacts along Hoosier Pass as crews replace a structurally deficient bridge originally built in 1938, officials said. “For the safety of the traveling public, this structure requires full replacement.” The closure is scheduled to begin at 6 a.m. Thursday and continue through 6 a.m. on Sept. 14, depending on weather. Drivers can find information on road conditions at Cotrip.org.
— Colorado Department of Transportation (CDOT) (@ColoradoDOT) August 15, 2023


- Babylon Project has other uses. Please see Babylon Project (disambiguation) for other meanings.
"The Babylon Station is a place to work out our problems peacefully. It is, we believe our last best hope for peace."
The Babylon Stations
Babylon 1, originally known simply as The Babylon Station, was the first space station built by the Earth Alliance under the Babylon Project.  During construction, Babylon 1's infrastructure collapsed and exploded as a result of sabotage. Construction worker Thomas Jordan had just left the station.  Part of its materials were recycled to construct Babylon 2.
The second attempted station in the Babylon Project, Babylon 2 was also sabotaged and destroyed, exploding during construction. Part of its materials were also recycled to build the next station.
Babylon 3 was sabotaged and destroyed, exploding during construction. After it was destroyed, leftover materials were used in the construction of Babylon 4, which were present, even when Babylon 4 came online in 2254.
Babylon 4 disappeared 24 hours after it became operational.
Babylon 5 was ultimately constructed and was the final Babylon station.
- Though only Babylons 1, 4 & 5 were ever seen, it appears as though they were colour coded in spectrum order (Red, Orange, Yellow, Green & Blue), which would make the unseen Babylons 2 & 3 Orange and Yellow respectively.
- JMS has stated that the intended design of the first three Babylon stations was the same as that of B4, though none of them got anywhere near completion. However, what little was seen of the (incomplete) Babylon Station in "In the Beginning" shows that it was a somewhat different design than either Babylons 4 or 5.


By Alexandria Denise San Juan
The Land Transportation Office (LTO) launched during the week its first training on speed limit setting for local government units in the Bicol Region.
The Department of Transportation through the LTO-Region V opened the program last Thursday as one of the salient features of the Joint Memorandum Circular 2018-001 signed by the DoTr, with the Department of Public Works and Highways (DPWH), and the Department of Interior and Local Government (DILG).
Under the memorandum, the DoTr, through the LTO, shall provide training and information dissemination to city and municipal governments in the enactment of speed limit ordinances and road classifications.
The training, which was attended by representatives from cities and municipalities of Region V, was divided into two batches to accommodate all participants in the region.


National Highways is the government company which plans, designs, builds, operates and maintains England’s motorways and major A roads, known as the strategic road network (SRN). Its 4,500 miles of motorways and major A roads are at the core of our national transport system. Its many arteries connect our major towns and cities, ensure commuters make it to work every day, and help millions of us visit our friends and families.
As one of the most advanced road networks in the world, the SRN drives economic growth across the country, creating jobs, supporting businesses and opening up areas for development. We aim to provide all our customers with safe and reliable journeys, and to deliver a sustainable benefit to the environment.
Everything we do, from designing our roads to clearing incidents, helps keep traffic moving 24 hours a day, 365 days a year.


An innovative way to renovate and refresh social housing blocks was required. Not only did the cladding have to perform aesthetically, it also had to bring the living accommodation up to more modern thermal building standards within the right budget.
With all construction happening in a largely residential area, time and disruption on site had to be minimised.
Specification of the RF50 Rainscreen product allowed us to provide a fully insulated cladding solution that dramatically reduced energy loss and completely transformed the exterior of the building. Using a building survey and laser measurements, we were able to produce dimensionally accurate panels that were produced to tight tolerances off-site and then quickly installed on-site. By fixing the mullion directly to the building, we could build upon it vertically, bringing minimal disturbance to the surrounding area.


Boston is a lovely, historic city with thriving communities. So it should come as no surprise that building permit requirements in Boston might be difficult to understand considering its fascinating history and distinctive architecture. Understanding the permission standards and the procedure is crucial if you’re planning to build or remodel in Boston.
No matter you are renovating Kitchen, bathroom, or working on bedroom remodeling navigating the Boston building permit process can be difficult, but it is possible to successfully secure a permit for your building or remodeling project with the correct information and guidance.
Everything you need to know about Boston’s building permit regulations, including the types of permits, how to apply for a permit, and what to expect during the process, will be covered in this article.
Understanding Boston Building Permit Requirements
In Boston, the majority of construction and remodeling projects require a building permit. The Inspectional Services Department (ISD) issues building permits, which are intended to make sure that structures are fit for habitation and adhere to local laws.
The goal of Boston’s building regulations is to safeguard the public, therefore if you proceed without a permission, you incur the danger of having your project stopped or of being fined. It’s essential to understand the permit procedures and adhere to all local rules if you’re intending to build or renovate in Boston.
Types of Building Permits in Boston
Building permits come in a variety of forms in Boston, including:
Building permits: These are required for most types of construction and renovation projects, including new construction, alterations, and additions.
Electrical permits: These permits are required for electrical installations, alterations, and repairs.
Plumbing permits: Plumbing permits are required for new installations or alterations to plumbing systems.
Mechanical permits: Mechanical permits are required for HVAC systems, elevators, and other mechanical systems.
How to Get a Boston Building Permit
Before you can submit an application for a building permit in Boston, you must compile all the required data and documentation. This comprises a description of the work you intend to conduct along with particular plans and specifications.
Once you have collected all the required data, you may either submit your application offline or online. Your application will be examined by the ISD to make sure it conforms with all local laws and building codes.
You might occasionally need to get consent from other city agencies, like the Boston Water and Sewer Commission or the Boston Fire Department. To prevent delays or denials, it is crucial to review all local rules and secure any required approvals before submitting your application.
What to Expect After You Apply for a Building Permit
The ISD will consider your application for a building permit after you’ve submitted it and decide whether to approve or deny it. You will receive your permission once your application is accepted, at which point you can begin your building or restoration project.
If your application is rejected, you will be given a formal justification for the rejection. In this situation, you will need to alter your plans or give more details to satisfy local needs.
Common Issues with Building Permits in Boston
People frequently run into a few problems while applying for building permits in Boston. Incomplete applications, a failure to secure necessary clearances from other departments, or a failure to adhere to local construction codes are a few of the most frequent problems.
It’s crucial to take the necessary time to understand all local criteria and make sure your application is precise and thorough in order to prevent these problems. Working with a certified builder or home remodeler with Boston building permit experience might also be beneficial.
You can make sure that your project is secure and in compliance with local laws by being aware of the many permissions available, the application procedure, and frequent problems.
Keep in mind that obtaining a building permit is necessary for guaranteeing the public’s safety and welfare, and that failing to do so can lead to fines, project delays, and legal problems. If you intend to construct or renovate in Boston, take the time to learn about the criteria for obtaining a building permit and to abide by all applicable laws.
Last but not least, it’s always a good idea to collaborate with knowledgeable experts who can support you through the permission procedure and guarantee that your project is executed securely and in accordance with local laws. You may effectively navigate the building permit requirements in Boston and complete your construction or renovation project with the correct information and direction.


Clapham Common Gateway
After a long process of planning, design, public consultation and planning permission we are pleased to announce the Clapham Common Gateway project is expected to begin delivery soon.
Clapham based architects Methodic Practice came up with the winning design to improve the green space behind Clapham Common Underground Station. The aim of the project was to create a new gateway feature into the Common and make it an attractive dwelling space in the centre of Clapham and to claim back part of the busy High Street.
Last year 10 million people used Clapham Common Station. We therefore want to retain and enhance the existing green space by combining carefully selected surfacing materials to accommodate the heavy footfall and ensure the grass continues to thrive throughout the site.
You can download the winning design idea here Clapham Common Gateway.
This is Clapham have already installed uplighting in seven trees on this space as part of the plan to create a new focal point in the centre of Clapham. You can read information about the lighting project here.


Designers of multifamily real estate have various preliminary decisions to make at the start of a new project. Yet, the type of HEATING AND COOLING system that will be utilized in the property is a decision that has long-lasting ramifications. In this article, we will lay out effective A/C systems for a multifamily home.
Eventually, the choice boils down to a number of aspects, from setup and upkeep costs, looks and energy efficiency, along with the size of the property. Low-rise structures, for instance, tend to have different needs compared to mid-rise or high-rise developments.
Beyond this, multifamily developments also have special HVAC requirements, compared to single-family houses. Multifamily heating and cooling units must deliver:
- Peak load flexibility: It’s hard to approximate the peak energy need of a multi-family home. The system must be enhanced to manage a variety of peak loads.
- Specific comfort controls: Residents must have in-unit controls, which can be delivered in a few different methods.
- Maintenance: HVAC systems might be consisted of in-unit or as part of a central system. Either way, the system should be created to be quickly kept.
Eventually, the concern is: Which systems are the most energy effective?
Centralized vs. Decentralized HVAC Units
A/C systems for multifamily buildings fall into 2 categories: Centralized and decentralized systems. Centralized HVAC systems are similar to a home’s heating and cooling systems. Heat and/or Air Conditioner feed from a main area, generally a mechanical room in the basement of the structure. Centralized systems do have a higher expense, and therefore, they’re more typical in mid-rise and high-rise residential or commercial properties with many systems.
Decentralized units, on the other hand, are separated. Each unit is dealt with as its own building, and different heating and cooling systems are delivered to the specific systems. These systems are generally thought about “self-contained.” Baseboard heat is another kind of decentralized system.
Energy Effectiveness of Centralized and Decentralized Systems
Centralized systems outperform decentralized A/C systems in regards to energy performance. Yet, the higher installation costs may make these systems cost excessive. Typical kinds of centralized HVAC systems include:
- Hot Water Baseboard: These systems provide hot water from a central place to private units. Essentially, the hot water flows through the radiator, as the radiator sucks in cooler air and heats it. This type of system is economical to set up and is fairly efficient.
- Two-Pipe Systems: This system includes a central water boiler, in addition to a central cooling plant, which is normally on the roof. These systems have 2 pipelines– one for delivering hot or cold water– and one for returning. Heat and A/C can not be provided at the exact same time. Effectiveness is improved with these systems.
- Four-Pipe Systems: Four-pipe systems use similar equipment to the two-pipe system, however because there are four pipelines, cooling and heating can be offered at the very same time. Apartment A can select heat, while Home B can choose to cool. These systems are costly to set up, however are popular for their effectiveness.
- Geothermal Systems: Among the most efficient types of A/C systems, geothermal utilize a water loop buried within the earth to heat or cool the water. This water can then be provided to individual units with a two- or four-pipe system.
Decentralized systems are, typically, more affordable to set up, however the majority of do not deliver optimal efficiency.
- Electric Baseboard Heat: Baseboard heat is one of the most cost-effective alternatives to install. These systems are inefficient and bring high operating costs, and they’re just capable of supplying heat.
- Wall Unit A/C: Like baseboard heaters, wall systems are cost-efficient to install, however they are inefficient. Furthermore, these systems normally only supply cooling.
- Packaged Thermal A/C Unit: A common heating/cooling option used in hospitality developments, PTAC systems are wall-mounted forced air systems. Generally, these systems have shorter life cycles, and they aren’t really efficient.
- Self-Contained Systems: These are forced air systems that deliver heating and cooling an individual system. Heating and cooling equipment is installed in each specific unit, either in a closet or installed to an outside wall. In regards to decentralized HVAC units, the self-contained HVAC systems are the most effectiveness.
Tips for Maintaining Energy Effective HVAC Units
Eventually, your choice of HVAC systems will set the standard for the system’s efficiency, however there extra steps that can be taken too. Correctly sealing heating and cooling duct work can immediately enhance a system. Furthermore, improving the insulation of the building envelop can reduce the system’s overall heating or cooling load. Contact Comfort Systems to setup a free consultation to help you in selecting the best HVAC solution for your multifamily home.


When I designed the simple garden room extension to this Rathfarnham house I wanted the steel beam set into the floor zone but I chose to introduce a column to control the span of the steel and therefore its depth. I then chose to make a “cut out” feature beside this column to give a neat sculptural effect. The roof light in the picture as also statically positioned close to the old kitchen in order to optimise daylighting and sunshine. A high level window at the side facing south west also has a huge impact on the daylighting in this project. Hats off to builder Tommy Wade of Construction Development who kept us all smiling throughout.
Tuesday, August 12, 2014
Designing a second extension beside an existing extension can be interesting. In this south Dublin project I wanted to modify the earlier extension but any such modification has to be under clause 4.1.h. of the 2000 Planning Act which defines a certain type of exemption: "development consisting of the carrying out of works for the maintenance, improvement or other alteration of any structure, being works which affect only the interior of the structure or which do not materially affect the external appearance of the structure so as to render the appearance inconsistent with the character of the structure or of neighbouring structures". This means that if the house had a pitched roof then the extension should too. The second extension on the left, which is exempt under the 2001 Planning Regulations, total extended area being under 40 sq.m., took its lead off the first but both were provided with gable walls and the opportunity for high level windows to allow good sun penetration. Each pitch roof also was given a ridge roof light which could be opened to allow...guess what...cooling! . Are we talking about Ireland?
Posted by Unknown at 3:32 PM


Let us know if you would like us to manage the entire design and build process.
MetroServe are specified by a number of Architects and Engineers, and also commission design on behalf of Professional or Overseas Property Managers.
Many building works such as a loft conversion or basic remodelling do not require expensive architectural and engineering design and MetroServe can arrange design work either ourselves or through our network of engineers and architects.
This provides a cost advantage as you do not need a separate company.
All of our Metroserve tradesmen are fully trained, insured and certified by their respective trade associations for your peace of mind.
We’re available from 8am – 10pm everyday so get in touch with our friendly team and let us know how we can help you.
Call us on 020 3176 7120
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The Board of Management will establish, in accordance with the constitution, a Building and Works Committee within the club: This committee will have responsibility for managing and coordinating any building changes/works as required, and for ensuring the ongoing safety of the clubrooms.
The Club President will chair the Building Works Committee.
In accordance with the constitution, the President and Secretary are ex-officio members of all committees. Either or both can/should be called upon to assist with decision-making if required.
The Building and Works Committee must:
- Seek and obtain all necessary council and/or government approvals for any works to be undertaken that require same.
- Ensure all building works and/or maintenance is approved by the Board of Management.
- Ensure all building works and/or maintenance is correctly undertaken.
- Ensure all necessary building regulations are followed and adhered to.
- Promptly pass all invoices to the Treasurer for payment.
- Report any matter of interest or concern to the Board as soon as it becomes apparent.
- Obtain Board of Management approval for decisions that change/set club policy.
The Building and Works Committee should:
- Conduct regular building inspections to identify/remediate areas of concern or risk.
- Seek the advice of experts (both within and external to the club) as required to ensure the building’s integrity and safety is maintained.
- Liaise with the Greens and Gardens Committee as required.
- Meet regularly to ensure plans continue to align with changing circumstances.
- Keep minutes of meetings held to determine club policy or direction.
In terms of administration, this committee must:
- Request assistance/action to be taken by the Board or Secretary in writing.
- Provide reports and/or advice to the Board of Management in writing (electronic or paper).
- Provide the Secretary with a copy of minutes, if kept, as soon as practicable.
- Provide the Secretary with copies (or originals) of incoming and outgoing correspondence as soon as practicable.


Tips on How Much Your Roof Replacement Would Cost
Are you looking forward to replacing your roof? Roofs are replaced because of different reasons. Some people have tried everything to retain the previous roofs, but the issues keep on progressing, and therefore the last results are replacing the roof. Some people replace a roof because they need to remodel their home and give it a fresh appearance. Conversely, it would cost you to replace your roof, and you may know nothing about the costs. If you have been trying to figure out how much it would cost you to replace your roof for you to determine whether you are going to do it, then read more here on this page. First, the websites which compare the amount of funds the roof replacement services cost would be your major concern because you would know how much it can cost you for your roof replacement project. These sites compare the companies which offer the best services. This shows that you would know the companies with reasonable fees, and the one with costly fees. The company which charge a roof replacement at an affordable rate would be chosen through visiting these sites for more info.
The roof replacement costs would differ depending on the size of your home. Some people have different sizes when it comes to homes, and hence some would need more labor compared to others. For example, you will your roof replacement costs would be higher if at all your house is bigger because it needs more labor compared to a small house. Again, you would have a higher rate on your roof replacement cost if at all you have a bigger house because you would use more roofing materials. Hence, the size of your home would help you determine how much it would cost you to replace the roof.
You can determine how much it would cost you to replace your roof if at all you would consider the cost of roofing materials. Therefore, you need to consider comparing the cost of materials from one company to another. You should consider buying the roofing materials from a firm with reasonable prices. However, most of the time when you use a single company for both the roofing materials and roof replacement services, you are assured of a discount. This indicates that the overall cost of your roof replacement cost would be lower when compared to when you hire a firm for your roof replacement services and get the supply of roofing materials from another firm. Again, the kind of roofing materials you choose for your home would lead to differences in price because the shingle roofing and the tin roofing materials would vary in price. Still, the copper roofing and steel roofing materials would cost different. Go to https://www.encyclopedia.com/economics/news-and-education-magazines/roofer to get insights on roofing.


Building with the landscape
During the rain season Maraza is prone to flooding. The natural patterns of the landscape (elevations, natural conditions, wetlands, watercourses and the soil) determined the urban design. We used the natural flow of water in order to avoid floods and create a dry and healthy urban environment. The design is based on a Green Infrastructure. The New Town is sufficiently drained by natural waterways, canals, parks, ponds, ditches and gutters. Green infrastructure mimics the natural systems that reduce peak stormwater runoff and improve water quality.
4 Steps in the Urban Design
- an efficient drainage system by turning lower lying areas into a natural waterway;
- Drainage Park; a robust urban park-system;
- an efficient main road system;
- the lay-out of an efficient and beautiful urban environment. The morphology (elevations and drainage) and topography (lines in the landscape) were used in the urban design and gives a sense of origin. Furthermore we introduced elements from classical urban design found elsewhere in Beira.
Maraza has to provide higher living standards for each household. We projected a standard housing scheme to be implemented in the location. Our concept for the New Town is based on 4 income groups and accordingly standard housing schemes: Extra Small (XS), Small (S), Medium (M) and Large (L).


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Most out-of-the-box project management products simply can’t handle the complexities of managing an entire construction portfolio. Owner Insite’s suite of tools gives you big picture visibility without the blind spots that could cost you significant time or money.
Owner Insite’s platform ensures that you don’t have to depend on third parties for critical status updates. You have complete, continual transparency into every aspect of your construction portfolio.
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What type of fencing or retaining walls in Brisbane are you looking for your building? Do you want concrete retaining walls in in Brisbane or is it timber retaining walls in Brisbane that you are considering? Or maybe it is a brick retaining wall? If you are looking for a retaining walls and fences in Brisbane installation and service company near me, connect with JTX Scapes.
Bricklaying of the fence or garden wall is one aspect. We also take care of brick retaining wall repairs in Brisbane. At JTX Scapes we do have experienced builders who offer a range of services and will also help build, repair block concrete, timber or rock fencing or retaining walls.
So, what is the use of building retaining walls? It is in a way fundamentally important because it gives a clear distinction between the garden space and fencing around your building.
In any residential or commercial project, when you add retaining walls, it automatically enhances the aesthetic appeal of the outdoor area. A retaining wall is also ideal for proper water drainage in your garden area. Depending on what you want, you can opt for any type of retaining walls, as in rock or stone, timber or concrete retaining walls.
Since retaining walls are not just a beauty element to your building exterior, but they also offer functional uses, it is important that you get experts like JTX Scapes to help maintain, repairing a crack or engaging in other repairs and services.
If you are seeking the best builders who specialise in fencing crack and retaining wall repairs in Brisbane and other related services nearby or in and around QLD, connect with JTX Scapes. Get in touch with us on our number 0409541382 or email us at firstname.lastname@example.org.


Bayside Condos concrete pour
San Diego, BAYSIDE condos ($795,000 to $12,000,000.each condo, 282 total.)
This photo shows the concrete pour, last weekend, of the south one-half only of the ten-foot-thick RAFT slab, which supports the 35 story tower. This was a 258 truck ballet in which the contractor placed 11,500 yards of concrete in one monolithic pour that got started at five in the morning and finished by three in the afternoon.
258 trucks in 10 hours = 26 trucks per hour = 1 truck every 2 minutes 20 seconds.


Soil Treatment done during the pre-construction stage of any building is one of the best and most effective ways to protect it against termites.
Technically, this is also the best time to carry out the termite proofing works as a more thorough job can be done. The compacted soil is saturated with termiticide solution at 5 litres per metre square. All treated areas are covered a with a layer of plastic sheets immediately after treatment so as to prevent leaching by rain and also degration by the sun.
Treatment is also necessary to be carried out along apron area surrounding the building. It is normally done on separate visits and during the final stages of the construction works. Concreting works are also recommended to be done immediately after the completion of the treatment.
Always engage NEA Licensed Pest Control directly for such works to achieve optimum and long lasting results against termite attacks .
Only Termite Specialist in this industry knows what works best for your property.
Click on our gallery below to view the step by step process our Oscar Technician employed to carry out the soil treatment.
Ready to enlist Oscar for your pest issues? Contact us at 6556 4466 or drop us an email at firstname.lastname@example.org. We will get back to you within 1 working day.


Thank you for choosing Chemme.Co! Chemme.Co provides environmentally friendly products, materials, and solutions for the Concrete, Cement, and
Fleet Washing Industries!
[Ready Mix Concrete, Precast Concrete, Concrete Pumping, ShotCrete, Gunite, Concrete Sawing, Concrete Paving, Prestressed Concrete, Concrete Tiles, Pave Stone, Concrete Forming, Cement Haulers, Cement Tankers, Refractories, Lime Haulers, Cement Silos, Cement Grouting, Oil Well Cementing, Brick Masons, Cement Bagging, Mortar Bagging, Grout Bagging, Concrete Bagging, Concrete Buggies, Concrete Forms, Concrete Molds, Statuary, Haul Trucks, Tanker Trucks, Fleet Washing, Power Washing, Car Washing, Mobile Detailing, Pressure Washing, Ect...]
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Chemme.Co is a manufacturing formulator of environmentally freindly, biodegradable,
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Waxes & Polishes
Custom Spray Systems
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Chemme.Co - Think Global - Think Green!
Endorser of EPA Waste Wise Program - Preserving Resources - Preventing Waste.
Please click on the World of Concrete 2014 link above to see our booth location on show map! We are next to McNeilus Trucks booth. Please stop by booth #C6344 if your going to the show - thank you!!


Assistant Site Production Manager
Eric Solis joins the Night On Broadway team for the 2nd year in a row, now serving on the core planning team as Assistant Site Production Manager. Eric offers his skills and experience in architecture, urban planning, site logistics, traffic mitigation, pedestrian flow, and graphic communication that he developed through his design work on major infrastructure projects in the City of Los Angeles including the new 6th Street Bridge and Metro Crenshaw Light Rail Line, to large event venues including the new San Francisco 49ers Levi’s Stadium. Eric also brings his expertise in festival design through his position as logistics director for the DTLA Proud Festival, the very first LGBT Pride festival ever held in Downtown Los Angeles in Pershing Square. Eric has a sincere love for civic engagement and is passionate about the power that design has in bringing large groups of people together through a single shared experience. He believes by having a clear vision, a little creative thinking, and relentless dedication, that anything is possible.


Inspection Requests: (804) 333-5460 (voice mail after business hours) or (804) 333-3415
To request inspection you must provide:
Owner's name & Contractor's name
Location (physical address)
Type of inspection to be performed
Inspections must be requested 24 hours in advance with the following exceptions:
Water and sewer lines
The above inspections may be scheduled on the same day that they are requested, provided the request is made by 10:00 a.m.
Footing: Required after trenches have been excavated, forms and grade stakes are in place, and before concrete is poured.
Slab: Required after fill, reinforcing and vapor barrier is in place and before concrete is poured.
Foundation: Required after foundation walls have been completed with anchor bolts and vents are in place. The inside of the foundation must be graded and sod removed. This inspection must be made before the sub-floor or floor sheathing is installed.
Basements: Additional inspection is required for drainage system and waterproofing.
Poured walls: Required after form work has been completed and reinforcing is in place, and before concrete is poured.
Framing: Required after all framing has been completed, doors and windows have been set, roof covering has been installed and before siding or exterior wall covering is installed. Framing and Rough In inspections can be performed at the same time.
Electrical Rough In: Required after all wiring, boxes and draftstopping are installed and before insulation or wall covering is applied.
Electrical Service: Required after meter base and panel box have been set, a circuit breaker with one GFCI receptacle has been installed, and the system has been properly grounded.
Plumbing Rough In: Required after all drain, waste, vent and water distribution piping is installed and before insulation or wall covering is applied. Drain, waste, vent shall be filled with water or provided with 5 psi of positive air pressure at the time of inspection. Water piping shall be provided with air or water at the working pressure of the system or a minimum of 50 psi at the time of inspection. Also, all draft or firestopping must be installed at this time.
Mechanical Rough In: Required after all duckwork, boots, returns, refrigerant and condensate lines have been installed. Supply and return openings must be covered. Also, all draft and firestopping must be installed at this time.
Gas Rough In (inside): Required after all inside gas piping has been installed, prior to setting appliances. Positive air pressure (1/2 of the gauge) shall be used to test the piping.
Gas Rough In (outside): Required after all gas piping has been installed and tank has been set and before trench is covered and regulator is installed. Positive air pressure (1/2 of the gauge) shall be used to test the piping.
Gas Final: Required after all appliances have been installed.
Fireplace Throat: Required on masonry fireplace after first flu liner is set.
Insulation: Required after insulation has been installed in areas that will be concealed, prior to final inspection.
Water and Sewer Lines (underground): Required before water and sewer (well and septic) lines are covered.
Final: Required after the building has been completed, the yard is graded and seeded and the building is ready to be occupied, and before moving in any furniture, etc. Sewage Disposal Operational Permit from the Richmond County Health Department is required before a final inspection will be scheduled. The assigned address number must be displayed before the certificate of occupancy will be issued.
Certificate of Occupancy: A certificate of occupancy is issued once the final inspection is approved. IT IS UNLAWFUL TO OCCUPY A DWELLING OR STRUCTURE PRIOR TO ISSUANCE OF A CERTIFICATE OF OCCUPANCY.
- This list of inspections is the minimum inspections required for a new one or two family dwelling. Commercial projects or special conditions on residential projects may require inspections not on this list.
- Separate permits are required for plumbing, electrical, mechanical, and gas installations.


Steni Engineered Stone Rainscreen Panels
Steni Engineered Stone Rainscreen Panels are composed of a fiberglass-reinforced polymer composite with a crushed limestone core. The smooth surface is made of electron beam-cured acrylic. Steni engineered stone panels are 100% water-impermeable and designed to withstand the harshest of environments. Steni offers the longest warranty on the market.
- 60-year Warranty
- Three styles:
- Made of approximately 70% naturally occurring materials.
- Wide range of formats, 47.75” wide and custom lengths up to 11’ 5” long.
- Panels are calibrated to ensure a perfectly smooth surface.
- Panels are near impermeable and can withstand extreme temperatures.
- Panels may be up-cycled.
- Lowest in class manufacturing carbon footprint.
- Best environmental classification. Residues are inert and have no impact on the environment.
- Environmentally sound packaging for shipments to construction sites.


Document Type : Original Article
Lecturer, Department of Architectural Engineering - Faculty of Engineering - misr Higher Institute of Engineering and Technology in Mansoura - Egypt
This research paper focuses on addressing the challenges of inadequate urban housing and the high cost of traditional building materials in Egypt. As part of the study, a low-cost housing project utilizing sandbags as a construction material is presented as an applied example. The project aims to provide affordable housing solutions while minimizing construction expenses and maximizing the value of locally available resources.
The utilization of sandbags as a building material offers several advantages. It is a low-cost and readily available resource in Egypt, making it an ideal option for constructing affordable housing units. Additionally, sandbags demonstrate excellent thermal insulation properties, contributing to energy efficiency and reducing long-term maintenance costs. The project also explores the potential for incorporating sustainable design principles, such as rainwater harvesting and solar energy systems, to further enhance the efficiency and environmental performance of the houses.
Despite the low initial costs associated with constructing sandbag houses, the research paper highlights the importance of considering long-term treatment costs. Adequate measures should be taken to protect the sandbag walls from moisture, pests, and erosion, ensuring the durability and longevity of the structures. Such treatments may include applying waterproof coatings, implementing proper drainage systems, and utilizing appropriate landscaping techniques.
This applied example of a sandbag house serves as a demonstration of a practical and cost-effective solution to address the lack of adequate urban housing in Egypt. By utilizing locally available materials and incorporating sustainable design principles, the project aims to provide affordable and environmentally friendly housing options low-income communities


Providing Professional Metal Roof Replacement & Repairs throughout Billerica, MA
If you are looking for a long-lasting roofing option that can save you money in the long run, consider a metal roof. One of the biggest benefits of metal roofing is its longevity of up to 70 years. Another benefit is their ability to reflect heat, resulting in a more energy-efficient home.
Zhumas Construction Inc. is a reputable roofing company in Billerica that is here to guide you through every step of the metal roofing installation process. If you are ready to improve the roof over your head, we’re here to help! Contact us today to schedule a free estimate.
What’s the Advantage of a Metal Roof?
Metal Roofs Are Energy Efficient
Metal roofing reflects the majority of the sun’s heat and energy, unlike shingles that tend to absorb it. Modern metal roof panels have unique pigments in their coating that not only reflect sunlight but also dissipate absorbed heat throughout the day. Cooling energy expenses can be cut by up to 20% by installing a metal roof onto your home!
Metal Roofs Are Not Noisy
Anyone who has spent time in a metal-clad pole barn, garage, or outdoor shelter during a rainstorm can recall the loud pinging noise made as the raindrops hit the metal roof. However, unlike residential homes with multiple layers of building materials to muffle sounds, metal roofs produce a noise level similar to that of traditional shingles.
Metal Roofs Are Hail-Resistant
Research conducted by the Insurance Institute for Business & Home Safety (IBHS) reveals that metal roofing is significantly more resistant to hail punctures than traditional asphalt shingles, undoubtedly a valuable advantage.
Types of Metal Roofs We Install
At Zhumas Construction Inc., we offer several types of roofing options made from different types of metal. You can choose a new roof made of copper or steel in the following styles:
Corrugated Metal Roofing
Corrugated metal roofing is a popular roofing option that is known for its durability and strength. The roofing material is made up of sheets of metal that are formed into a series of parallel ridges and grooves, giving it its characteristic corrugated appearance. This design provides excellent structural support and makes the roofing material resistant to impact, making it ideal for harsh weather conditions.
Standing-Seam Metal Roofing
Standing seam roofing is durable and has a sleek, modern appearance. It is made up of interlocking metal panels with concealed fasteners, which create a seamless design that runs vertically along the roof. The roofing system can withstand harsh weather conditions and can be customized to fit almost any roof design. Standing seam roofing offers a higher level of durability and a more polished aesthetic compared to other metal roofing options.
Exposed Fastener Metal Roofing
Exposed fastener metal roofing is easy to install, cost-effective, and comes in various colors and finishes, making it perfect for residential, agricultural, and commercial use. Though less costly than standing seam metal roofing, exposed fasteners may require more maintenance over time. But with proper care, it can provide a durable and cost-effective solution for years.
Metal shingles are becoming increasingly popular with homeowners due to their durability, longevity, and energy efficiency. They can mimic the appearance of various roofing options like wood, cedar, slate, or ceramic shingles, giving you the appearance of your preferred style without cutting down trees or exhausting natural resources. Metal shingles have a longer lifespan than other shingle materials and are known for their ability to withstand harsh weather conditions, including extreme temperatures, strong winds, and heavy rainfall.
Is it time to learn more about the latest metal roofing options for your home? Our top roofing specialists are ready to help you make an informed decision! Together, we’ll come up with a plan that meets your roofing budget. Give us a call today to schedule a free estimate!


James Brand is a consultant in the property team, specialising in construction. James has expertise in all areas of construction and engineering law. His work covers a wide spectrum of commercial development, residential and mixed use construction and development projects acting for developers, funders and end users as well as consultants and contractors.
He specialises in the drafting and negotiation of all forms of building and civil engineering contracts, development and funding agreements, professional appointments, warranties, third party rights and related project documentation. In addition he advises on all methods of construction procurement including strategic framework and/or other partnering strategies.
James is a member of the Society of Construction Law; a regular contributor to articles in the construction press and a speaker at construction law conferences.


ASA stands for acrylonitrile styrene acrylate. This material has mechanical strength and is UV and water resistant.
It is a material that is structurally similar to ABS, but with better weather resistance.
It is often referred to as an engineering plastic. This is due to the fact that the ASA material can maintain its appearance and resistance to impact even after long periods of time in the open air, rain, cold and salt water of the sea.
Due to these properties, it is ideal for outdoor commercial and infrastructure use. That is why this material is used in many products that we see and use in our daily life: electrical housings, brackets, pipes and construction profiles, sporting goods, automotive prototypes and many more.
ASA is a material used in Fused Deposition Modeling (FDM) 3D printing.
• Strong UV resistance
• High wear and impact resistance
• High temperature resistance
• Color Fade/Aging/Yellowing Resistance
• Glossy surface
• Higher cost compared to traditional ABS
• Higher extruder temperature
• Toxic fumes when printing, requires ventilation
• Hygroscopic properties, absorbs water from the air


Phoenix has extensive experience with interior and exterior canopies and awnings of many shapes, sizes, and materials.
Design, analyze, and provide fabrication drawings and expertise
- free standing architectural canopy system for luxury auto dealership
- entrance canopies for new church construction project
- new look canopies for national restaurant chain
- multicurved entrance canopy at an emergency care center
- storefront awning system for a veterinary building
- awning system for golf course pro shop
- large scale canopies and entrance awnings for high rise office building
- multi-section entry canopy for hospital expansion
- main canopy for waste water treatment facility
- entry awnings for parking deck
- glass canopies for retail / residential village
- walkway canopy for baggage handling at Atlanta airport
- hanging glass canopy for residential high rise
- grand centerpiece canopy for main street park revitalization
Provide design expertise and analysis
- canopy structures located at retail village
- interior architectural canopy at retail location
- canopy structure located at banking facility
- awning system for high rise office building
- entry canopy for church fellowship hall
- loading dock canopies for warehouse facilities
Provide initial design work for proposed grand entrance canopy for high rise office building
Determine alternate connection methods for rollout of new canopies for national retail chain
Review canopy systems for high wind and high snow load regions
Provide expertise for layout of canopy system at Atlanta airport
Inspect, analyze, and provide design assistance for failed canopy / awning systems
Provide design of canopy footing systems
Analyze a proposed awning system and provide reactions loads and connection design information
We offer practical engineering solutions and strive to build a longstanding relationship with our clients.
At Phoenix Engineering and Consulting, we custom design architectural canopies and awnings for commercial and industrial businesses to enhance the building’s entrance, patio, or drive-up area as well as provide protection from precipitation. Phoenix Engineering and Consulting engineers have 15 years of experience in creating canopy design drawings and awning design calculations ensuring your metal canopy or awning is safe and aesthetically pleasing.
Phoenix Engineering and Consulting engineers create one of a kind metal and glass structural awnings and architectural canopy systems for architects, contractors and properties across the United States. Our engineers specialize in designing high quality weather resistant architectural canopies and architectural awnings of all styles. With a multitude of styles and colors to choose from Phoenix Engineering and Consulting can engineer a canopy or awning that makes your business stand out. Our certified engineers have experience working with architects and contractors to design high quality canopies and awnings for your business whether you are building a new property or upgrading an existing location.


Where others see hopelessly foundering logistics, Xin Wang sees the possibility of creating sustainable and resilient systems for things like developing biofuels and keeping cities operating when disaster strikes.
Wang, assistant professor of industrial and systems engineering and an affiliate of the new Grainger Institute for Engineering, brings an interdisciplinary approach to solving these large-scale problems.
“This is a very exciting opportunity,” says Wang. “My focus and background is interdisciplinary. I plan to collaborate with colleagues in the Grainger Institute, those in industrial engineering and other departments.”
When Wang was a doctoral student at the University of Illinois at Urbana-Champaign, his research—mainly funded by the National Science Foundation—honed in on the creation of biofuels, which is wrought with competing factors and uncertainty.
For example, Wang developed mathematical models to examine ways in which the government can better design policies to answer challenging questions in the development of corn-based and other cellulosic biofuels, such as how to maintain food security and develop new energy sources in ways that are environmentally sustainable.
“Our framework can be applied successfully to solve issues when there are competition, reliability and interdependence issues,” he says.
To validate his research, Wang employed a multi-user, web-based simulation game in which players assumed the roles of various stakeholders who make individual decisions on use of farmland, biofuel investments and government mandates and subsidies.
“This software can help us collect data that simulates reality, and help show how various decisions by stakeholders affect the entire system,” Wang says. “We have to consider not only the economic impact, but the social and environmental impacts. That will help develop the biofuel industry in a sustainable way.”
Wang says the model can be applied to a variety of complex systems, such as infrastructure or manufacturing systems. Recently, Wang began working with the U.S. Army Corps of Engineers to use the mathematical model to analyze the reliability of urban systems.
Specifically, Wang researches how the government plans to protect critical urban infrastructure. He hopes the research will help the government evaluate adverse impacts and enhance preparedness and reliability of key urban systems.
During a natural or man-made disaster, Wang says events may cascade—causing a potentially disastrous effect. Some of the effects hit the physical infrastructure and some affect the supply of resources.
For example, a power outage could cause electricity-dependent water systems to shut down. In turn, people might travel to seek water, pinching fuel supplies and resulting in gridlocked traffic.
“When you consider the problem at first, it may not seem complicated, but when you factor in people’s behavior, it can become significant and disaster could happen,” Wang says. “If the disruption caused by people’s behavior is at a critical infrastructure, it may amplify the disruption.”
The research will help the government know the social impact of infrastructure breakdowns and respond accordingly.
“We hope to tell, based on the infrastructure disruption, what is the social impact? Then the government can have an idea about the reliability of a city and which infrastructure is the most critical to protect,” Wang says.
Inherent in Wang’s research is a depth of knowledge in logistics systems and supply chain management, key components in advanced manufacturing, one of the focuses of the Grainger Institute. The institute, created in 2014 with a $25 million gift from The Grainger Foundation, serves as an incubator for transdisciplinary research.
“Advanced manufacturing is not only using the innovative technology to improve production,” says Wang. “But it also needs to use successful management methodologies to enhance supply chain efficiency and reduce supply uncertainty or energy usage and environmental impact.”


Bucklin Buildings offer next big idea in Corn Storage.
By Andrea Johnson, For Midwest Producer
Wednesday, June 30, 2010 10:41 AM CDT
A construction group is finding great interest in their flat grain storage facilities. Bucklin Buildings Inc. with headquarters in Sisseton, S.D., builds custom-made fabric-covered facilities that hold 1-2 million bushels of grain. The invention of Donald Bucklin, Bucklin flat grain storage facilities reflect what he thinks is important for buildings – high quality at a reasonable price. “It’s designed specifically for grain storage,” he said. “We’re really proud of it.”
Bucklin, 56, has been involved in construction all of his life, but has worked on the idea of a fabric-covered flat grain storage facility for about 10 years.
Read more About Bucklin Buildings Corn Storage


Prevent Further Damage from Forming in Your Driveway.
Crack filler is designed to completely seal cracks in the asphalt. Sealing the cracks completely will help keep water from getting under the asphalt and eroding the base material of your driveway or parking lot.
Protect Your Driveway from Nature's Harsh Weather
Sealcoating is designed to protect and beautify all asphalt pavement. Sealcoating will repair surface damage and protect your asphalt from UV rays, vehicle fluids, rain, and snow. Sealcoating will help prevent cracks and extend the life of the asphalt.
Make your parking lot stand out with new parking stripes.
We can paint over existing stripes or layout new parking lot stripes. We do commercial lots of all sizes.
Tired of hitting those pesky pot holes?
We will square those pot holes up and lay new asphalt flush with the existing asphalt and smooth your ride out.


Sgt. Sealcoat has proudly served the Atlantic City community since 2014. Providing asphalt installation, asphalt pothole repair, asphalt speed bump installation, concrete sidewalk installation, concrete driveway sealing, parking garage power washing, parking garage line striping, epoxy floor sealing, parking bumper installation, driveway sealcoating, parking lot sealcoating, hot rubber asphalt crack repair, line striping, and much more.
Sgt. Sealcoat has completed jobs all over Atlantic City. To include casinos, hotels, apartment buildings, sports courts for the City of Atlantic City, we also sealed the courthouse parking lot in Atlantic City. Thank you Atlantic City for all your support!


The purpose of this award is to equip the learner with the knowledge, skill and competence to carry out Building Energy Rating (BER) assessments on dwellings in compliance with the current Occupational Standards for Building Energy Rating (BER) Assessor for Dwellings and Corresponding Requirements for Training Programmes leading to Building Energy Rating (BER) Assessment published by the Sustainable Energy Authority of Ireland (SEAI).
QQI Building Energy Rating Assessment (Dwellings) level 6 Award (Component)
Level 6 or equivalent in a construction related topic
Good IT skills.
Who is the course for
Construction professionals seeking to become BER assessors


Chris Spear, President and CEO of American Trucking Associations, penned an op-ed at Real Clear Politics today.
Everyone has a traffic horror story that’s come with a high cost—a missed meeting, family dinner, or the Little League opening pitch. These are the moments and memories that are lost as we sit imprisoned in our vehicles. Today, the biggest obstacle that stands between us and the places we work, live and play is thousands of miles of crumbling roads, highways and bridges that are creating bottlenecks and gridlock.
The problem has reached a tipping point. Just last month, chunks of falling concrete struck cars traveling under bridges in California and Massachusetts. We are no longer facing a future highway maintenance crisis. We’re living it. In nearly 53 percent of the highway fatalities, the condition of the roadway contributed. Every day we fail to invest, we’re putting more lives at risk.
Read the whole thing here.


What Is a Sump Pump Discharge Pipe?
A sump pump discharge pipe gets the water out of the house where it is normally connected to a discharge hose line.
The discharge pipe is connected to the sump pump and exits out the side of the house just above ground level.
Sump Pump Discharge Pipe Operation
The pipe is used to flush the sump pump water that has been collected out of the building where it can then drain away. This happens when the water in the sump pump basin reaches the level that triggers the float switch on the sump pump, which then switches on the pump to push the water through the discharge pipe to the outside.
One important element in this setup is the sump pump’s discharge valve. This check valve operates as a plug designed to prevent water from running back into the sump basin when the pump is switched off.
A solid PVC pipe is used to get the water out of the house where it is connected to an above-ground hose or a below-ground hose that drains water away from the house.
Where Should a Sump Pump Discharge Water To?
A sump pump normally discharges:
- Far enough away from the house foundation that the water cannot flow back into the basement.
- Across the yard and into the street storm sewer system.
- Into a pond, lake, stream, or river if permitted by local codes.
Sump Pump Discharge Ideas
The function of a sump pump is to move excess water from a basement to a safe place outside the home. As people across the world become more aware of how their actions affect the environment, homeowners have started to investigate better solutions to dealing with this excess water.
Let’s look at some earth friendly sump pump discharge ideas that you may want to consider. Also, where discharge and drainage water should not go.
Creating a Rain Garden
A rain garden is simply a slight depression in a yard that can hold and soak in runoff from the sump pump and rainwater temporarily. Flowers, perennials, native shrubs, and other landscaping normally flourish in this type of area.
Plan to put a rain garden close to the bottom of your lawn’s natural slope, downhill from the sump pump, and at least 20’ from the home’s foundation.
To identify the best spot, dig a hole about a foot deep and fill it with water. If the water drains within 24 hours, that’s the perfect spot for a rain garden.
Dig a channel that slopes down slightly from the pump’s discharge line to your rain garden. Install and connect a PVC pipe so the water can run from the house to the garden. Now dig a bowl-shaped hole in the garden.
The higher the slope is, the deeper the hole will have to be. Create raised banks around the hole to prevent water from overflowing. Decide where you want to grow plants and cover the rest of the area with draining stones.
Cover everything with soil and plant indigenous plants in the designated planting areas. Indigenous plants are generally easy to maintain and will also help in soaking up water. They will also attract beneficial insects, butterflies, and birds.
Using Rain Barrels
Rain barrels are big plastic containers that are used to collect rainwater. These can be used to collect water discharged from sump pumps as well as capture roof runoff from downspouts.
Rain barrels have an added advantage in that they will help you save on your water bill by conserving water and using less of the city’s water supply. Rain barrel collections can be used to water your indoor plants, garden, and lawn for free.
If you install a sprinkler system for watering your lawn with this technique you can significantly reduce your water bill.
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A 50-gallon barrel fitted with a valve at the bottom is an excellent option as you’ll be able to connect your garden hose to it. Select a barrel with a top hole where the discharge pipe can be inserted or drill a hole to the required size.
Level the ground where the barrel is to be installed and elevate it at least 12” so the spout can be accessed easily.
Measure the length of pipe required to attach the sump pump discharge pipe extension to the barrel. Connect one end of the pipe to the discharge line and put the other end into the hole at the top of the rain barrel.
Using more pipes or hoses makes it possible to connect multiple rain barrels to the original barrel.
Building a Dry Well
A dry well is a barrel that is perforated to allow water flowing into it to disperse underground and away from the home.
Select a spot downslope from the sump pump discharge line and at least 20’ from the home to install one. Use spray paint to mark a trench line from the dry well to the home. Mark a circle that’s about twice the dry well’s diameter.
Dig a trench wide enough to fit a PVC pipe and at least 12” deep on a slope. The size of the pipe should be twice the diameter of the sump pump discharge line’s diameter.
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Dig a hole twice as wide as the dry well barrel and deep enough for it to fit. Use crushed stones to fill the bottom of the well hole.
Use landscape fabric to layer the sides and bottom of the hole.
Drill a hole in the dry well sized to fit the PVC pipe that will run from the sump pump discharge line and lay the PVC pipe in the trench. Place the dry well in the hole on the fabric and connect the pipe to it. Place the surface drain inlet and cover on top of the well.
Fill the space between the dry well and the fabric-lined walls of the hole with crushed stone.
Fit a 90-degree elbow at the sump pump discharge outlet close to your home. Attach a short vertical pipe to the other end of the elbow and connect a rubber connector to the top with hose clamps.
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Backfill the well hole and trench with topsoil, leaving only the surface drain’s top exposed.
Finally, attach the discharge line to the rubber connector with the clamps.
The sump pump will now discharge excess water through the pipe to the dry well where it will seep out through the crushed stones into the soil.
Avoid These Places When Determining Where to Send Water
Water is pumped from the sump pump through a pipe and then into a flexible or ridged, weather-proof tube. The end of this tube should be as far away from the foundation as possible as discharging water close to the home is a bad idea.
The discharge point should be a bare minimum of 10’ away from the foundations, although 20’ is better. If it is closer, the soil will reabsorb the water and the pump will have to remove it again. A constant water flow will also damage the foundation, contribute to erosion, and wear out the sump pump quickly.
You must also make sure you don’t pump water close to a septic tank system if one has been installed.
If you are connected to a sewer system, draining your excess water into it may cause flooding. City ordinances often consider it pollution and don’t allow it.
The last place you should not pump excess water to is your neighbor’s lot. This is common courtesy, and in some places, it is also against local laws. If your excess water causes problems for your neighbor, they may hold you liable.
What Type of Hose Is Used on A Sump Pump Discharge Pipe?
Sump pump hoses are flexible tubes made from vinyl, plastic, or rubber, and they are connected to the discharge pipe where it exits the home.
Can A Flat Discharge Hose Be Used for The Sump Pump Discharge?
Yes, a flat discharge hose can be used for the sump once the water has exited the house.
3 inch x 25 FT flat discharge hose will work with the most common 1.5 inch sump pump discharge pipes. Click Here
How Far from The House Should I Place the Sump Pump Discharge?
A sump pump discharge is typically located around 20-30 feet away from the house’s foundation. This is done to prevent the discharged water from flowing through the ground and back into the basement.
What Should the Length of a Sump Pump Discharge Hose Be?
Sump pump hoses are ideally about 30’ long. They should be inspected regularly to make sure they’re not leaking or damaged. Leaking and damaged hoses should be replaced immediately.
Where Should Water from A Sump Pump Be Discharged?
All sump pumps must have a discharge pipe to remove water collected in the sump basin.
This size of the discharge line should be as per the pump manufacturer’s recommendations. Sump pumps normally have a recommended discharge size of 1.5”. However, 2-inch discharge pipes are required for larger pumps.
The discharge line must be taken to the house’s outside. Although homeowners often want to connect the pipe to the sanitary sewer, this is against code. City officials specify that rainwater is not allowed to be pumped into a sanitary sewer, as wastewater has to be treated.
Pushing sump pump water into a sewer system overwhelms those systems and sometimes forces cities to pump untreated wastewater into a river.
Never run discharge lines into your septic system, as this will overwhelm the system and potentially cause a massive mess and damage.
As discharges can’t be run into septic or sewer systems, that only leaves running them out into the yard.
A professional plumber will be able to help you determine the best location for the discharge so that you can pump water to a place where it runs off efficiently.
Should a sump pump discharge pipe be buried? Here are some sump pump discharge ideas to help you decide.
Note: Not all cities allow flexible discharge hoses. Some cities require solid pipes.
With the pipe running outside, you need to make sure it pumps water where it can run off without causing a muddy mess in the yard. As it is not possible to know how much water your sump pump will eject over time, it’s best to assume the amount will be significant. This will prevent you from having to make changes later.
Numerous Things Can Go Wrong with A Sump Pump Discharge Line:
- The line can sometimes be removed when the lawn is mown and then forgotten to be put back.
- The line can be removed or broken. This most often happens to lines that run above ground. If they are in the yard, there is a possibility that they can be broken.
- The line can be buried by snow or freeze, leading to water flow being blocked.
- The line can get buried by grass, dirt, or mulch. Although this happens whether it’s above or below ground, it’s good to check the discharge outlet whenever the lawn is mowed to ensure that doesn’t happen.
- The line runs to a location that doesn’t drain properly or isn’t run far enough from the house. If water is discharged close to the foundation, it will simply flow back into the sump pump and this may overwhelm your system, ultimately leading to a flooded basement. If the grade in the pump discharge area doesn’t slope away from your home, you’ll end up with a swamp in the yard or have the same problem of recycling water.
This device permits water to escape from a discharge pipe when the buried pipe is blocked. This is commonly caused by the pipe freezing, and the discharge will start working again as soon as the discharge pipe thaws.
A good way to prevent many of the potential issues is to bury the discharge line in your yard. This will however only eliminate the problems if it is done correctly. When doing so, keep the following in mind:
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The buried pipe diameter must be larger than the discharge pipe. This prevents the pressurized water from backing up in the burried pipe. Why? Because the buried pipe will only be at a slight pitch which enables gravity to drain the water away at a slower rate.
Make sure the discharge leaves your house in a location where the buried pipe can slope downhill to the discharge exit.
Close off the end with a screen that will prevent debris, leaves, and animals from clogging the line. Several good options are available depending on the yard’s slope:
Pop-Up Drain Emitter
This outlet has been designed for flat yards. If daylight can’t be reached because the yard doesn’t slope, the outlet will fill with water and overflow, allowing water to escape.
A Pop-Up Drainage Emitter is an excellent solution for sump pump discharge lines in a yard that has little or no slope. Its grate prevents leaves and animals from clogging it.
Use this if your yard is flat. NDS 430 Pop-Up Drainage Emitter with Elbow and Adapter for 3 in. & 4 in. Drain Pipes. Click Here
Angled Sump Pump Discharge Drain Emitter
This outlet has been designed for yards that have some positive slope. Although it has the advantage of water being able to drain out continuously, it can only be used in scenarios where you can get to daylight.
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What Causes Sump Pump Discharge Pipes to Fail?
One discharge pipe fault that may lead to a sump pump failure is a leaky or broken check valve. If the check valve can’t prevent pumped discharged water from draining back to the sump pump, this could lead to a pump burning out.
If enough water were to flow back into the sump pump, the pump would never turn off or continuously turn back on. This will lead to the motor pumping water constantly that won’t exit the discharge line. If the motor fails, the water won’t be discharged, and the basement may easily flood.
Another cause for a discharge pipe failing is a pipe that is blocked. This may happen for several reasons. Plant or tree roots may have managed to grow into the pipe and block it completely or the discharge pipe may freeze inside during the winter.
A blocked pipe may result in a potential burst or a massive backup in the sump pump. As either scenario will be a huge disaster, you need to make sure that if your pipes are blocked, a plumber must be hired to fix the problem as soon as possible.
How To Winterize Sump Pump Discharge and Prevent Freezing
During freezing weather, sump pump discharge lines can become blocked with ice, and this can lead to various problems with a pump. Let’s explore what you can do to prevent a sump pump discharge line from being blocked with ice.
When Do Drainage Lines Freeze?
When outside temperatures drop to lower than 32°F (0°C), water freezes and you can often find frozen puddles and ice on various surfaces. Water discharged from a basement by a sump pump will also freeze when it reaches the outside. Most homeowners however don’t realize that freezing also takes place on the inside of the pipe.
A layer of ice will form within the pipe after each water discharge from the basement. As these layers build up, they will start blocking the water trying to move through the line. The entire pipe will eventually ice over, and your basement’s water won’t be able to go anywhere.
What Happens When a Sump Pump Drainage Line is Frozen?
The most obvious sign of a frozen drainage line is that there is flooding in the basement. The sump pump may also start running continuously and will eventually stop working due to overheating.
How To Prevent Discharge Pipes or Hoses from Freezing
There are steps you can take to prevent the discharge line from freezing. Sump pump discharge pipes are typically extended either above the grade of the land or buried.
Buried Sump Pump Discharge Pipes or Hoses
A simple way to prevent the freezing of a buried pipe is to bury it below the frost line of the ground. The ground’s frost line is the maximum depth to which ice will penetrate the soil.
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Above-Ground Discharge Pipes or Hoses
To prepare for winter, you need to disconnect extension hoses that are attached to the sump pump’s discharge pipe before winter starts.
When these pipes are installed, ensure that they slope downward to keep water flowing. Water standing in a pipe will more likely freeze, and the simple fact that water keeps flowing in the line can make a big difference in preventing ice from building up in the interior of the pipe.
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A discharge pipe should also have a freeze-resistant, rigid, and smooth hose that takes the water at least 20′ (6m) away from the foundations.
What To Do About Pipes or Hoses That Are Already Frozen?
However, sump pump discharge pipes seem to freeze at the worst times. So, to be ready, you need to know what to do beforehand.
One option that provides a non-intrusive method of thawing ice is using a hand held portable heater. Although the heat output might be small, it can have an effect over time.
Some people suggest using a blowtorch on the pipe, but that will likely lead to even more problems.
The rapid heat change will cause metal pipes to become brittle, and this could lead to them snapping or breaking completely.
Plastic and PVC pipes may be burnt through, leaving leaks and holes in the line that must be repaired before being used again.
If the situation is dire and you don’t know what to do, consult with a professional plumber so you don’t end up causing irreparable damage to the sump pump system.
Using a Sump Pump Antifreeze Device
Contractors sometimes install a sump pump antifreeze device to prevent the drainage line from freezing. These outlets permit water to exit the discharge pipe even if the line is frozen.
They operate similarly to overflow valves, and as they’re installed vertically, they won’t freeze over.
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Normally they are installed right next to the house. The water is spilled onto the ground and it should run away from the house if the ground is frozen.
If the ground isn’t frozen, the water could enter the basement again. Fortunately, that rarely happens.


Southwest Corridor Community Forum
Monday, December 3, 2012 -
6:00pm to 8:00pm
Are you interested in better transit service in Tualatin? The City of Tualatin is participating in the Southwest Corridor Study which will help identify a major transit investment between Portland and Sherwood. If you want to hear about how this could impact the region—and Tualatin—come to the Community Planning Forum!
What? Southwest Corridor Community Planning Forum
When? Monday, December 3rd, 2012
6 to 8 pm
Where? Tualatin Police Station
Meet participants from other communities in the corridor. Talk with project partner staff. Learn the status of specific projects you might be interested in. Share your opinion and make your voice heard!


Residential & Commercial Grading & Drainage Services
Elite Landscape Solutions is a professional landscape excavation contractor in Wichita. We can complete a wide range of dirt work for residential and commercial landscaping projects. From clearing a site for your new expanded patio to digging channels for French drains, we can handle the entire project from start to finish.
Experienced Grading and Excavation Company
Kansas has a reputation for being pancake flat, but anyone who lives in the Wichita area knows that’s not the case. When your landscaping project requires a level surface, we can fill in low spots and grade the site so it’s ready. In some cases, a property needs more slope to prevent water from pooling around the home’s foundation or creating areas of standing water. In these cases, we can add fill dirt and then grade to create positive drainage. We also move dirt to create raised flower beds and direct water from your downspouts underground.
Landscape Excavation Services
A big portion of our excavation work revolves around preventing erosion, especially around commercial and residential retaining ponds. We ensure a proper grade around the pond or small lake and then install rip rap on the slope to minimize soil erosion.
Site Clearing & Demolition
Unless you have a brand new home where we’re installing your lawn from scratch, your new landscaping project will most likely involve some demolition and site clearing. Elite Landscape Solutions will safely demo your old patio if needed, remove rocks, clear stumps, remove trees, level the site and more. Then we’ll haul off the debris so we can start with a clean slate.
Here in the Wichita area, we’ve seen more than our share of torrential downpours in recent years. The last thing you want to worry about during a heavy rain is where the water will go. We’ll make sure the land on your commercial or residential land is sloped away from any structures. We’ll also fill in any low spots so water will run off where it should.
French Drains and Pop Up Drains
One of the best ways to improve your home’s curb appeal and drainage at the same time is to get rid of those unsightly gutter extenders. But that doesn’t mean simply letting water pour out of your downspouts right next to your home’s foundation. French drain systems or pop up drain emitters are more attractive and effective solutions.
A French drain is simply a channel lined with gravel and an embedded pipe that carries rainwater and snow runoff to a better location. French drains are good solutions for areas where water pools or for homes that tend to collect water near the foundation.
Pop up drains, on the other hand, consist of a hose or pipe connected to the downspout that runs underground. The pipe connects to a drainage emitter that pops up to release the water across a large surface area rather than pouring onto one spot next to the foundation. This helps disperse the water so it doesn’t erode or damage the soil.
For both French drains and pop up drains to work properly, they must be able to slope down away from the downspout or low spot. Elite Landscape Solutions is experienced with grading and creating trenches with the correct slope for proper drainage.
Can I regrade my yard myself?
Regrading around a small landscaping element like a patio could be a DIY task, but if you need to regrade your entire yard, it’s best to hire a professional. Experienced excavators will have the equipment and the expertise to ensure your lawn is sloped correctly to prevent future drainage issues.
Can grading fix drainage problems with my lawn?
Grading can help improve drainage in a yard if there are low spots where water collects. Regrading can create a proper slope so water runs away from your home and doesn’t pool anywhere. However, soggy lawns can also be caused by issues such as compacted soil or lots of clay in your soil. The best way to fix drainage problems in your lawn is to have a professional landscaper like Elite Landscape solutions evaluate your yard and recommend the right solution for your situation.
Can I install french drains myself?
Not only is there a lot of physical labor involved in digging the trenches for the drains and then filling them with rock, but there’s also the critical step of making sure the drain is angled correctly. You’lll also need to have your utility lines marked before digging. And choosing the right type of piping is critical to ensure the water will drain properly. With this in mind, it’s usually best to install a french drain installation company like Elite Landscape Solutions.


Current Lake Rowlands Level
Storage Levels (% of capacity)
Lake Rowlands Dam, formerly known as Coombing Dam, is situated on the Coombing Rivulet, a tributary of the Belubula River. The Dam was designed in 1939 by Gutteridge, Haskins and Davey as a reinforced concrete slab and buttress type dam with a top water level (TWL) at RL 882.70m. This type of construction is rather unusual, and the dam is one of only a handful of slab and buttress dams built in Australia.
Construction of the dam was carried out in the period 1949 to 1954 under the supervision of Gutteridge, Haskins and Davey.
At the design TWL water could be supplied by gravity to Tottenham, a distance of 264 kilometres, in a pipeline which was designed to service Canowindra, Forbes, Trundle and a number of smaller communities enroute. When the Municipality of Forbes did not join the scheme the pipeline serving Forbes was eliminated. The size of the main pipeline from the dam to the Grenfell take off near Gooloogong was reduced and the dam TWL was constructed to RL 877.82m, almost 5 metres below the original design height.
The gross storage of the present dam is 4,500 megalitres. If raised to its original design height the storage would be 10,900 megalitres. The storage catchment area is approximately 197 square kilometres and the surface area of the dam, when full, is approx. 0.8 square kilometres (80 hectares).
A buttress dam has an upstream face in the form of concrete slabs, supported by buttresses. The face has a slope of about 45 degrees.
The dam is constructed across the main channel of the Coombing Rivulet, joining at the northern abutment to the earthen embankment on the gently sloping northern bank.
The spillway discharge is by free fall from the top of the face slabs; an emergency spillway channel is also provided north of the earthen embankment with a crest level 0.6m above the crest of the concrete wall at the centre of the dam.
There are two trunk mains drawing water from Lake Rowlands. One of these is a 375mm gravity main to the Carcoar Filtration Plant.
The scheme supplies the main centres of Grenfell, Eugowra, Manildra, Canowindra, Carcoar, Blayney and Millthorpe.
Lake Rowlands Upgrade Proposal
Since about 1997, Council has been lobbying the NSW State Government to grant the necessary approvals for the enlargement of Lake Rowlands from 4,500ML to 26,500ML.
The first submission to the NSW Government was as a result of approaches from two significant gold mining operations in the Orange and Blayney areas needing to improve their water security.
A number of studies were conducted at that time the most significant being a foundation investigation study carried out by Rob Parker Engineering on a proposed new dam site 2.5 kilometres downstream of the existing dam wall. The study found that the site was suitable for a 26,500 ML roller compacted concrete dam.
The NSW Government was not forthcoming with any approvals at that stage and, in the meantime, one of the gold mining companies dropped out of the equation after they abandoned their operation at Blayney due to flooding from a fractured underground aquifer.
With the advent of the current recent record drought, Council, Orange City Council and Cadia Valley Gold Mining Operations (Newcrest Mining Ltd) jointly funded an Economic Needs Study which was conducted by the Western Research Institute in Bathurst.
This study, completed in November 2006, once again highlighted the need for the expansion of Lake Rowlands to provide water security for the economic development in the Central West and the growth and development of Orange City.
The study was presented to the NSW Government in a further submission and in March 2007 the then Minister for Water, the Hon. Ian MacDonald MP, visited the proposed new dam site and was extremely impressed with the proposal and stated that, if his government was elected on the following Saturday, he would facilitate any submission made by the Water Authority (Central Tablelands Water). Minister MacDonald’s government was re-elected but the necessary approvals have not been forthcoming.
Once again, with the record drought being felt right across the Central Tablelands and Central West, water shortage and water security became an increasingly alarming issue and the Centroc group of Councils, of which Council is a member, convinced the NSW State Government to fund a $500,000 Water Security Study for the Central West.
This study, which was championed by the previous Minister for Water and former Premier, the Hon. Nathan Rees MP, was completed in October 2009 and in its findings recommended the option of enlarging Lake Rowlands and associated transfer pipelines as the best means of providing water security to the Central West through to 2059.
The current situation finds Centroc in the position of now lobbying the State and Federal Governments to support the recommendations of the report, provide the necessary approvals (State) and provide capital funding.
30 Church Street BLAYNEY NSW 2799
Postal Address: PO BOX 61, BLAYNEY NSW 2799
Ph: (02) 6391 7200
© 2019 Central Tablelands Water | Website by Ready Marketing


When most homeowners think about an underground pipe burst, they imagine huge ditches, heavy equipment, and a lot of water covering the lawn. But today’s plumbers can apply new methods like trenchless pipe relining and bursting to complete your repairs with no trenching. Most plumbing teams now use trenchless pipe relining for small leaks and trenchless pipe bursting for larger damage to your Pittsburg, CA home’s underground pipes. Find out how trenchless pipe bursting can help you by calling the Warranted Plumbing Services plumbers at (925) 526-6230.
What is Trenchless Pipe Bursting?
Previously, excavating the old pipe and replacing it was the only way to repair an underground pipe break. However, today, plumbers don’t need to excavate your pipe to replace it. Trenchless pipe bursting slices and separates your current pipe with a cutting rod and threads a new pipe where it was, eliminating the need for trenching. This is an easier method as it doesn’t involve tearing up your yard. Learn whether trenchless pipe bursting is right for your Pittsburg, CA home when you call our office to speak with our plumbing professionals.
Expert Pipe Bursting Offered by the Warranted Plumbing Services Professionals
If you need efficient trenchless plumbing repairs, call the Warranted Plumbing Services experts to be sure you’re always getting the most knowledgeable service in town. Our plumbing team offer details about each of your options so you can make the best selection for your home. We use digital pipe damage location using small cameras that help find damage and can identify and diagnose your pipe weakness quickly without digging. Our experts complete your service quickly and efficiently using effective trenchless techniques that get you back to your day, fast. Call our experts at (925) 526-6230 to learn more about the effectiveness and durability of trenchless pipe bursting in Pittsburg, CA.
Whether your pipes are worn and leaking in multiple areas or your pipe is completely broken and spewing water, our plumbers are here to help. Our plumbers provide complete sewer and drain services to ensure that your pipe is in optimal condition. When you need quality trenchless plumbing that will not only effectively repair your pipes but keep your home’s property in great shape, call us immediately to make an appointment.