You may get benefits to a huge extent as a construction manager by choosing the service of quantity surveyors for your project. The surveyors need to have a professional training for assessing and managing the use of construction resource. The professionals can also handle diverse quantitative need of construction projects and it allocates funds and eliminates redundancy for allocation of resource. Their service also ensures the compliance with local building laws and guidelines related to the environment. This ensures minimum footprint of carbon in the process of construction that can be extended for having a green building. With fast development, the climate is also changing and it is imperative that the green buildings deal with future of construction. You can start by choosing the best type of surveyors.
What you should check?
Industrial accreditations – You may check for the industrial accreditations of quantity surveyors in Sunshine Coast. This proves that the alignment of service is highly efficient according to the industrial standard.
Qualification – You should consider service of reputed quantity surveyors in Sunshine Coast with the most professional and qualified person, and this guarantees the eligibility of their services. The employers of the construction service also offer bachelor degree programs in different fields. It is important to confirm the qualifications of the quantity surveyors before entrusting them with any project. You should confirm all kinds of requirement for selecting quantity surveyor companies.
Knowledge – Apart from knowledge in the local construction requirement regulations, the company should also exhibit efficiency in all aspects of construction.
Service and expertise – You should see whether their service complies with the laws related to health and safety or not. You may also know the expertise of professionals in regulation of tax and insurance and this mainly pertains to the construction industry. The best quantity surveyors supervise all process of construction and you may also not break any law at any level of development.
The building laws usually vary from one to another type of construction and only a right professional can handle all the diversified processes. There are many categories of construction work that includes rail, civil, highway and ground work, social and private housing. You should select service on basis of different aspects like communication skills and expertise in management of budget management. The quantity surveyors should show a specific level of proficiency and balances all aspects of construction like legal, technical and financial. The surveyors can then communicate on behalf of site workers and the government officials.


17 is planned to be a mixed use development located on the northwest corner of the 17th Avenue SW and 14th Street SW intersection in Calgary. Once built, 17 will consist of residential units, street-front boutique retail and potential for an urban market.
The prominence of the proposed location creates an opportunity for a significant landmark. 17 is envisioned as a gateway project that will provide a high-quality transition from urban residential communities into the city centre. 17 will transform and enhance the existing character of this vibrant node by providing a welcoming place to call home and easy-to-access amenities.
While 17 is still in the early stages of planning, the following elements are being considered as part of the design:
To learn more information about this project, please click here.
Phase 1 Pre-submission – Primary Stakeholder Outreach
May – September 2017
Phase 2 Pre-submission – Primary Stakeholder Outreach
August – December 2017
Open House #1 & Temporary Storefront
Submission of Area Redevelopment Plan and Land Use Redesignation Application
Phase 3 Post-submission – Public Engagement
May – September 2018
Open House #2
Phase 4 Post-submission – Online Engagement
September 2018 – ongoing
To Be Determined
Development Permit Submission
To Be Determined
The Land Use Application is currently being reviewed by the City of Calgary. The public comment period has closed and is no longer open for input at this stage of the planning process.
Check back often to learn about the status of the application, the forthcoming Development Permit application and future opportunities for public engagement.
An Area Redevelopment Plan (ARP) outlines high-level requirements for future developments such as where particular sizes and types of buildings in a given community can be located. Essentially, an ARP guides how land can be used, what can be built and what improvements to existing infrastructure are required.
ARPs are intended to supplement the Land Use Bylaw by outlining how much discretion the Approving Authority can exercise.
A Land Use Redesignation application is a planning application to change the land use district of a property to allow for a particular development. It is also known as a land use amendment.
A Land Use Redesignation application will be submitted to the City of Calgary in conjunction with the Sunalta ARP amendment. If approved, the redesignation would allow the development of a comprehensive mixed-use residential building with commercial and residential units.
17 resides in the community of Sunalta which has an existing ARP. The current Sunalta ARP presents limitations for a comprehensive mixed use development therefore ASI has requested an amendment. If the amendment is approved, ASI will be able to design 17 to provide increased density in this prominent and highly-desirable location. It is ASI’s goal to create a development that could potentially spur new and exciting residential and commercial growth in the area.
ASI will submit a Development Permit application during the ARP Amendment and Land Use Redesignation process. A development permit is a document that is reviewed by The City to ensure that a proposed project meets the criteria set-out in existing land use bylaws and other relevant policies. All applications will be reviewed side by side before a final decision is made.


Select a Decorative Driveway Pattern
Choose a Colour
Square One Paving Ltd. specializes in the beautification of stamped asphalt decorative driveways Victoria.
As an accredited applicator for both StreetPrint, genuine stamped asphalt and StreetBond, advanced coating system, Square One Paving can create the look of brick, slate, stone and other designs directly on your asphalt driveway by installing this asphalt imprinting system. The result is a cost-effective durable and beautiful driveway that compliments your home.
Whether you have an existing asphalt driveway or thinking of a new one, you can choose a simple circle, border accents, or StreetPrint the entire driveway. Square One Paving Ltd., your driveway contractor in Victoria, BC, can give you a decorative paving solution that will create a beautiful driveway that compliments your home.
Decorative driveway applications in Victoria, use a combination of two of our top performing products including StreetPrint & StreetBond paving and coatings systems. StreetPrint is initially used to achieve desired visual patterning and is a patented surface stamping system, followed by StreetBond, a coloring and sealing system, applied to asphalt or concreate to provide vivid, long lasting color, while preserving the life of the pavement.
Decorative Driveways Victoria?
1. Beautiful design
Choose from a variety of design patterns and colour options for your decorative vancouver driveway
2. High Durability
Our decorative driveways are built to withstand years of wear, without sacrificing integrity
3 . cost smart
Decorative stamped asphalt is an affordable and competitive option for your residential driveway project
Call, for a free estimate!
Get in touch
Please contact us to discuss your project or to set up an appointment for a no-obligation quotation. We would be very pleased to provide you with more information about the products and answer any questions you might have about decorative driveways Victoria.


A wide range of services related to production and assembly of steel constructions
We design, produce, and assemble steel constructions, , steel industrial buildings, awnings, steel roof constructions, steel staircase, sign poles and billboard structures of different dimensions according to your wishes.
Manufacturing and assembling steel constructions constructions is part of our company’s activities. With our experience in the area of manufacturing and assembling steel constructions, we offer you a wide range of services related to producing and installing steel constructions.
We are able to produce and assemble steel constructions of various shapes and dimensions.


If you have a project that you wish to discuss, please contact us today.
We’d be delighted to work with you to achieve an innovative, quality guaranteed steel solution.
As a local Geelong manufacturer, we are committed to Future Proofing Geelong and are an active member of Sustainability Victoria.
Our hot dip galvanizing plant was a contributor to the Australian Galvanizing Association’s Industry Environmental Product Declaration (EPD). Our industry EPD provides an independently verified representation of the environmental impact of the hot dip galvanized product going into a project. It covers steel products, such as hot-rolled structural steel sections, steel plate, and hollow structural steel sections, that are hot dip galvanized after fabrication by members of the GAA.
HDG protects steel from corrosion significantly extending the service life of steel assets and reducing the natural resources and energy required to repair or replace that asset. Hot Dip Galvanizing involves immersing steel components in molten zinc and zinc is one of the few materials that can be recycled indefinitely without losing any of its superior performance attributes.
The GAA’s industry EPD is recognised in the Green Star Design Rating Tool (Green Building Council of Australia) and the IS® Rating Tool (Infrastructure Sustainability Council).
Download a copy of the Industry EPD
Other sustainability initiatives at our Geelong site include a state-of-the-art blasting facility in our paint division, for optimal steel preparation. The blasting room creates a controlled environment that incorporates an automated system to recycle, and re-use abrasives used in our steel preparation process. We have also invested in solar panel to reduce our environmental impact, reducing our electricity consumption by 30% and cutting carbon emissions by 11%.


2 edition of Open limestone channel for treating acid mine drainage found in the catalog.
Open limestone channel for treating acid mine drainage
Paul F. Ziemkiewicz
Open limestone channels were analyzed as a simpler alternative to anoxic limestone drains for treating high acidic mine drainage. Results showed up to 100% acidity reduction on the tested sites.
|Statement||P. Ziemiewicz, J. Skousen, and R. Lovett|
|Contributions||Skousen, Jeffrey G., Lovett, Ray.|
|The Physical Object|
|Pagination||p. 36-41 :|
|Number of Pages||41|
Runoff and drainage from active and inactive mines are someof the most environmentally damaging land uses i the US. Acid Mine drainage (AMD) from mining sites across the country requires treatment because of high metal concentrations that exceed regulatory standards for safe discharge to the environment. The purpose of this study is to provide an initial, bench scale, . MINE, WATER & ENVIRONMENT. IMW A Congress. Sevilla, Spain ACID MINE DRAINAGE PREVENTION AND CONTROL OPTIONS Nural Kuyucak Golder Associates Ltd. Courtwood Crescent Ottawa, Ontario, Canada K2C 2B5 Phone:+ 1 , Fax:+ 1 e-mail: [email protected] ABSTRACT.
Table 1 shows the Shur River runoff data, accumulated in the upstream of the waste dump No (UD). Also, Table 2 shows the Shur River runoff data, accumulated in the downstream of the waste dump No. 11 (DD). Comparison the up and downstream dump No. 11 data show that the metal concentrations increase in the dump downstream. Cu, Fe, Mn and Zn concentration . The water treatment performances of two anoxic limestone drains (ALDs) were evaluated. Anoxic limestone drains are buried beds of limestone that are intended to add bicarbonate alkalinity to flow-through acid mine drainage. Both ALDs received mine water contaminated with Fe2+ ( mg L-1) and Mn ( mg L-1).
Anoxic Limestone Drain Ponds Ver2cal Flow Pond Oxic Limestone Bed Wetland Ponds Ponds Oxic Limestone Bed (drainable) Net Alkaline Net alkaline Net acid Net acid DO, Fe3+, Al all 1 mg/L DO, Fe3+, Al any > 1 mg/L High Fe2+ Ponds Repeat As Needed Mn. Acid mine drainage and coal fly ash both are the sibling products from man’s increasing demand for power. Mining of coal from coal mines generates acid mine drainage (AMD), and burning of coal for thermal power generation produces fly ash (FA). Although both are hazardous to the ecosystem and human health, reunion of them into one would reduce their toxic effect on by: 2.
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Open limestone channels, though armored, reduced more acidity in AMD (%) than the sandstone channel (2%). The results from open limestone channels were compared to. Acid Mine Drainage Treatment With Open Limestone Channels Paul F.
Ziemkiewicz David L. Brant and Jeffrey G. Skousen National Mine Land Reclamation Center and West Virginia University Abstract Acid mine drainage (AMD) is often.
Rose AW, Lourenso FJ () Evaluation of two open limestone channels for treating acid mine drainage. in Proceedings of the 17th Annual National Meeting of the American Society for Surface Mining and Reclamation, Florida, pp. –Cited by: 1. An open limestone channel (OLC) was constructed within an existing drain to treat the acidic and metal-rich drainage waters generated from an acid sulfate soil (ASS) catchment.
An open limestone channel (OLC) was constructed within an existing drain to treat the acidic and metal-rich drainage waters generated from an acid sulfate soil (ASS) catchment.
The OLC was constructed downstream of a catchment pump and it consisted of a series of ponds and limestone sections. The accumulation of sediment over the limestone, preventing contact Cited by: 9. acid (Brick ). However, the primary metal related to AMD is iron.
Combined with sulfate and/or sulfide, iron can cause real problems. Pyrite, an iron sulfide found in both coal and metal mines, has the potential to produce more acid than any other mineral.
It can produce 16 units of acid for each unit of pyrite (Brick ). v List of Figures Figure 1 (A) All Abandoned Mine Land Sites, Current AMLIS Database (B) Mine Drainage Sites Listed, Current AMLIS Database Figure 2 All Drainage sites in AMLIS Database by Year Figure 3 Non-Point Source Projects and Grants Figure 4 (A) Acidity Reduction by Open Limestone Channel Length 1.
Introduction. Acid mine drainage (AMD) is a major problem all over the world, especially where coal and gold mine activities are common. Once AMD is generated, it is difficult to control the process and the treatment also requires high cost (Aguiar et al.,Baruah and Khare,Grande et al.,Qureshi et al., ).AMD causes severe environmental impacts, Cited by: Open limestone channels, though armored, reduced more acidity in AMD (4–62%) than the sandstone channel (2%).
The results from open limestone channels were compared to an acid neutralization kinetics model that predicts the rate of acid neutralization for a specified channel size, and AMD flow and acidity concentration.
“Anoxic Limestone Drains for Acid Mine Drainage Treatment,” pp. –66 in Acid Mine Drainage: Control and Treatment, J.
Skousen, and P. Ziemkiewicz, eds. Morgantown, WV: West Virginia University and the National Mine Land Reclamation Center. Skousen, J. Overview of Passive Systems for Treating Acid Mine Drainage.
Santofimia, E. Lopez-PamoPerformance of an open limestone channel for treating a stream affected by acid rock drainage (Len, Spain) Environ Sci Cited by: 4.
Steve Fearn dips his hand into drainage from the Elk Tunnel mine, where the BLM has built a limestone channel to treat acid mine drainage. Andrew Cullen Abandoned mine sites dot the hills outside. A Comparative Study of Anoxic Limestone Drain and Open Limestone Channel for Acidic Raw Water Treatment Faradiella Mohd Kusin, Azmi Aris and Amiza Shayeeda Ahmad Misbah Abstract - This study presents the performance of an anoxic limestone drain in comparison to an open limestone channel for treating acidic water.
An open limestone channel (OLC) was constructed within an existing drain to treat the acidic and metal-rich drainage waters generated from an acid sulfate soil (ASS) catchment. The OLC was constructed downstream of a catchment pump and it consisted of a series of ponds and limestone by: 9.
Studies on Limestone TreatmeM&f of Acid Mine Drainage Optimization and Development of Improved Chemical Techniques for the Treatment of Coal Mine Drainage by Bituminous Coal Research, Inc.
Hochberg Road Monroeville, Pennsylvania for the COMMONWEALTH OP PENNSYLVANIA DEPARTMENT OF MINES AND MINERAL INDUSTRIES and THE.
Wetlands: Mechanisms For Treating Acid Mine Drainage David C. Ditsch University of Kentucky, @ Anastasios D. Karathanasis University of Kentucky, [email protected] Right click to open a feedback form in a new tab to let us know how this document benefits you. Follow this and additional works at: Higher solids content and more dense sludges resulted from limestone treat- ment of acid mine drainage at pH levels in excess of pHthan with lime treatment.
Recommendations 1. Further studies should be conducted to determine adequate mixing of limestone in high volume delivery treatment of acid mine drainage. Acid Mine Drainage Research Acid mine drainage (AMD) has been the subject of intensive research since the 's.
Research efforts have proceeded recently through the Acid Drainage Technology Initiative. The major areas of research on AMD are Prediction of AMD and Prevention/Mitigation.
The following is an overview of information on some major File Size: 89KB. assumed that armored limestone was 20% as effective as fresh limestone (Pearson and McDonnell (). In general, the first-order model under-predicted acid neutralization in the open limestone channels they investigated.
Our objective was to develop a model for the neutralization rate of acid mine drainage by Size: 48KB. Open Limestone Channels.
In coal mining regions, limestone is prevalent and therefore is the least expensive buffer material. This led to construction of open limestone channels to pre-treat AMD effluent. Open limestone channels raise the pH of effluent by the reaction of calcite with carbonic acid: CaCO.
3 + H. 3 → Ca. 2+ + 2HCO. File Size: KB. Acid mine drainage can be released anywhere on the mine where sulfides are exposed to air and water — including waste rock piles, tailings, open pits, underground tunnels, and leach pads. Acid drainage is often marked by “yellow boy,” an orange-yellow substance (visible in the photo on this page) that occurs when the pH of acidic mine.Acid mine drainage, acid and metalliferous drainage (AMD), or acid rock drainage (ARD) is the outflow of acidic water from metal mines or coal mines.
Acid rock drainage occurs naturally within some environments as part of the rock weathering process but is exacerbated by large-scale earth disturbances characteristic of mining and other large construction activities, usually.
In a nutshell, acid mine drainage is a form of water pollution that happens when rain, runoff, or streams come in contact with rock that is rich in sulfur. As a result, the water becomes very acidic and damages downstream aquatic ecosystems. In some regions, it is the most common form of stream and river : Frederic Beaudry.


ARCO Construction has been a leading provider of commercial and industrial roofing solutions in the Tri-State area for two decades!
If you are looking to build a new low slope roof, or want to rebuild and upgrade your old one, we will help you do it right, with world-class materials, longest warranties, and comprehensive maintenance for your ease of mind.
Your professionalism was so evident from the time you came to look at the roof. Everything you did, from the quote, to finishing the project, was done with utmost care. Even though our roof needed to be replaced, the options you gave us were greatly appreciated.
D. Morreale, Seidler Chemical Company
I want to thank you for the workmanship performed on my roof. I struggled with a leaking roof for many years, had numerous roofers, roof Dr.’s and the like out to try and fix it. Arco Construction fixed it!
I just wanted to drop you a note to say thanks for the great job on the roof. I truly appreciate the quality service and would highly recommend you and your company.
TPO roofing is an excellent choice for building owners who value longevity and low heat absorption characteristics of this white roofing material. However, it comes at a cost, that for some means they have to go a more traditional route of asphalt roofing, which while still very durable, is not as energy efficient. But there is a new product on the market which helps save money both during installation, as well as down the road, by providing superior energy efficiency.


Working collaboratively alongside our clients, we provide a range of graphics and solutions for the construction industry, from completely bespoke signage, to site branding and design support.
Our construction graphics service is thorough, giving our team the ability to really understand your brief and requirements, as well as ensuring that health and safety is of paramount importance from start to finish.
Closely following industry standards and best practice, we are enabled to provide a high-quality and effective solution for any site and that can be applied to a number of applications, budgets and specifications.
Our team of in-house designers and specialists mean that our turnaround is swift, allowing us to offer support from ideation to delivery; instilling trust and giving our clients that extra peace of mind. We know your sector is demanding, tough and above all else, there’s no room for error; and that’s where we bridge the gap, ensuring that safety is at the forefront at all touch points.
With cost effective sign design and service, we can develop a number of construction graphics from warning and prohibition signs and safety notices that are aligned with current regulation, to tailor-made health and safety signage that holds the messaging and branding of your business; we do it all.


Handstand bars dismantle for easy transport, are adjustable for width and hand blocks are interchangeable.
Base is 600mm W x 500mm D. Stalks with blocks are 530mm H.
Each vertical stalk and hand block has a WLL of 100kg in accordance to AS/NZS 1170.2:2002 Structural Design Actions.
Handstand Bars – $330 (include one set of hand blocks, flat rectangle or slanted oval)
Extra Hand Blocks – $40


Do I Need Septic Tank Pumping?
In Florida, we’ve got just two ways in which wastewater is eliminated from the home and processed. One method is by way of a septic tank and drains field situated on the house. The next method is via and county or city preserved sewer system. It is important that this is protected and renewed since the ground and really each community has its own source of water available. The way of treating wastewater enables the water to be absorbed back into the surroundings and obviously revived for use. Discharging wastewater to creeks, rivers or the sea without land treatment may result in boost disease and illness in our own communities. Let’s analyze the routine service that is needed and the septic tank program, how it works.
When your residence isn’t found in a town or county region that your home is going to have a septic tank and drain field. You might want to ask the realtor which sort of system your home was connected if you’re buying a new home, or maybe your very first home. We’ve written a post about systems and the way they operate, therefore we are not likely to describe everything. There is A septic tank just what is sounds like, a rut ham cau huge tank that’s been buried in the earth in your premises. The point where the water which leaves your property moves, this tank is. The water sits in this tank for a time period after the water enters the tank. This enables the water the more heavy debris from the water may fall into the base of the tank.
The atmosphere is situated close to the tank’s cap. At intervals according to the amount or period of this water from the tank, then the water has been pumped to the drain field. This drainfield enables the water in the septic to enter this drain field that is specific biological in quantities that are measured. Allowing occurring bacteria to clean out the water is absorbed back into the floor. The tank will acquire complete. When would you know that it’s complete, and just how can you wash it? When Do You Need Septic Tank Pumping? When the tank is full the easy answer is. Our technicians can make certain everything is functioning correctly.


后续深化设计合同工作内容及设计费Work Contents of Follow-up Design Contract and the Design Fee
Work Contents of Follow-up Design Contract
The work content in the follow-up design contract shall cover schematic design and architectural design development, The design results of each stage must pass the review and the selected applicant is responsible for completing the approval procedures of the design results; the selected applicant shall be responsible for technical disclosure, cooperate with subsequent design development of other majors and cooperate with construction document; the chief designer shall provide necessary quality assurance work in the process of design development and construction (chief designer responsibility system); the selected applicantshall assist the host in completing feasibility study preparation and other approval procedures.
Schematic design work includes but is not limited to the following:
Site master planning, architectural design, structure, electrical, water supply and drainage, HVAC, interior design, intelligent building, fire protection, landscape, green building, gas, elevator, steel structure, curtain wall, road (including opening of intersection), civil air defense, BIM design, sponge city, floodlighting, signage system, comprehensive pipe trench, pipeline access outside the construction land, prefabricated buildings, sports technology, cost estimation and coordination with budget preparation.
Chief Designer Responsibility System
A series of rights and obligations of the chief designer of the selected applicant in the design and construction process will be specified in the follow-up design contract, as well as the subsequent design general contract or EPC contract of the project, including but not limited to:
The chief designer is responsible for reviewing the design of the key architectural details which affect the effect of the building;
The chief designer is responsible for checking all detailed design and construction drawings that affect the overall effect of the building, such as architecture, interior and landscape, then signing for confirmation;
The chief designer is responsible for the selection and sampling of important materials, shall assist in solving technical problems during construction, and ensure high-quality implementation of the design scheme.
The work content is subject to the final signed contract.
Requirements after Winning
The selected applicant should ensure that the design work at each stage meet the requirements of relevant regulations and administrative examination of approval departments of the country, Hainan Province, and Sanya City.
If the selected applicant does not have the Class-A Qualification Certificate in Architectural Industry (Architectural Engineering) or Engineering Design Integrated Qualification Class-A, it should entrust a domestic company with corresponding qualification to assist the selected applicant in the relevant work, so as to ensure that the design works meet the requirement and get approvals. The selected applicant should report the experience and designated team members of the company to be entrusted to the host/organizer before signing the contract and obtain the approval of the host/organizer.
The requirements for the entrusting company: Provide one design experience of public cultural and sports architectural projects with gross floor area of at least 50000 square meters dated from January 1, 2018 to the date when the competition result is announced (subject to the contract signing date). The contract work content must include design development or construction document stage.
The follow-up design contract fee is calculated based on the tentative construction and installation fee of this project, and the bonus already obtained shall be deducted. The basic design fee shall be calculated according to the construction and installation fee approved in the budgetary estimate document as the billing base. The billing rules are as follows:
The total basic design fee of the project is calculated with reference to the Engineering Survey and Design Charge Standard (price  No.10) formulated by the State Development Planning Commission and the Ministry of Construction. The total basic design fee of the project is calculated with the coefficient of specialty as 1, the coefficient of engineering complexity as 1.15, and the additional adjustment coefficient as 1. The contract covers schematic design, architectural design development, related cooperation work and chief designer responsibility work. The follow-up design fee shall be 30% of the total basic design fee. The relevant professional design fees within the project site boundary are all included and will not be billed separately.
The tentative construction and installation fee of this project is about RMB 1.6 billion. The follow-up design fee is tentatively estimated at about RMB 12.63 million, from which competition bonus will be deducted to get the design contract amount.


Ground Penetrating Radar Systems of Arkansas: Experts in GPR
Ground Penetrating Radar Systems, Inc. is the nation’s largest company specializing in the detection of underground utilities and the scanning of concrete structures. GPRS has an extensive nationwide network of highly trained and experienced technicians in every major U.S. market and in Canada.
When clients hire GPRS, they have the peace of mind of knowing that they have the most reliable scanning technology on their job site and that they will receive the assistance of a technician who can provide them with the most accurate data.
GPRS clients recognize that we are the premier service provider of GPR, providing leading service in the industry as well as cutting edge technology.
For over a decade, GPRS has been the industry leader by keeping projects on time, reducing safety risks, and putting our relationships with our clients before profit.
Determining the Cost of a Concrete Scanning Project
Determining the Cost of a Private Utility Locating Project
Concrete Scanning: With ground penetrating radar technology, GPRS can locate rebar, post tension cables, and conduits that are embedded in or beneath the concrete. GPRS’s professional technicians have been trained to provide safe and accurate data that will ensure that our clients can detect any obstruction embedded in or beneath the concrete surface.
Underground Utility Detection: GPRS can accurately detect utilities under the surface. GPRS provides ground penetrating radar technology and professional technicians to inspect our clients’ job sites to determine the location of utility lines, gas lines, sewer pipes, underground storage tanks, and other potential hazards. Locating these obstructions before excavation helps to avoid injuries, damages, or delays on your project.
Utilities Located Using Ground Penetrating Radar
- Fort Smith, Arkansas
Ground Penetrating Radar Systems-Arkansas works extensively with the military bases. Prior to the installation of a new security system to install cameras and lighting, Wade Vickers-GPRS Arkansas was contacted to locate utilities within the 10,000 foot trench path in Fort Smith, Arkansas. Multiple lines were located using Ground Penetrating Radar and the Radio Detection Device. Since GPR shows data in real time, the results were communicated to the customer with the location and depths shown using pin flags & paint.
GPRS provides knowledge of what lies beneath the surface. Using GPRS reduces risk and cost, promotes a safe work environment, and provides non-destructive testing by locating materials such as concrete, plastic, metal, steel, rock, soil, ice, and pavement.
For private utility locating in Oklahoma: Catoosa, Tulsa, Broken Arrow, Glenpool, Tahlequah, Collinsville, Owasso, Okmulgee, Verdigris, Claremore, Miami, Bixby, Sapulpa, Muskogee, Sand Springs, Bartlesville, Broken Arrow please call 918.779.8323.
For private utility locating in Arkansas: Fayetteville, Rogers, Gentry, Fort Smith, Springdale, Bentonville, Hot Springs, or Texarkana please call 501.574.2003.
For private utility locating in Oklahoma: Oklahoma City, Midwest City, Bethany, Norman, Stillwater, Lawton, Ardmore, Elk City, Guthrie, Kingfisher, Altus, Weatherford, Duncan, Durant, Enid, Yukon, Shawnee and Edmond area call 405.815.7415.
For private utility locating in Texas: Amarillo, Bishop Hills, Pampa, Borger, Masterson, Hereford, Plainview, Canyon, and Dumas call 806.336.2337.
Recent Concrete Scanning Project:
Radar Scanning For Rebar
- Fayetteville, Arkansas
Ground Penetrating Radar Systems, Inc. was contacted by a contractor to mark the rebar prior anchoring into a wall for support in Fayetteville, Arkansas. Wade Vickers of GPRS performed the radar scanning and marked the steel within the anchoring areas.
Since Ground Penetrating Radar shows the data in real time, the results were marked directly onto the surface and communicated with the site superintendent. Unlike x-ray/gamma ray, Ground Penetrating Radar is time efficient, non-hazardous and able to show real time results. The energy emitted is equivalent to 1% of a cell phone, therefore, the production of the construction site can continue without any radiation hazards.
For concrete scanning in Oklahoma: Oklahoma City, Midwest City, Bethany, Norman, Stillwater, Lawton, Ardmore, Elk City, Guthrie, Kingfisher, Altus, Weatherford, Duncan, Durant, Enid, Yukon, Shawnee and Edmond area call 405.815.7415.
For concrete scanning in Texas: Amarillo, Bishop Hills, Pampa, Borger, Masterson, Hereford, Plainview, Canyon, and Dumas call 806.336.2337.
For concrete scanning in Oklahoma: Catoosa, Tulsa, Broken Arrow, Glenpool, Tahlequah, Collinsville, Owasso, Okmulgee, Verdigris, Claremore, Miami, Bixby, Sapulpa, Muskogee, Sand Springs, Bartlesville, Broken Arrow please call 918.779.8323.
For concrete scanning in Arkansas: Fayetteville, Rogers, Gentry, Fort Smith, Springdale, Bentonville, Hot Springs, or Texarkana please call 501.574.2003.
Ground Penetrating Radar in Arkansas
The New Way to X-Ray
Ground Penetrating Radar technology is ground radar that acts as a type of ground sonar and provides critical information regarding anything that could be located below the surface. It is sometimes called ground sonar, concrete scanning, surface penetrating radar or ground radar. This technology is used throughout Arkansas as-well-as around the country for a variety of underground scanning purposes including but not limited to:
Ground Penetrating Radar Systems works in a fast and reliable manner. It is also very safe, as it uses no radiation. We use this technology throughout the state of Arkansas: Cities such as Little Rock, Fort Smith, Fayetteville, and Springdale in Arkansas.
Little Rock , Arkansas
Fort Smith, Arkansas
*All of our ground penetrating radar equipment is registered and meets all FCC and Arkansas regulations.
We are able to provide two and three-dimensional images of each area we scan.
At Ground Penetrating Radar Systems our mission is to provide solutions to the critical problems our customers in Arkansas face regarding the location of hidden objects in concrete and underground.
GPRS locates private underground utilities and "x-rays" concrete with the latest GPR technology.


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Rain is the falling of water drops from atmosphere to earth’s surface in the form of liquid, solid or gas. The occurance process of rain is begun by condensation process namely the phenomenom of change of water vapor to be water drop. Those water drops fly in air and gather becomes larger and heavier form. Collection of water drops in air is called cloud. Cloud in atmosphere keeps increasing, smooth water drops change to be large water drops and finally fall to earth in the form of rain. The amount of rain water that falls to earth’s surface is called rainfall. The amount of rainfall is measured by using rainfall measuring device that is called ombrometer. How is method to measure rainfall?. When it is raining we put measuring glass that has cylindrical shape in open field, after rain is finished we will see the amount of water inside of it. The height of water in the vessel means the height of puddle of rain water in that region. If the rain water does not infiltrate,flow and evaporate, that is the record principleof rainfall.


Aluminum overhead cables are used outdoors in distribution facilities.They carry the power from the utility lines to the buildings through the weather head. Based on this particular function, the cables are also described as service drop cables. Aluminum overhead cables include duplex, triplex, and quadruplex varieties. Duplex cables are used in single-phase power lines, whereas quadruplex cables are used in the three-phase power lines. Triplex cables are exclusively used to carry power from the utility lines to customers. Aluminum conductor cables are made of soft 1350-H19 aluminum series. They are insulated with an extruded thermoplastic polyethylene or cross-linked polyethylene for protection from problematic outdoor environmental conditions. The cables are designed with an operational temperature of up to 75 degrees and a voltage rating of 600 volts.


These are detailed Boundary and Location Surveys with a specific set of standards and certifications established by the American Congress on Surveying and. The Minimum Standard Detail Requirements for ALTA/NSPS Land Title Surveys (the “ minimum standards preceding the Minimum Standards. ALTA Requirements - PDF document summarizing the minimum standard detail requirements for ALTA/ACSM Land Title Surveys, including Table A. FEMA Flood Maps. The ALTA Survey, considered the gold-standard of surveys by many, ALTA standard revisions () would be best served to conduct an ALTA survey prior to. ALTA Land Surveyor, ALTA/ACSM Surveys, California ALTA Surveyors. the measurements using a least squares adjustment per the ALTA/ACSM Standards.
As of yesterday, February 23, , the minimum standards for ALTA/NSPS (formerly ATLA/ASCM) surveys have changed. Since surveyors across the country will. The survey also includes a certification that states that the map or plat and the survey on which it is based were made under the Minimum Standard Detail. An ALTA Survey is a Boundary Survey in accordance with a codified set of minimum standards that have been adopted by the American Land Title Agency.
Since then, several revisions have been adopted and the standards offered the most extensive changes, being the first rewrite since their creation in This eight-hour course provides instruction and discussion covering the Minimum Standard Detail Requirements for ALTA/ACSM Land Title Surveys adopted by the. Traverse PC Least Squares Network solution includes all the tools to satisfy the ALTA Minimum Standard and provides a report showing whether or not the.
Minimum Standard Detail Requirements for ALTA/ACSM Land Title Surveys Requirements are effective February 23, New Standards with red highlights. The new Minimum Standard Detail Requirements for ALTA/ACSM Land Title. Surveys have now been adopted by ALTA and NSPS/ACSM and will become effective on. Confirm that the survey is of the standard required (ALTA/ACSM for improved property; Boundary for unimproved property), current, properly certified, signed and.
The standards, formally known as the as the “Minimum Standard Detail Requirements for ALTA/ACSM Surveys”, were first adopted in and last revised in Changes in ALTA/ACSM Land Title. Survey Standards for urveyors now have an opportunity to take a big step toward resolving issues about certifications. On February 23, , the Minimum Standard Detail Requirements for ALTA/NSPS Land Title Surveys will become effective (superseding the ALTA/ACSM. Brief History American Title Association (ATA) and American Congress on Surveying and Mapping developed minimum standard detail requirements for land title.


Sewer Line Experts in the Greater Knoxville Area
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Our plumbers are professionally trained to work with sewer lines. Sewer line inspects, repairs, and complete replacements.
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Sewer Line Repair
When your whole home is backing up and you’re fighting a messy situation, more than likely your main sewer line is in bad condition. We have all the equipment and expertise to knock out an underground repair without causing further damage. Call today to get all your options for resolving your sewer clog.
Sewer Line Replacement
Tree roots in your sewer line and other breakages have the potential to flood your home with sewage when you least expect it. While making a repair is successful in many cases, you may only be sinking money into an old line that’s bound to break somewhere else. Tennessee Standard is fully equipped and ready to excavate, fully replace your Knoxville sewer line, and backfill with excellence. Call or book online today for a custom quote!
Sewer Line Q&A
Everything in my home is backing up – what's going on?
If everything in your home is backing up, it means that your sewer line is clogged. The sewer line can be clogged because a foreign object got flushed and then lodged itself it the sewer line, backing up the entire home. However, this is not usually the case. If a sewer line is backing up, it is most often due to damage to that sewer line. Either there is a belly in the line that holds water and traps debris that would be going down the pipe, or there is a breakage in the line that is snagging solids and letting roots infest the line. Whole-home backups can also be caused because the sewer line has deteriorated from the inside, causing the surface of the pipe to become rough, and slow down the flow of the sewer line. In each of these situations, the sewer line must be cleared, cleaned, and repaired to prevent more backups in the future.
What causes damage to a sewer line?
- Earth forces causing the pipe to crack.
- Roots pushing their way into a sewer line.
- Deterioration from the inside of an old metal sewer line.
- Bellies formed from settling in the earth around a PVC or Poly sewer line.
If my sewer line is damaged, who is responsible for fixing it?
In most city sewer systems, the city is responsible for everything along the sewer main, up to the sewer tap at your home. When the line transitions from the sewer tap into the sewer lateral, it is the responsibility of the homeowner to maintain this line and even replace it, if necessary. If a clog is happening at the sewer tap, it may be the responsibility of the city, but you will often need to hire a licensed professional to get video evidence of the problem with a sewer camera inspection.
What are my options for repairing my sewer line?
If the sewer line has broken from earth forces causing a crack or if roots have broken the line, the sewer line can be dug up and repaired. If your sewer line has deteriorated from within, it may be worth hydro jetting the line to descale it. Often, if the line is too far gone, a deteriorated cast-iron line must be replaced fully before it can operate properly. If a belly has formed in your sewer line, the belly must be dug up and a large section of the line replaced. Backfilling the line properly is vital to preventing another belly from happening in the future. Each of these options requires excavation equipment. If the repair gets too expensive, it is worth considering replacing the sewer line entirely to avoid sinking too much money into an old line that will need to be replaced soon.
What are my options for replacing my sewer line?
- Pipe bursting a new sewer line.
- Directional boring a new sewer line.
- Trenching a new sewer line.
What is the difference between septic and city sewer?
How do I convert from septic to city sewer?
Can you replace my sewer line to my septic tank?
Yes, any licensed plumbing contractor can replace the sewer line from the home to the septic tank. A specialized licensed is required to work on or replace the drain field on the other side of the tank, but plumbers are trained on how to replace the line feeding the septic tank, just like any other sewer line is installed.


A recorded lien tells the world that you have an interest in someone’s property. But that doesn’t stop the property owner from transferring the lien to some other form of security, such as a bond or cash.
Enter into a formal contract with any public authority for the construction or repair of a public building or structure or for performance of other public work and you will need to have a payment and performance bond in place, so say most state statutes.
During the course of a construction project there is always the possibility that a contractor may “walk off” the job, leaving the owner, subcontractors and material suppliers with a difficult and often expensive dilemma.
Too often in the law, great advancements are encountered by greater obstacles.
The American Institute of Architects produces contract and bond forms regularly utilized by the construction industry.
Good contracting practices, The contract documents, work defined, …


Picking the best roof covering product for your residence can be an enigma for lots of homeowners. With the number of choices readily available, it has actually come to be significantly tough to choose.
Over the last few years, residential steel roof covering has actually expanded considerably in popularity as several house owners have discovered of its toughness, while others have concentrated on the lots of styles as well as shades offered. Nonetheless, there is still a greater number who are aiming to unwind the clues.
Tom Black, executive supervisor of the Steel Roofing Partnership (MRA), responds to the most usual inquiries most property owners have regarding steel roofing:
Why should a house owner consider steel roof?
Steel roof has numerous benefits. For example, metal roofs have a lower life process cost than a lot of standard roofing material such as asphalt or cedar as well as it can stand up to severe climate such as hail, snow, high winds in addition to fire. It's likewise available in lots of designs and also colors to fit essentially any kind of residence.
Exactly what is the overall cost of a steel roofing?
Steel roof coverings can initially set you back three to 4 times more than conventional roof products, but home owners ought to remember that the common asphalt or cedar roof calls for replacement every 15 years. While asphalt or cedar roof coverings are at first less costly, when homeowners think about the expense of a steel roofing spread out over a 60-year period, metal is the clear selection.
Do metal roofings come with warranties?
While many superior asphalt roofings will certainly last from 12 to Two Decade, steel could last greater than 60. That's why you'll discover most metal roof with service warranties of concerning HALF A CENTURY-- virtually four times more than a lot of various other roofing products.
Typically aren't metal roof coverings loud?
Never. Steel roof repair in Bensalem roofings with solid sheathing and also insulation control noise from rainfall, hail storm as well as negative weather condition just as well as any other roof material.
How does steel roof stand up to severe climate?
Metal roofing is one of the most durable roof product readily available. Whether it's hail storm, snow, serious winds and even fire, metal roof safeguards home owners from whatever Nature could throw their method. As an example, click for info in a hailstorm tornado, a steel roof's solid framework protects against dents, dings as well as various other damages hailstorm is recognized to trigger. Actually, homeowners in some areas get approximately a 30 percent go to this site reduction in their property owners insurance policy for having a steel roof covering installed.
Will steel roofing assistance battle the increasing expense of energy?
One of the most advantageous aspects of steel roofing is its capability to protect a house. Not just does metal roofing maintain your home comfortable regardless of the climate outside, yet it can in fact lower cooling as well as home heating expenses.
Will metal roof covering fit with the style of my residence as well as community?
Definitely! Steel roof comes in a selection of styles, shades and finishes and also is made to look just like various other popular kinds of roofing product consisting of cedar shake, slate, asphalt roof shingles and clay floor tiles.
Where can homeowners choose even more information on metal roofing?
Home owners can most likely to www.metalroofing.com to read more concerning steel roofing, view the various styles readily available and participate in the "Ask the Experts" area.


Water is a precious resource that plays a crucial role in our daily lives. As a responsible citizen, it’s essential to understand the various methods of water storage to ensure its availability during times of scarcity. In this comprehensive guide, we will delve into the world of water storage tanks, cisterns, aquifers, and ponds.
Art Ludwig, a renowned expert in water conservation and sustainability, will be our guide throughout this article. With his vast knowledge and experience, we will gain unique insights into the different types of water storage solutions and their benefits.
Understanding Water Storage Tanks
Water storage tanks are an integral part of any water management system. They come in various shapes, sizes, and materials, each with its own advantages and disadvantages. From small rooftop tanks to large underground reservoirs, water storage tanks offer a reliable solution for storing water for domestic, agricultural, and industrial purposes.
Types of Water Storage Tanks
There are several types of water storage tanks, including concrete tanks, steel tanks, plastic tanks, and fiberglass tanks. Each type has its own unique characteristics and suitability for different applications. Concrete tanks are known for their durability and resistance to extreme weather conditions. Steel tanks are popular for their strength and long lifespan. Plastic tanks are lightweight, easy to install, and resistant to corrosion. Fiberglass tanks offer excellent resistance to chemicals and are often used for storing hazardous materials.
Installation and Maintenance
Proper installation and regular maintenance are crucial for the longevity and performance of water storage tanks. When installing a tank, it’s important to consider factors such as location, support structure, and accessibility. Regular inspections, cleaning, and repairs are necessary to prevent leaks, contamination, and other issues. Art Ludwig will provide valuable tips and guidelines on how to install and maintain water storage tanks effectively.
Selecting the Right Tank
Choosing the right water storage tank depends on various factors, including water demand, available space, budget, and specific requirements. Art Ludwig will guide us through the selection process, highlighting key considerations such as tank capacity, material suitability, and compatibility with other components of the water management system.
The Importance of Cisterns
Cisterns have been used for centuries as a reliable and efficient means of water storage. These large containers, typically made of concrete or plastic, can store rainwater or water from other sources for later use. Cisterns play a vital role in water conservation, especially in areas where water supply is limited or unreliable.
Historical Significance of Cisterns
Cisterns have a rich historical significance, dating back to ancient civilizations such as the Romans and Greeks. These civilizations recognized the importance of collecting and storing water for various purposes, including drinking, irrigation, and sanitation. Art Ludwig will take us on a journey through history, showcasing the ingenuity and advancements in cistern design and construction.
Types of Cisterns
There are different types of cisterns, each serving a specific purpose and accommodating various water storage needs. Underground cisterns are commonly used for capturing and storing rainwater. These cisterns are buried beneath the ground, protecting the stored water from sunlight and temperature fluctuations. Above-ground cisterns, on the other hand, are more visible and accessible, making them ideal for areas with limited space or where aesthetics are a concern.
Construction and Maintenance
The construction of a cistern involves careful planning, excavation, and installation of the cistern structure. Proper maintenance is essential to prevent contamination and ensure the longevity of the cistern. Art Ludwig will provide step-by-step guidance on constructing a cistern, including considerations for location, materials, filtration systems, and overflow management.
Utilizing Cistern Water
Water stored in cisterns can be used for a variety of purposes, including irrigation, toilet flushing, laundry, and even drinking water. However, proper filtration and treatment are necessary to ensure the water’s safety and quality. Art Ludwig will discuss various methods of treating cistern water, including sediment filters, UV sterilization, and chemical disinfection.
Exploring Aquifers as Water Storage
Aquifers are natural underground reservoirs that store vast amounts of water. They consist of layers of permeable rock or soil that can hold and transmit water. Understanding the concept of aquifers and how they can be utilized for water storage is essential for sustainable water management.
Characteristics of Aquifers
Aquifers come in different forms and have unique characteristics that determine their storage and transmission capabilities. Confined aquifers are located between impermeable layers, while unconfined aquifers are not confined by impermeable layers. The porosity and permeability of the rock or soil in an aquifer determine its ability to store and transmit water.
Accessing water from aquifers involves drilling wells or boreholes into the ground to reach the water-bearing layers. The depth at which water is found can vary depending on the location and geology of the area. Art Ludwig will provide insights into the process of drilling, installing pumps, and extracting water from aquifers efficiently and sustainably.
Aquifers can be naturally recharged through precipitation that infiltrates into the ground. However, human activities can also impact aquifer recharge. Understanding the factors that affect aquifer recharge, such as land use, vegetation, and rainfall patterns, is crucial for sustainable water management. Art Ludwig will explore methods of enhancing aquifer recharge, including rainwater harvesting and artificial recharge techniques.
Managing Aquifer Storage
Managing aquifer storage involves monitoring groundwater levels, controlling pumping rates, and implementing conservation measures. Art Ludwig will guide us through the best practices for sustainable aquifer management, including water budgeting, aquifer storage and recovery (ASR) systems, and community-based approaches to ensure the long-term availability of this valuable water source.
Harnessing the Power of Ponds
Ponds not only enhance the beauty of landscapes but also serve as effective water storage systems. They are versatile and can be used for various purposes, such as irrigation, livestock watering, and recreational activities. In this section, Art Ludwig will explain the science behind pond construction and management.
Types of Ponds
There are different types of ponds, each with its own specific purpose and design considerations. Farm ponds are commonly used for agricultural irrigation and livestock watering. Retention ponds are designed to capture and manage stormwater runoff. Recreational ponds are created for aesthetic and leisure purposes. Art Ludwig will provide insights into the different types of ponds and their suitability for various applications.
Design and Construction
Designing and constructing a pond involves careful planning, site selection, and engineering considerations. Factors such as soil type, slope, and water source must be taken into account to ensure the pond’s stability and functionality. Art Ludwig will guide us through the pond design process, including excavation, embankment construction, and spillway design.
Pond Maintenance and Management
Proper pond maintenance is crucial to ensure water quality, prevent erosion, and control vegetation growth. Regular inspections, sediment removal, and vegetation management are essential for the long-term sustainability of the pond. Art Ludwig will provide practical tips on pond maintenance, including aeration techniques, algae control measures, and wildlife management strategies.
Enhancing Pond Ecosystems
Ponds can support diverse ecosystems and provide habitat for various plants and animals. Enhancing the ecological value of a pond involves creating a balanced environment that promotes biodiversity and natural processes. Art Ludwig will discuss techniques such as incorporating native vegetation, enhancing wildlife habitat, and promoting natural nutrient cycling within the pond ecosystem.
Maximizing Water Storage Efficiency
Efficiency is key when it comes to water storage. By optimizing the design, operation, and management of water storage systems, we can minimize water loss and maximize the utilization of available resources. In this section, Art Ludwig will share valuable insights into maximizing the efficiency of your water storage systems.
Water Loss Prevention
Preventing water loss is crucial for efficient water storage. Whether it’s through leaks, evaporation, or inefficient distribution systems, every drop that is lost contributes to water scarcity. Art Ludwig will provide practical tips on identifying and fixing leaks, implementing water-saving technologies, and utilizing proper insulation and covers to minimize evaporation.
Smart Water Management
Efficient water storage systems can be integrated with other components of the water management infrastructure to maximize efficiency. This includes connecting storage tanks, cisterns, aquifers, and ponds with rainwater harvesting systems, greywater recycling systems, and irrigation networks. Art Ludwig will provide insights into the design considerations and benefits of such integration, including reducing reliance on external water sources and minimizing the environmental footprint of water usage.
Education and Awareness
Empowering individuals with knowledge and awareness about efficient water storage practices is essential for long-term sustainability. Art Ludwig will emphasize the importance of education and community engagement in promoting water conservation and efficient water storage. By raising awareness about the value of water and providing practical tips, individuals can make informed choices and contribute to a water-conscious society.
Overcoming Common Challenges
Water storage systems come with their fair share of challenges that need to be addressed for optimal performance and sustainability. In this section, Art Ludwig will address common issues faced by individuals and communities when it comes to water storage.
Water Quality Concerns
Ensuring the quality of stored water is essential for its safe use. Art Ludwig will discuss common water quality issues in storage systems, such as microbial contamination, chemical pollutants, and sedimentation. He will provide guidance on proper filtration, disinfection, and testing techniques to maintain water quality and protect human and environmental health.
Maintenance and Inspections
Regular maintenance and inspections are necessary to identify and address potential issues in water storage systems. Art Ludwig will outline the importance of routine inspections, cleaning, and repairs to prevent leaks, deterioration, and other performance issues. He will also provide guidance on developing maintenance schedules and protocols specific to different types of storage systems.
Climate Change Adaptation
Climate change poses significant challenges to water storage systems, including changing rainfall patterns, increased frequency of extreme weather events, and rising temperatures. Art Ludwig will explore strategies for adapting water storage systems to these changing conditions, such as incorporating climate data into design considerations, implementing resilience measures, and exploring alternative water sources.
Building resilient and sustainable water storage systems requires community involvement and collaboration. Art Ludwig will discuss the importance of community engagement in planning, implementing, and managing water storage initiatives. He will explore approaches for fostering community ownership, promoting behavior change, and establishing partnerships to address water storage challenges collectively.
The Role of Water Storage in Sustainable Living
Water storage is an integral part of sustainable living practices. In this section, Art Ludwig will discuss the importance of water storage in achieving self-sufficiency, reducing environmental impact, and promoting resilience in the face of water scarcity and climate change.
Self-Sufficiency and Water Security
By incorporating water storage systems into daily life, individuals and communities can reduce their reliance on external water sources and increase self-sufficiency. Art Ludwig will explore the concept of water security and how water storage plays a crucial role in ensuring a reliable water supply, especially in areas prone to water shortages or disruptions.
Implementing sustainable water storage practices can have positive environmental impacts. By reducing the need for excessive groundwater pumping or relying on energy-intensive water treatment processes, water storage systems can help conserve energy, reduce carbon emissions, and protect natural water sources. Art Ludwig will highlight these environmental benefits and the role of water storage in mitigating the impacts of climate change.
Integrated Water Management
Water storage is a key component of integrated water management, which aims to optimize the use of water resources while considering social, economic, and environmental factors. Art Ludwig will discuss the principles of integrated water management and how water storage systems can contribute to a holistic approach that balances the needs of various stakeholders and ensures long-term water sustainability.
Resilience and Adaptation
Water storage systems enhance resilience by providing a buffer against water shortages, droughts, and other water-related challenges. Art Ludwig will explore strategies for building resilient water storage systems, including diversifying water sources, incorporating redundancy, and integrating climate change adaptation measures. He will also discuss the importance of adaptive management, allowing for adjustments and improvements as conditions change over time.
Case Studies: Successful Water Storage Implementations
Real-life examples often provide the best inspiration and learning opportunities. In this section, Art Ludwig will present case studies of successful water storage implementations. These case studies will showcase diverse projects from around the world, highlighting the challenges faced, innovative solutions implemented, and the positive outcomes achieved.
Case Study 1: Rainwater Harvesting in an Urban Setting
This case study will focus on a residential or commercial rainwater harvesting project in an urban area. Art Ludwig will explore the design considerations, system components, and benefits of rainwater harvesting in a densely populated context. The case study will highlight the challenges of limited space, water demand, and regulatory requirements, and how they were overcome to create a successful water storage system.
Case Study 2: Community-Based Aquifer Recharge
This case study will showcase a community-led aquifer recharge project aimed at replenishing depleted groundwater sources. Art Ludwig will discuss the collaborative efforts of community members, local authorities, and experts in implementing sustainable water storage solutions. The case study will delve into the technical aspects of aquifer recharge, water management strategies, and the social and economic benefits gained through community empowerment.
Case Study 3: Ecological Pond Restoration
This case study will focus on the restoration of a degraded pond ecosystem to enhance water storage capacity and ecological value. Art Ludwig will explore the steps taken to improve water quality, control invasive species, and create a balanced habitat for native flora and fauna. The case study will highlight the ecological benefits gained from pond restoration and the positive impacts on the surrounding environment.
Case Study 4: Integrated Water Storage in Agriculture
This case study will showcase an agricultural setting where water storage systems are integrated into farming practices. Art Ludwig will discuss the use of ponds, cisterns, and other storage solutions to capture and store rainwater for irrigation purposes. The case study will explore the economic and environmental benefits of integrated water storage in agriculture, including increased crop yields, reduced reliance on external water sources, and improved water use efficiency.
Future Trends in Water Storage Technologies
The world of water storage is continually evolving, with new technologies and innovations emerging. In this section, Art Ludwig will provide insights into the future of water storage technologies and how they can shape the future of water conservation and management.
Advancements in Water Storage Materials
Researchers and engineers are constantly exploring new materials that offer improved durability, efficiency, and sustainability for water storage. Art Ludwig will discuss advancements in materials such as graphene, smart polymers, and nanomaterials that have the potential to revolutionize water storage technology.
Smart and Connected Water Storage Systems
The integration of sensors, automation, and data analytics is transforming water storage systems into smart and connected networks. Art Ludwig will explore how these technologies can optimize water storage, enable real-time monitoring and control, and provide valuable insights for efficient water management. The potential benefits include reduced water loss, enhanced system performance, and improved decision-making.
Decentralized Water Storage Solutions
Decentralized water storage solutions are gaining popularity as they offer flexibility, resilience, and localized control over water resources. Art Ludwig will discuss decentralized approaches such as individual rainwater harvesting systems, small-scale cisterns, and community-based storage initiatives. These solutions empower individuals and communities to take charge of their water supply and reduce reliance on centralized infrastructure.
Innovative Water Storage Applications
As water scarcity becomes more prevalent, innovative applications of water storage are emerging. Art Ludwig will explore concepts such as underground water storage, floating storage systems, and modular storage solutions. These innovations have the potential to address specific challenges, such as limited space, water demand fluctuations, and the need for portable storage options.
Empowering Individuals to Make a Difference
Every individual has the power to make a difference in water conservation efforts. In this final section, Art Ludwig will empower readers with practical tips and suggestions on how they can contribute to the sustainable use of water.
Water Conservation Practices
Art Ludwig will provide a range of water conservation practices that individuals can incorporate into their daily lives. These may include reducing water consumption through efficient fixtures and appliances, practicing water-wise gardening and landscaping, and being mindful of water use habits in everyday activities such as washing dishes and doing laundry.
Community Engagement and Education
Art Ludwig will emphasize the importance of community engagement in water conservation efforts. He will discuss the value of spreading awareness, organizing community events, and partnering with local organizations to promote water conservation practices. By fostering a sense of collective responsibility and knowledge sharing, individuals can have a more significant impact on water conservation at a larger scale.
Advocacy and Policy Change
Art Ludwig will highlight the role of advocacy and policy change in driving water conservation initiatives. He will discuss ways individuals can get involved in advocating for water conservation at the community level, engaging with policymakers, and supporting legislation that promotes sustainable water management practices.
Supporting Water Storage Projects
Art Ludwig will encourage individuals to support and participate in water storage projects within their communities. This may involve volunteering time, contributing resources, or advocating for funding and support from local authorities. By actively engaging in water storage initiatives, individuals can contribute to their community’s resilience and sustainability.
In conclusion, water storage tanks, cisterns, aquifers, and ponds are vital components of a sustainable water management system. By understanding their benefits, challenges, and implementation strategies, we can ensure the availability of water even in the face of changing environmental conditions. Art Ludwig’s comprehensive guide provides valuable insights into different water storage methods and empowers individuals to make a difference in water conservation. Remember, every drop counts!


Due to the constant influx of population, Miami continues to grow and develop. Numerous new modern buildings intended both for housing and for business needs and services are under construction in the city. New Miami developments are elegant high-rise buildings, in the construction of which every detail is thought out. These are buildings, in which the latest technology and techniques together with an ecological approach in the construction are often used. Many of them are located almost at the edge of the water, creating the feeling that you hover over the ocean. The buildings, which are now being built and put in operation in Miami, are not only aesthetic, but are also designed to provide comfort in the fullest way.


In the morning of August 30th 2012, at Thuy Loc Commune, the Provincial People Committee held a commencement ceremony of construction of Thuy Yen – Thuy Cam Reservoir. With attended of Mr. Hoang Van Thang – Vice Minister of Agriculture and Rural Development Ministry together with representatives of Agriculture and Rural Development Ministry. Representatives of Local consist of Mr. Ho Xuan Man – Central Committee member, Party Provincial Committee Secretary; Mr. Nguyen Van Cao – Deputy Secretary of Party Provincial Committee, Chairman of Provincial People’s Committee with representatives of local leaders of departments and local residents.
Thuy Yen – Thuy Cam Reservoir project was constructed on two streams of Sweet river headwater (Loc Thuy Commune), approved by Ministry of Agriculture and Rural Development, include two reservoirs: Thuy Yen and Thuy Cam. Total capacity of 2 reservoirs is 19 million m3 with total investment over 654 billion VND by Government bonds; in which capital managed by Ministry of Agriculture and Rural Development is more than 651 billion VND; the rest is more than 2,600 million VND managed by the province's budget for compensating land clearance.
\Investor of this project is Agriculture and Rural Development Department; design organization is Vietnam irrigation construction consulting Corporation; construction unit is a joint venture between the Son Hai Group Co., LTD and Survey Consulting JSC No.2.
Leaders of Agriculture and Rural Development Ministry and
Thua Thien Hue Province pressed the button starting the construction.
Leaders of Ministry of Agriculture and Rural Development and Thua Thien-Hue province pressed the button starting the construction. According to the plan, it will take nearly 4 years for this construction, divided into 2 phrases. Phrase I, from now till 2020, will provide water to irrigate for 1,270 hectares of rice and vegetables in Loc Thuy, Loc Tien commune, be a water resource supplying to Chan May-Lang Co Economic Zone (CM-LC) with capacity 25 million m3/ day; Phrase II, from after 2020, will provide water to irrigate for 510 hectares of rice and vegetables in Tien Loc, Tien Thuy commune; supply water for Chan May-Lang Co Economic Zone with capacity 75 – 86 million m3/ day; also creat landscapes, enhance living, promote local economic and social development.
On this occasion, representatives of the construction unit gave Phu Loc commune 100 million VND, contributing to poverty reduction to the local area located by construction mentioned above.
In the morning of the same day, in Hong Trung commune, A Luoi District, Truong Phu Hydroelectric Power JSC, help the commence ceremony of A Lin B1 hydroelectric Power Construction. Attending were: Mr. Nguyen Ngoc Thien – Deputy Permanent Secretary of the Provincial Party Committee, Chairman of the Provincial People's Council; Mr. Phan Ngoc Tho – Vice Chairman Provincial People’s Committee and leaders of A Luoi District and numerous of local residents.
Construction of A Lin B1 Hydropower is the large hydroelectric project in the province with a capacity of 42 MW, a reservoir capacity of 24.98 million m3, with total investment nearly 900 billion VND. As completing, it will supply national electric network 177 million KWh/year. This project is significant, as the next step for the hydroelectric power project investing in province such as: Binh Dien, Huong Dien, A Luoi Hydroelectric Power…It’s expected that this project will be finished and put in operation after 3 years of construction.
On this occasion, Truong Phu Hydroelectric Power JSC gave two houses of gratitude and total 100 million VND to vehicles supporting fund for two communes: Hong Van and Hong Trung.


Aligator Water Purification System
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For eco-friendly water purification, Aligator is the natural choice.
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Just a Quote: Expert advice without the hard sell
Differences between PVCu Bay & Bow Windows
PVCu bay windows
A PVCu bay window is generally one where the windows follow the shape of the supporting brickwork below and the space created by the curved or rectangular shape of the bay is part of the internal room. Curved bay windows, generally in five sections, were originally built on Victorian properties as a sign of wealth.
PVCu bay windows are normally replacements of original wooden bay windows and the use of round bay poles allows several individual windows to be fixed together to form the bay. One point for homeowners to be aware of is offers made by window companies for, say 5 windows for £????. A curved PVCu bay window with five sections will always count as five separate windows for the purposes of a quotation.
PVCu bow windows
A bow window or a plant-on bow window as it is properly referred to, projects beyond the external brickwork without being supported by it. A bow window generally provides a deep internal window sill whereas a bay window does not. PVCu bay windows are often conversions from original flat windows, where the householder has decided to convert a flat window into something more visually appealing. If a flat window is converted to a bow window, the width of the original flat window will normally determine the number of sections the new bow window will have.
A flat window at 1.8 metres wide would normally be converted into a three part bow window and a flat window at 2.4 metres wide would normally be converted into a four part bow window. When removing a flat window and installing a PVCu bay window it is important that the new roof and base of the bow window is properly insulated to conform with Building Regulations with regard to heat loss.
PVCu bay & bow windows – structural support
Curved and rectangular PVCu bay & bow windows have reinforced poles between each individual window for strength and support. A curved PVCu bay or bow window would normally have round bay poles between the sections and a square or rectangular PVCu bay or bow would have a square bay post on the corners.
FENSA and Building Regulations rules apply to all replacement windows but in the case of PVCu bay & bow windows additional rules apply to the structural support which they must be fitted with and the way in which old bays and bows are removed to be replaced with new PVCu bay & bow windows.
Square or rectangular PVCu bay & bow windows are usually in three sections but they also can be made up of just a front and one side; this is referred to as a dog-leg bay.


H2O 4ALL has worked all around the globe, in over 10 countries, helping hundreds of thousands of people.
In 2010 H2O4ALL participated in a project to ensure safe, reliable water for residents of La Playa on the outskirts of Barranquilla, Colombia. The water project paired the RainXchange® rainwater harvesting system by Aquascape, Inc. with a water purification system. The system provides clean drinking water for approximately 500 school children year-round as well as their families.
The children and teens attending La Rosa de Saron are part of a large community of people who were displaced from their rural communities due to conflict and violence. They live in make-shift homes, many with dirt floors, no electricity or water.
Prior to H2O4ALL’s involvement, the school had an unreliable and extremely expensive source of water. The entire community has benefited from the rain harvesting and water purification system installed at La Rosa de Saron School.
2012 marked the first time we visited the Dominican Republic. H2O4ALL utilized its partnership with FILTERPURE, Inc. to redesign their household clay water filter, capable of removing 99.99% of contaminants. This will dramatically reduce waterborne diseases in a country where piped water is not potable. This is one measure of our innovation. We were able to help out with 2,000 filters, that is 2,000 families.
In wake of the earthquake in 2010, H2O4ALL utilized our partnership with FILTERPURE, Inc. to redesign their household clay water filter. By changing the composition of the filter, H2O4ALL will be able to lower production cost to make the filter more affordable by Haitian households. This project once again helped 2,000 families. Totalling 80,000 people helped through these clay pot filters.
Over 12,000 children die every year from diarrhea caused by unsafe water and poor sanitation in Uganda.
H2O 4 ALL started its safe water initiatives in Uganda, Africa. Through the use of rainwater harvesting, purification of existing water sources and deep well drilling thousands of people have benefited from safe water both for drinking and agricultural use. With the innovative use of appropriate technology, H2O 4 ALL is able to ensure that water stored in tanks will not become contaminated through stagnation. This allows for the storage of large quantities of water during the rainy seasons.
We started at the Kawolo Hospital in 2012, and returned in 2014
We worked in 2011 to install a 25,000 Litre rain water collection and filtration system at the Ruth Sommerville Medical Clinic. We partnered with Alongside International. Bringing clean water to over 25,000 residents
Working with the Aquascape Foundation and International Needs Network, H204ALL installed an 80,000 litre rainwater harvesting and water purification system at Kanuwloe community school in the Volta Region of Ghana. With a poverty rate of 38%, safe drinking water is unaffordable for almost half of the region’s population. The system will benefit 500 children and their families and ensure a safe, reliable water source during all seasons of the year.
Danchira is a village of 1,500 located on the outskirts of Ghana’s capitol city, Accra. Despite being in close proximity to Ghana’s economic hub, residents lack access to safe water and sanitation. In partnership with Bayside of South Sacramento Church (BOSS), H2O4ALL installed an 8,000 litre rainwater harvesting and water purification system at Danchira Village school. The system takes advantage of Ghana’s position near the Equator by utilizing solar power.
Kuve is a poor and deprived rural community of about 900 people in the Volta Region of Ghana. Partnering with the Aquascape Foundation, Genieye Systems, Inc. and International Needs Network, H204ALL installed a 32,000 litre rainwater harvesting and water purification system providing clean drinking water for the community. Pairing the rainwater harvesting and purification system with solar panels provided the perfect solution for this village that has yet to be connected to the national electricity grid.
In the most populous country in Africa, almost half of Nigerians have no access to clean water and around 70% have nowhere safe to go to the toilet.
Our project was able to make a dent, bringing in a rain water filtration and collection system serving over 10,000 residents.
2013 marked two projects in Sierra Leone, both in Freetown. The first was at United Polio Brothers and Sisters Association and the second was at the CIS Orphanage. 20,000 and 40,000 litre rain water filtration and collection systems were installed helping over 400 families in the community.
A country where over half of the population lives in poverty. H2O4ALL was approached by the Simon Poultney Foundation to solve the water crisis in the Village of Chibwelelo, Northern Zambia. Even though this community had 16 wells only one was operational leaving this community in urgent need of safe water. H2O4ALL was able to work with the leadership of this community to train them to repair and maintain these wells. Today, this community of 6,500 people are able to access clean and safe water.


One of our friendly dealers will come to site to evaluate positioning, access and pool requirements.
A Template of the pool shape is laid out on the ground to create the initial shape of the pool.
The measurements of the pool are checked and squared up relevant to houses or other surrounding structures.
Once we are happy with the pool positioning an excavator is ready to start digging the pool hole.
The pool hole is then dug and the excavated materials are removed from site.
The base material is then screaded to set heights for the pool to be placed into position.
The crane is then positioned and set up. In this case the crane was set up at the front of the house with the pool being lifted over the house roof.
The pool is then connected to the crane and the lift begins.
Swimming pool being lifted over the roof of the house.
The pool is then lowered down into position.
The pools final sitting position is measured and squared up before the crane leaves the site, levels at this stage are also checked.
Pipework, filters and lights are all connected and the process of back filling the water begins.
The concrete bond beam/slab are then prepared and poured awaiting pavers/tiles to finish off the pool.
The coping pavers/tiles are installed and your swimming pool water is balanced ready for swimming.


Industrial Hydro-Blast, located in Macon Georgia
Process Water Removal
A building materials manufacturer having quality control problems with its product determined that it could no longer recycle process water. The manufacturer had no means to release the water to a municipality for disposal, and the plant faced closure if the water could not be removed from the process. Industrial Hydro-Blast provided over 300,000 gallons of storage and handled the transfer of process water into temporary storage tanks. Over a two month period, Industrial Hydro-Blast personnel transferred the water into the storage tanks and loaded trucks carrying the material to a waste water treatment facility. The facility never lost production due to excess water generated by their process.
Rising flood waters reached the water treatment plant of a city with a population of over 100,000, contaminating the water supply and leaving the citizens without potable water. After two weeks of attempting to remove sediment and contaminated water from the plant, the local water authority contracted Industrial Hydro-Blast to assist with the project. Operating around the clock, Industrial Hydro-Blast employed dredge pumps, water blasters, and vacuum trucks to clean settling basins and water treatment tanks at the facility. The water treatment plant was operational within two weeks and potable water was returned to the citizens.
To explore our full line of Environmental and Safety services, please Click Here.


Do you have a backyard, a garden, or a large piece of land in Utah that has a drainage problem, and needs a solutions? When your yard doesn't drain properly, you're at risk at flooding your basement, killing all of your grass, flowers, plants and trees, and basically having a mud pit for a yard. There are all types of landscape drainage systems you can install, but first and foremost it's imperative our Utah drainage landscapers survey your specific landscape for what drainage system will work best.
Downspout Piping, Dry Wells, Channel Drains, Trench Drains, French Drains, Dry Wells, Catch Basins, Grates And Emitters, Dry River Beds, Bogs, Grassy Swales and More!
Our Utah landscaping and drainage company has the experience needed to understand everything that goes into creating the perfect drainage system for your yard and specific terrain. We know how to work with and install drainage systems with terrain layouts so we can affordably save your property from potential flooding and water damage. We offer you more than experience, we are up-to-date on the latest tools, methods, and regulations, and we charge fair prices for our services for all types of yard drainage solutions.
If you have a particular landscape drainage project on your mind, use the contact form on this page to tell us about it. One of our licensed Utah drainage landscapers pros will get back to you with an assessment of costs and a free quote to install a new drainage system or repair a new one.


I started my career as a Trainee Quantity Surveyor/Estimator after completing my BTEC HNC Certificate at the College of North East London, and have risen to the current position of Associate Professor in Project Management & Quantity Surveying at University College London (UCL). I hold a PhD in Construction & Project Management from the University of Salford having completed an MSc in Quantity Surveying Commercial Management from Leeds Metropolitan University (now Leeds Beckett) in 2008. I am a Fellow of the Higher Education Academy (FHEA), Chartered Quantity Surveyor (MRICS) and Chartered Construction Manager (MCIOB) with many years of teaching and learning experience in the UK Higher Education sector.
I have excellent knowledge and experience in Quantity Surveying and commercial management practice. I have worked as a Quantity Surveyor in the UK construction industry; managing cost and financial aspects of construction projects from inception to final account for many years.
I have been an External Examiner for Quantity Surveying and Construction Project Management courses across the UK; from Anglia Ruskin University in England to Heriot-Watt University in Scotland. I have Guest Edited special issues for a number of journals including the International Journal of Construction Education and Research, Built Environment Project and Asset Management, Journal of Facilities Management, International Journal of Building Pathology & Adaptation. Alex is a committee member of the Association of Researchers in Construction Management (ARCOM) and has presented papers at major national and international conferences in Brazil, Canada, USA, Netherland, Croatia, China, South Africa, Thailand, Malaysia, Philippines, Rwanda, Tanzania, Portugal etc.
My research interest is in the area of Sustainable Built Environment having published in various high impact academic journals, including a book on “Leadership and Sustainability in the Built Environment” published by the Taylor and Francis (Routledge) in 2015. My current research project focuses on the link between the Sustainable Development Goals (SDGs) and the Built Environment.
Dr Opoku is currently Construction Industry Training Board (CITB) Construction Ambassador, promoting career opportunities in construction in the local community and secondary schools. He also founded the Construction4SDG2030 forum (Construction Business Forum for the Sustainable Development Goals (SDGs) in partnership with HTA Design LLP and WokenUp Ltd.


The LiteDeck® ICF System is a lightweight, stay-in-place form made of Expanded Polystyrene (EPS) and used to construct site-cast or precast concrete floors, roofs, decks, and walls for commercial, industrial and residential uses. Lite-Deck® provides structural strength through reinforced concrete and EPS insulation through.
Steel Rib System
LiteDeck® SRS (Steel Rib System) is comprised of high density EPS foam decking and 18 gauge galvanneal. LiteDeck® SRS comes assembled in custom lengths and can be used for large clear spans. The steel stud is used as an attachment point.
Wood Rib System
LiteDeck® WRS (Wood Rib System) is comprised of high density EPS foam decking and standard dimensional lumber. LiteDeck® WRS offers carpenters a system for forming elevated concrete slabs along with options to reuse the wood ribs throughout the rest of the project. – liteform


New Local Farm Building Needed a Hydraulic Door
A local farm had purchased a hydraulic door for a new facility, however, they had never installed a door with a 40 foot by 14 foot opening.
Since the contractor had never installed a door of this magnitude, they needed expert help to assist with the installation of the oversized door for their new building.
DH Pace worked with the builders to get the door, which was already purchased, put together and in place. The door was installed at their facility over a couple days. It featured hydraulic rams to open and close the door which are powered by a 2hp operator.
Even when products have already been purchased, such as the door with a pre-built building, DH Pace has the skills to help upgrade the original design and to install any type of door and operator on the market.


Bricks 4 Kidz Engineering Adventures @ Central Woodlands, Grades 5-6
There are still openings remaining at this time.
Do you want to learn about being an engineer or an architect? This is your chance! Join us as we develop our engineering skills by building bridges, vehicles, and more. We’ll learn about careers you might want to pursue when you grow up as we see what architects, civil engineers, and mechanical engineers do to design and build things we see and use every day. Come, let’s build! You’ll enjoy experiencing this engineering adventure with us! Classes for 5th/6th graders have more complex builds and grade level appropriate STEM content, and focus more on solving engineering and design challenges after building.


In an industry first, QTS Data Centers, a leading data Center solutions provider, recently announced its commitment to supply residual heat to a large-scale district heating project in partnership. Headquartered in Netherlands, QTS in collaboration with WarmteStad, a sustainable utility company of the municipality of Groningen, will supply the heat out of its Groningen data Center as part of its sustainability initiative.
WarmteStad recently unveiled an innovative heating plant that will utilize 100% residual heat from the QTS Groningen data Center. Heat pumps powered by renewable energy distribute hot water via an existing underground heating network installed in Zernike, Paddepoel, and Selwerd. By 2026, WarmteStad expects to produce sustainable and affordable heat for over 10,000 households, buildings, and knowledge institutions in Groningen's northern districts.
Buildings can operate without a natural gas connection when heated with water, significantly reducing CO2 emissions and supporting Groningen's environmental goal of being completely CO2 neutral by 2035.
QTS has committed to minimizing its data center carbon footprint through innovative solutions including the utilization of renewable energy, reclaimed water, and recycled materials to support both QTS and our customers' sustainability initiatives."
Travis Wright, VP of Energy and Sustainability, QTS.
About QTS Data Centers
QTS Realty Trust, LLC, a Blackstone backed company, is a leading provider of data Center solutions in North America and Europe. With over 9 million square feet of owned mega-scale data Center space, QTS delivers leading hyperscale technology companies, enterprises, and government entities with secure, compliant infrastructure solutions, robust connectivity, and premium customer service.


Home buyers, commercial property buyers, investors, vendors, and property managers all need building inspections Auckland at one time or another. This is an important, if not critical, step in making certain that a home or other property is ready for use. Trusting this service to a contractor outside of the local area could be a mistake. Trusting it to the local Auckland professional inspectors with expert knowledge about buildings in the area is in order.
One of the most competent teams of inspection professionals in Auckland is available at Jim’s Building Inspections. They offer a range of services including asbestos or handover inspections. No matter what type of inspection is needed, the team at Jim’s has the experience, the local knowledge and the latest tools to handle a quick, comprehensive job. Written reports are available in 24 hours and they never contain any difficult jargon to wade through – just simple, plain English.
Hire the building inspections Auckland experts before you move into a newly built home or before you begin renovations on your existing home. Before doing any maintenance, hire Jim’s for an asbestos inspection. Handover inspections are another type of service to get before moving to a new build.
Building inspections Auckland are highly recommended. Trust the work to those who have the expertise to thoroughly handle any type of building in the area. They understand all the systems, designs and products used in New Zealand buildings. They are the most capable experts to hire.
They also know the risk of earthquakes and weather that can impact any structure in the area. They know what potential risks to look for and will include recommended fixes in their reports.
Expect a specially designated inspector arriving for duty the day of the job. The company works hard to pre-select the right consultant for your inspection. A commercial or industrial building will get the help of a much different professional inspector than a ready-to-let home.
Inspections are targeted, visual inspections which are done to strict standards. Each inspector is highly qualified, experienced, insured and licensed. They go over the exterior of all buildings and homes as well as the interiors. They inspect foundations, frames, insulation and they check the major systems. Grounds are checked for moisture or leaks both around main buildings and sheds or garages. Fences and retaining walls are also covered. The local building inspections Auckland that are done will help you ensure that all your renovations and builds are done to code and done safely.
Book Jim’s Building Inspectors for a complete and thorough job using the latest moisture meters, thermal imaging cameras, and sounding devices. Reports are delivered quickly – within 24 hours in most cases. They are easy-to-read and contain straight-forward language without any industry jargon that can confuse you.
Their services are available to anyone needing a residential or commercial inspection. Before doing any renovations or maintenance on the property be sure to hire Jim’s. Get the information you need to do safe and efficient work.


Whether you are a client managing complex assets, a designer working on a challenging project or a contractor driving innovation on site, the event will provide you with the knowledge and contacts to improve the maintenance and management of assets. Plus the event will give you the opportunity to:
- Network and build new relationships with potential clients, business leaders and forward thinking engineers
- Hear updates from challenging asset management projects and find out about the cost-effective solutions being employed by designers and contractors
- Find out what major asset owners are seeking from the geotechnical industry in order to deliver future investigations, piling and asset maintenance more effectively
- Gain insight into the technological developments impacting asset resilience and what this could mean for your work
Whatever your involvement in the sector, Asset Resilience will be an insightful event you won’t want to miss.