As waterfront properties continue to captivate property owners and enthusiasts alike, the demand for versatile and functional docking solutions is on the rise. A floating dock, with its adaptability and ease of installation, has become a popular choice for those seeking a reliable and customizable waterfront access point. This comprehensive guide delves into various types of floating docks, shedding light on their unique features, applications, and benefits.
Understanding the Basics: What is a Floating Dock?
A floating dock is a platform that rests on the water’s surface and is buoyant, allowing it to rise and fall with changes in water level. Unlike traditional fixed docks, floating docks offer a dynamic and resilient solution suitable for various waterfront environments.
Exploring Different Types of Floating Docks
1. Modular Floating Docks:
- Adaptable Design: Modular floating docks consist of individual sections that can be connected to form a customized layout. This design flexibility makes them suitable for diverse shorelines and water conditions.
2. Pipe Floating Docks:
- Robust Structure: Constructed using durable pipes or tubes, these floating docks provide stability and strength. The pipes create a framework that supports the decking, ensuring a resilient structure capable of withstanding varying water conditions.
3. Cable Floating Docks:
- Minimal Environmental Impact: Cable floating docks use a system of cables and anchors to keep the structure in place. This design minimizes the impact on the environment, making them an eco-friendly choice for waterfront installations.
4. Wooden Frame Floating Docks:
- Classic Aesthetics: Wooden frame floating docks combine natural wood’s warmth with a floating structure’s versatility. The wooden frame provides a traditional aesthetic while offering stability on the water.
5. Concrete Floating Docks:
- Durability and Longevity: Concrete floating docks are known for their robust construction, providing a durable and long-lasting solution. These docks are resistant to weathering and require minimal maintenance.
6. Foam-Filled Floating Docks:
- Buoyancy through Foam: Foam-filled floating docks feature buoyant chambers filled with closed-cell foam. This design ensures positive buoyancy, making them a stable option even at fluctuating water levels.
7. Barrel Floating Docks:
- Buoyancy with Barrels: Barrel floating docks use plastic barrels or drums to provide buoyancy. The barrels are securely attached to the dock frame, offering a cost-effective and buoyant solution.
8. Pneumatic Floating Docks:
- Air-Filled Chambers: Pneumatic floating docks utilize air-filled chambers to maintain buoyancy. These docks are often inflatable and can be adjusted to different buoyancy levels based on specific requirements.
Factors to Consider When Choosing a Floating Dock
1. Water Conditions:
- Adaptability: Consider the water conditions, including tides, currents, and wave action, to choose a floating dock that can adapt to the environment.
2. Intended Use:
- Functionality: Determine the primary use of the dock, whether for recreational boating, fishing, or general water access, to select a design that suits your needs.
3. Materials and Construction:
- Longevity: Evaluate the materials used in construction and choose a floating dock that offers durability, resistance to corrosion, and minimal maintenance requirements.
4. Budget Considerations:
- Cost-Effectiveness: Assess your budget and explore floating dock options that provide the desired features while remaining cost-effective.
5. Regulatory Compliance:
- Local Regulations: Familiarize yourself with local regulations and permits required for installing floating docks to ensure compliance with legal requirements.
- Ease of Access: Consider the ease of access to and from the dock, especially if it will be used for recreational activities or as a mooring point for boats.
Benefits of Floating Docks
- Flexibility: Floating docks can adapt to changing water levels, ensuring consistent functionality regardless of tide or water depth fluctuations.
2. Easy Installation:
- Efficiency: Floating docks are relatively easier to install than fixed docks. They can be assembled on-site and adjusted as needed.
3. Low Environmental Impact:
- Eco-Friendly: Floating docks with minimal environmental impact, such as cable or foam-filled designs, contribute to sustainable waterfront development.
- Multiple Uses: Whether used for recreational activities, boat docking, or fishing, floating docks offer versatile solutions for waterfront access.
5. Reduced Maintenance:
- Minimal Upkeep: Many types of floating docks require less maintenance compared to traditional fixed docks, reducing the overall cost of ownership.
Navigating the myriad types of floating docks requires careful consideration of various factors, from water conditions to intended use and budget constraints. Each type brings its own set of advantages, allowing property owners to select a floating dock that aligns with their specific requirements and preferences. Whether you prioritize adaptability, eco-friendliness, or classic aesthetics, the diverse range of floating docks ensures that there’s a perfect solution for every waterfront enthusiast. As you embark on the journey of selecting the ideal floating dock for your property, may the exploration bring you closer to a seamless and enjoyable waterfront experience.


Certain words and phrases used in this chapter, unless otherwise clearly indicated by their context, mean as follows. Unless otherwise defined in this chapter the definitions provided in Chapter 18.20 CMC shall be applicable. If there is a conflict, the definitions in this section shall govern.
(1) “Alteration of watercourse” means any action that will change the location of the channel occupied by water within the banks of any portion of a riverine water body.
(2) “Appeal” means a request for review of the interpretation of any provision of this chapter or a request for a variance therefrom.
(3) “Area of special flood hazard” means the land in the floodplain within the City which is subject to a one percent or greater chance of flooding in any given year. This area designation on flood insurance rate maps always includes the letter A or V.
(4) “Base flood” means flood having a one percent chance of being equaled or exceeded in any given year (also referred to as the “100-year flood”). The base flood is noted as the special flood hazard area designated on flood insurance rate maps as zone “A” or “V” including AE.
(5) “Base flood elevation” means the elevation to which floodwater is anticipated to rise during the base flood.
(6) “Basement” means any area of the building having its floor sub-grade (below ground level) on all sides.
(7) “Channel migration zone” or “CMZ” means those areas within the lateral extent of likely stream channel movement that are subject to risk due to stream bank destabilization, rapid stream incision, stream bank erosion, and shifts in the location of stream channels. “Channel migration zone” does not include areas that lie behind an arterial road, a public road serving as a sole access route, a State or Federal highway or a railroad. “Channel migration zone” may exclude areas that lie behind a lawfully established flood protection facility that is likely to be maintained by existing programs for public maintenance consistent with designation and classification criteria specified by public rule. When a natural geologic feature affects channel migration, the channel migration zone width will consider such natural constraints. The regulated channel migration zone includes the channel migration zone boundary and extends 50 feet landward in each direction from the stream.
(8) “Critical facility” means a facility for which even a slight chance of flooding might be too great. “Critical facilities” include, but are not limited to, schools, nursing homes, hospitals, police, fire and emergency response installations, and installations which produce, use or store hazardous materials or hazardous waste.
(9) “Development” or “development activity” means any manmade change to improved or unimproved real property, including but not limited to buildings or other structures or mining, dredging, filling, grading, paving, excavation, drilling operations or storage of equipment or materials, or removal of more than five percent of the natural vegetation located within the area of special flood hazard. This includes construction, repair, or replacement of culverts, pipes, bridges, levees, bank stabilization, docks, revetments, walls, bulkheads, driveways, or roads.
(10) “Director” means the Director of City of Covington Department of Community Development, or his or her designee. The term “Director” shall be interchangeable with the term “Floodplain Administrator.”
(11) “Elevated building,” for insurance purposes, means a non-basement building which has its lowest elevated floor raised above ground level by foundation walls, shear walls, posts, piers, pilings or columns.
(12) “Existing manufactured home park or subdivision” means a manufactured home park subdivision for which the construction of facilities for servicing the lots on which the manufactured homes are to be affixed (including, at a minimum, the installation of utilities, the construction of streets, and either final site grading or the pouring of concrete pads) is completed before the effective date of the adopted floodplain management regulations.
(13) “Expansion to an existing manufactured home park or subdivision” means the preparation of additional sites by the construction of facilities for servicing the lots on which the manufactured homes are to be affixed, including the installation of utilities, the construction of streets, and either final site grading or the pouring of concrete pads.
(14) “Flood” or “flooding” means a general and temporary condition of partial or complete inundation of normally dry land areas from (a) the overflow of inland or tidal waters; (b) the unusual and rapid accumulation of surface water runoff from any source; (c) mudslides (i.e., mudflows) that are proximately caused by flooding as defined in subsection (b) of this definition and are akin to a river of liquid and flowing mud on the surfaces of normally dry land areas, as when earth is carried by a current of water and deposited along the path of the current.
It also means the collapse or subsidence of land along the shore of a lake or other body of water as a result of erosion or undermining caused by waves or currents of water exceeding anticipated cyclical levels or suddenly caused by an unusually high water level in a natural body of water, accompanied by a severe storm, or by an unanticipated force of nature, such as flash flood or an abnormal tidal surge, or by some similarly unusual and unforeseeable event which results in flooding as defined in subsection (a) of this definition.
(15) “Flood elevation study” means an examination, evaluation and determination of flood hazards and, if appropriate, corresponding water surface elevations or an examination, evaluation and determination of mudslide (i.e., mudflow) and/or flood-related erosion hazards.
(16) Flood Insurance Study. See “Flood elevation study.”
(17) “Flood insurance rate map (FIRM)” means the official map of a community, on which the Federal Insurance Administrator has delineated both the special hazard areas and the risk premium zones applicable to the community. A FIRM that has been made available digitally is called a “digital flood insurance rate map (DFIRM).”
(18) “Floodplain or flood-prone area” means any land area susceptible to being inundated by water from any source. See “Flood” or “flooding.”
(19) “Floodplain administrator” means the Director or community official designated by this title to administer and enforce the floodplain management regulations.
(20) “Floodplain management” means the operation of an overall program of corrective and preventive measures for reducing flood damage, including, but not limited to, emergency preparedness plans, flood control works, and floodplain management regulations.
(21) “Floodplain management regulations” means zoning ordinances, subdivision regulations, building codes, health regulations, special purpose ordinances (such as floodplain ordinance, grading ordinance, and erosion control ordinance) and other applications of police power. The term describes such State or local regulations, in any combination thereof, which provide standards for the purpose of flood damage prevention and reduction.
(22) “Floodproofing” means any combination of structural and nonstructural additions, changes, or adjustments to structures which reduce or eliminate risk of flood damage to real estate or improved real property, water and sanitary facilities, structures, and their contents.
(23) “Floodway” means the channel of a river or other watercourse and the adjacent land areas that must be reserved in order to discharge the base flood without cumulatively increasing the water surface elevation more than a designated height. Also referred to as “regulatory floodway.”
(24) “Functionally dependent use” means a use which cannot perform its intended purpose unless it is located or carried out in close proximity to water. The term includes only docking facilities, port facilities that are necessary for the loading and unloading of cargo or passengers, and ship building and ship repair facilities, and does not include long-term storage or related manufacturing facilities.
(25) “Highest adjacent grade” means the highest natural elevation of the ground surface prior to construction next to the proposed walls of a structure.
(26) “Historic structure” means any structure that is:
(a) Listed individually in the National Register of Historic Places (a listing maintained by the Department of the Interior) or preliminarily determined by the Secretary of the Interior as meeting the requirements for individual listing on the National Register;
(b) Certified or preliminarily determined by the Secretary of the Interior as contributing to the historical significance of a registered historic district or a district preliminarily determined by the Secretary to qualify as a registered historic district;
(c) Individually listed on a State inventory of historic places in states with historic preservation programs which have been approved by the Secretary of the Interior; or
(d) Individually listed on a local inventory of historic places in communities with historic preservation programs that have been certified either:
(i) By an approved State program as determined by the Secretary of the Interior; or
(ii) Directly by the Secretary of the Interior in states without approved programs.
(27) “Lowest floor” means the lowest floor of the lowest enclosed area, including any basement. An unfinished or flood resistant enclosure which is usable solely for parking of vehicles, building access or storage, located in an area other than a basement area, is not considered a building’s lowest floor; provided, that such enclosure is not built so as to render the structure in violation of the applicable nonelevation design requirements of CMC 16.15.250(2).
(28) “Manufactured home” means a structure, transportable in one or more sections, which is built on a permanent chassis and is designed for use with or without a permanent foundation when attached to the required utilities. The term “manufactured home” does not include a “recreational vehicle.”
(29) “Manufactured home park or subdivision” means a parcel or contiguous parcels of land divided into two or more manufactured home lots for rent or sale.
(30) “Mean sea level” means, for purposes of the National Flood Insurance Program, the vertical datum to which base flood elevations shown on a community’s flood insurance rate map are referenced.
(31) “New construction” means, for the purposes of determining insurance rates, structures for which the “start of construction” commenced on or after the effective date of an initial flood insurance rate map or after December 31, 1974, whichever is later, and includes any subsequent improvements to such structures. For floodplain management purposes, “new construction” means structures for which the “start of construction” commenced on or after the effective date of a floodplain management regulation adopted by a community and includes any subsequent improvements to such structures.
(32) “New manufactured home park or subdivision” means a manufactured home park or subdivision for which the construction of facilities for servicing the lots on which the manufactured homes are to be affixed, including at a minimum the installation of utilities, the construction of streets, and either final site grading or the pouring of concrete pads, is completed on or after the effective date of adopted floodplain management regulations.
(33) “Recreational vehicle” means a vehicle:
(a) Built on a single chassis;
(b) Four hundred square feet or less when measured at the largest horizontal projection;
(c) Designed to be self-propelled or permanently towable by a light duty truck; and
(d) Designed primarily not for use as a permanent dwelling but as temporary living quarters for recreational, camping, travel, or seasonal use.
(34) “Start of construction” includes substantial improvement, and means the date the building permit was issued, provided the actual start of construction, repair, reconstruction, placement or other improvement is within 180 days of the permit date. The “actual start” means either the first placement of permanent construction of a structure on a site, such as the pouring of a slab or footings, the installation of piles, the construction of columns or any other work beyond the stage of excavation, or the placement of a manufactured home on a foundation. “Permanent construction” does not include land preparation, such as clearing, grading and filling or the installation of streets and/or walkways or excavation for a basement, footings, piers, or foundations or the erection of temporary forms or the installation on the property of accessory buildings such as garages or sheds not occupied as dwelling units or not part of the main structure. With respect to a substantial improvement, the “actual start” of construction means the first alteration of any wall, ceiling, floor or other structural part of a building, whether or not that alteration affects the external dimensions of the building.
(35) “Structure” means a walled and roofed building permanently constructed in or on the ground, including a gas or liquid storage tank that is principally above ground as well as a manufactured home.
(36) “Substantial damage” means damage of any origin sustained by a structure whereby the cost of restoring the structure to its predamaged condition would equal or exceed 50 percent of the market value of the structure before the damage occurred.
(37) “Substantial improvement” means any reconstruction, rehabilitation, addition, or improvement of a structure, the cost of which equals or exceeds 50 percent of the market value of the structure before the “start of construction” of the improvement. This term includes structures which have incurred “substantial damage,” regardless of the actual repair work performed. The term does not, however, include: (a) any project to improve a structure to correct precited existing violations of State or local health, sanitary, or safety code specifications which have been identified by the local enforcement official and which are the minimum necessary to assure safe living conditions; or (b) any alteration of a “historic structure”; provided, that the alteration will not preclude the structure’s continued designation as a “historic structure.”
(38) “Variance” means a grant of relief from the requirements of this chapter which permits construction in a manner that would otherwise be prohibited by this chapter.
(39) “Violation” means the failure of a structure or other development to be fully compliant with the community’s floodplain management regulations. A structure or other development without the elevation certificate, other certifications, or other evidence of compliance required in this chapter is presumed to be in violation until such time as that documentation is provided.
(40) “Water dependent” means a structure for commerce or industry which is dependent on the water by reason of the intrinsic nature of its operations and cannot exist in any other location.
(41) “Water surface elevation” means the height, in relation to the National Geodetic Vertical Datum (NGVD) of 1929, or other datum, of floods of various magnitudes and frequencies in the floodplains of coastal or riverine areas.
(42) “Water typing” means a system for classifying water bodies according to their size and fish habitat characteristics. The Washington Department of Natural Resources’ forest practices water typing classification system is hereby adopted by reference. The system defines four water types:
(a) Type “S” = Shoreline: Streams that are designated “shorelines of the State,” including marine shorelines.
(b) Type “F” = Fish: Streams that are known to be used by fish or meet the physical criteria to be potentially used by fish.
(c) Type “Np” = Nonfish perennial streams.
(d) Type “Ns” = Nonfish seasonal streams. (Ord. 12-20 § 2 (Exh. A); Ord. 13-17 § 2; Ord. 06-17 § 3 (Exh. A); Ord. 30-05 § 1; Ord. 23-00 § 1; Ord. 100-98 § 1)


About UsSustainable, safe, and fully accessible, Corkeen is a revolutionary solution for the construction of fall protection systems for playgrounds, composed of cork.
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Castle Rock’s Town Council recently unanimously approved a Confluence Companies project to break ground in January 2017.
The $60 million mixed-used Riverwalk project will include 228 apartments, 30,000 square feet of office space, 10,000 square feet of retail, and 328 parking spots.
The development is projected to be fully complete in 2018.
Confluence Companies is passionate about the Castle Rock community and is excited to be involved in bringing a renewed vibrancy to the downtown area. Riverwalk will span two blocks, fronting Wilcox Street on either side of Sellars Creek and bordering Festival Park.
Learn more about Riverwalk at Castle Rock from a few recent news mentions:


This project was a third floor build out, consisting of 26,000 square feet of the existing patient tower. This project included 40 bed PCU and isolation rooms, nursing stations, and ancillary spaces. A new air handling unit and hot water constant volume boxes were added; as well as complete duct, hydronic and plumbing piping and fixtures. This project utilized BIM modeling and was accomplished with working on floors above and below the subject space. The project was accomplished using the LEEN delivery method.
The project was designed by Thomas Miller & Partners Architects and I.C. Thomasson Associates, Inc. Engineer. Constructed by J.E. Dunn.


N.B this programme was formerly known as Management of Design, Construction and Facilities, MDCF, in LADOK the abbreviation is MPDCF
DCPM, Design and Construction Project Management, is a programme that focuses on management in the construction sector. The goal of the programme is to provide the sector with professional and qualified graduates to manage complex processes related to the built environment. This encompasses management of space and infrastructure as well as issues of property investment and development, urban planning, design, engineering, construction and facilities management.
Through this programme Chalmers University of Technology offers students the possibility to acquire competencies required to perform on a high professional level in the construction sector. DCPM is characterized by a broad multidisciplinary scientific base. An important aim with the programme is to establish a common educational platform where the various firms and other organizations in the construction sector can relate and where all phases of the construction process are linked. Technical as well as economic, cultural and psychological aspects are taken into account for a better understanding of organizations and their activities in the construction sector.
The pedagogical philosophy is to enhance cooperation and communication and to promote an efficient exchange of experiences and knowledge between the actors in the construction sector. The courses in this MSc programme benefit from the close cooperation with industry and use examples from current issues and projects in the construction sector.
The compulsory courses of the first semester, Building in society, Project management, Managing organisations in the construction industry and Construction contract relationships cover basic issues of management in construction. These courses are followed by two recommended tracks of courses that enable the student two focus on either architecture, track A, or construction, track C. For the students that want to put together a track of either a mix of A and C and/or courses from other masters programmes there is the possibility of an individual track, track I. For track I it is required that the courses are related to the subjects covered by DCPM and that the programme coordinator approves the set of courses.
The international and Swedish students work together and all subjects are presented in English.
The master's project should be within the field of Design and Construction Project management and concern a major organisational and/or managerial issue. The thesis can be based either on an ongoing research project or be based on an issue brought up by a company. To be admitted for a master's project, the student should have finished all compulsory courses. The project and its results should be presented in a master's thesis, which should be presented at an official seminar.
Basic eligibility for advanced level: Bachelor degree from an internationally recognized university. The degree must be equivalent to a Bachelor degree according to Swedish regulations.
Qualifications in the English language: Applicants must prove their knowledge in English B or the equivalent. English B is normally proved by certain acknowledged tests with minimum test results. For further information see Chalmers web page http://www.chalmers.se/en/sections/education/masterprogrammes/english-language
Undergraduate profile: Major in Civil engineering, Architecture, Architectural engineering, Urban Planning, Surveying or Industrial engineering and Management
The degree designation is teknologie masterexamen/Degree of Master of Science (Two Years). The major subject is stated in the diploma.


Your home’s roof is an investment worth protecting. A home repair and maintenance specialist can ensure your roof remains durable by doing a yearly roof maintenance check.
Here are four yearly roof maintenance points to pay attention to. Call a roofing specialist if you have not had your roof inspected for the year.
Gutter System Care as Part of Your Yearly Roof Maintenance
Your gutters are part of your home’s roofing system and need inspecting yearly to ensure they’re not clogged with debris or hanging down. Let your roofing contractor know if you see water pouring out of an overflowing gutter. Excess water is a sign your gutters need immediate attention.
Shingle or Panel Care and Maintenance
If your shingles or roofing panels are missing, damaged, or aging, your roof’s risk of moisture and mold damage increases. Since replacing a roof is more costly than repairing minor issues when they arise, yearly roof maintenance for your roofing materials benefits your roof and budget.
Interior Roofing Maintenance
There’s more to your roof than its exterior; the interior matters too. Have your attic fans, insulation, and humidity levels checked.
Moisture damage is often not seen outside on your roof, so a visual inspection is not enough to keep your roof safe. Your roofing specialist will check the exterior and interior of your roofing system to ensure it’s free of moisture damage. Repair is recommended based on what an inspection reveals.
Roof Debris Maintenance
Few roofs are entirely free of debris. Mold and mildew can overtake a shingled or wooden shake roof without regular maintenance.
Other debris that may be on your roof includes bird and animal nests, fallen branches, leaves, and pinecones. Since it’s difficult to tell how dirty a roofing system is from the ground, it’s best to have an inspection of the roof done as part of a yearly roof maintenance plan.
Never attempt to inspect your roof on your own. You risk a fall and injury and may damage your roof in the process as well. Get on a roofing contractor’s regular maintenance schedule to help you stay on track for your yearly roof maintenance needs.
Yearly roof maintenance is key to its longevity and durability. Keep reports and receipts of all roofing maintenance services for your insurance and personal records.


do it yourself how to build a wind turbine tower diy
A wind turbine consists of three basic parts: the tower, the nacelle, and the rotor blades. The tower is either a steel lattice tower similar to electrical towers or a steel tubular tower …... 27/12/2010 · Missouri Wind and Solar offers a service no other DIY wind and solar company does – system design, installation advice, and detailed personal diagrams on how to wire the system together. You
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The wind turbine tower was constructed from 4″ pipe with a piece of 3″ pipe welded to its base to act as a bearing when the tower is to be raised or lowered. This is in turn fitted to an ‘H’ shape welded from RSJ offcuts to be buried as the base anchor in concrete in the ground.... Harnessing the power of the wind through a small wind turbine may be just what you need to cope with the rising cost of energy. You only need to place your wind turbine in a location in your property where it can catch the most wind, and you will be able to have an energy source that is both free and natural.
Wind Turbine Towers
BUILDING A WIND TURBINE TOWER Strictly speaking, a tower is nothing but a post that holds the wind turbine high enough to capture a stream of strong wind. how to catch grouper from shore Look what blew in on the wind! Wind provides a great source of clean and renewable energy for your off grid power system, we just have to make it spin an alternator on its way through!..
Wind Turbines Quality Wind Power Generators Australia
the design of wind turbine towers and foundations into an optimization problem includes: 1) collecting information on design requirements and parameter values 2) deciding how to analyze the structure 3) formulating the optimization problem 4) implementation using how to download direct3d for windows 7 Where to Install a Wind Turbine Tips for Where NOT to Site Your Wind Turbine Generator. Jeff from Missouri Wind and Solar talks about the difference between mounting locations and styles as well as pros and cons to where you site your wind turbine generator.
How long can it take?
Turbine installation Wind Prospect Group
- DESIGN OF A SMALL WIND TURBINE FOR ELECTRIC POWER
- Choosing a Wind Turbine Tower Home Power Magazine
- Where to Install a Wind Turbine Missouri Wind and Solar
- 20 foot diameter wind turbine Otherpower
How To Build A Wind Turbine Tower
Harnessing the power of the wind through a small wind turbine may be just what you need to cope with the rising cost of energy. You only need to place your wind turbine in a location in your property where it can catch the most wind, and you will be able to have an energy source that is both free and natural.
- How to build a wind turbine for cities In this week's issue of our environment newsletter, we look at a prize-winning design for a new wind turbine, and what climate change skeptics are thinking.
- There are three types of wind turbine tower now (Guyed tower, Lattice tower, Monopole tower). The height of tower and which type you should choose depended on you local site and wind speed. The height of tower and which type you should choose depended on you local site and wind speed.
- Another reason wind experts say bigger is better: longer turbine blades also catch the wind more efficiently, and taller towers enable lengthier blades. A turbine’s power is directly related to
- small wind efficiency depends a lot on the height of the turbine tower. Consider a proper height for your wind turbine. Wind turbulence and physical obstructions close to the ground will reduce the wind speed and consequently the system output and its energy-efficiency.


In the Caspian sea area, Straaltechniek International operates with innovative solutions. With the set-up of three gigantic blasting and spraying halls for the treatment of offshore steel structures and undersea pipelines, we set the new standard for anti-corrosion treatments.
With one of the largest assignments ever, Straaltechniek International is participating in the Shah Deniz – phase II project, which was the largest offshore project in the world in 2015. In 2020, gas will flow from two offshore platforms through a 3500 kilometre long pipeline, via Georgia, Turkey, Greece and Italy to the rest of Europe. 500 kilometres of this will lie under sea level.


About LEKO LABS – Construction
LEKO is a unique industrial solution to lead Construction’s transition to carbon neutrality. Since 2017, we have been designing and producing lightweight superstructures with a negative carbon footprint capable of replacing the bulk of concrete and steel in a building.
Thanks to an automated production system and optimized material quantities (-50% wood vs. CLT), LEKO makes carbon-neutral construction accessible at a competitive price. The combination of robotics and a generative design tool also offers a flexible solution, responding to the desire to create tailor-made buildings in harmony with a local environment.
LEKO’s constructive solutions are certified by an ATEx type A, covering the application in load-bearing walls for residential buildings up to family 3B, i.e. R+7 / 28m, office buildings and public buildings (except for 1st category). The carbon footprint and environmental impact of LEKO solutions are also certified by an EPD and FDES.
Today, we’ve built nearly 200 units, including residences, multi-family housing, offices, mixed-use developments and other renovation projects.
Read more on LEKO LABS here: https://www.lekolabs.com/
20 rue du Commerce
37-39 Rue des Romains


Facilities Study Master Plan & Windermere Building Project
Click here for more information on the Windermere Elementary School Building Project
- Final Report
- Community Workshop #3
- Community Workshop #2
- Community Workshop #1
- Facilities Study Information
Over the spring and summer of 2019, the Board of Education engaged in multiple discussions on various aspects of the facilities study. These discussions led the Board of Education to pass the following motions:
- “The board acknowledges that student enrollment over next five to ten years will likely increase based upon two demographic studies. Increasing enrollment, coupled with the aging infrastructure, will result in the need to undertake building project(s).”
April 23, 2019
- “In recognition of the aging condition of the Windermere facility and the anticipated capital investment required in the short-term, the Board of Education hereby instructs the administration to begin activities required for the submission of New Construction or Renovate as new project grant for Windermere School…”
June 11, 2019
- “The Board of Education accepts the final report, as corrected, for the Facilities Study and Master Plan capital project as presented by DRA Architects and asks the administration to continue its work monitoring and planning for the trends described within and to continue exploration of the report’s recommendations with community stakeholders, including ways to increase funding for these projects within existing and special legislation”
July 24, 2019
The Town of Ellington is a vibrant and growing community located in the suburbs of Hartford, CT. The Ellington Public Schools is a dynamic district that provides a high quality education to approximately 2,700 students. The district has five schools: three elementary schools (PK-6), one middle school (7-8), and high school (9-12).
The Ellington Public Schools, in conjunction with the Town of Ellington, is performing a Facilities Study to examine and analyze the following needs of the district:
- The trend of increasing student enrollment;
- The aging of the district’s facility infrastructure;
- Ensuring that facilities are prepared for the district’s vision of academic programs.
Why a Facilities Study?
The Ellington Public Schools and Town of Ellington selected DRA Architects, of South Windsor, CT, as the consultant working to deliver the facilities study assessment.
DRA is a dedicated team of architects, planners, interior designers and staff passionate about creating spaces that enhance the way people learn, live, and work.
Their mission is to make a positive impact in the communities they serve through design excellence. They combine creativity, innovative thought, and functional planning to produce environments that achieve client goals.
|Dr. Scott V. Nicol||Superintendent of Schools|
|Brian Greenleaf||Director of Finance and Operations|
|Brian Hendrickson||Assistant Superintendent for Curriculum and Instruction|
|Tracey Kiff-Judson||Board of Education, Chair|
|Gary Blanchette||Board of Education; Permanent Building Committee|
|John Turner||Board of Selectmen|
|Douglas Harding||Board of Finance|
|Peter Welti||Permanent Building Committee, Chair|
|Lisa Houlihan||Town Planner|
|Event||Date & Time|
|Facilities Study Working Committee||September 6, 2018 6:00pm|
|Community Workshop - Gathering Community Input||October 4, 2018 7:00pm|
|Facilities Study Working Committee||October 11, 2018 6:00pm|
|Facilities Study Working Committee||November 5, 2018 5:00pm|
|Community Workshop - Looking at the Options||
December 3, 2018 7:00pm
|Facilities Study Working Committee||January 10, 2018 6:00pm|
|Community Workshop - Final Report||January 17, 2018 7:00pm|


Nowa Kamienica is a Class A office project located in the city centre.
Nowa Kamienica, completed in 2004, offers 3.5 thousand square meters of space on seven floors above ground. The lobby and common areas of the building have been finished to the highest standard. The building has an elevator that also allows access to the underground garage that fits 45 cars. The premises are air-conditioned, equipped with suspended ceilings, partitions with the possibility of adaptation and each individual room is wired into the internet/computer network/phone.
The building is located within walking distance of the Old Town, the railway station and Krakow Shopping Centre, and tram stop in the immediate vicinity.


Grosmont came into railway being with the development of local iron ore mining in the early 1800`s. The first horse drawn railway connecting Whitby with Pickering was opened in 1836. Designed and developed by George Stephenson essentially as a goods line. The six mile stretch between Grosmont and Whitby transported both iron ore and whinstone (a hard stone used for such buildings as Somerset House) to Whitby for onward shipping by sea.
The line was converted to steam in 1846 using specially designed “Whitby Bogies” to cope with the tight curves on the route.
Beechings axe fell on the line in 1965 following a long hard fight against the decision. In 1973 the same band of dedicated, hardworking enthusiasts created the North Yorkshire Moors Railway. This beautiful 18 mile stretch of track between Pickering and its Northern terminus Grosmont is now a great success, carrying around 300 000 passengers annually.
This image depicts one of the N.Y.M.R. engines emerging from the tunnel crossing the road as it approaches the platform at Grosmont.
Signed Giclee` Print approx 14"x10"


Introduction To Elementary Land Surveying
Elementary land surveying.
Land surveying is defined as the process by which measurements of land is made and then represents such measurement by table,plans or layout for specific purposes.
It can also mean the measuring and mapping out of the position,size and boundaries of an area of land.
Importance of land surveying
- Area of land: Land surveying helps to determine the area of a place e.g market,school,garden.
- Position of construction: It helps to set on the ground the position of construction or any engineering works.
- Production of maps: It can also help to determine the production of maps.
- Position of certain features: land survey can also be used to determine the relative positions or features of the earth(natural or artificial)so that they may be correctly presented on maps.
- Feasibility studies: Land surveying can be used as basis of feasibility studies in any construction work to be carried out on the surveyed land.
- Land security: Land surveying gives the owner of the land security which can be used to obtain loan as soon as certificate of occupancy(c of o)is given.
Branches and types of land survey
There are different branches of land survey.They are:
Topographical surveys : In topographic surveys,the survey works are based on the different locations of the main,natural or artificial features of the earth,such as rivers,hills,valleys etc.
Engineering surveys : These surveys include all aspects involved in the preparation of engineering works to its execution.The features are channels,roads,dams,rail etc.
Geodetic survey: These are high accuracy surveys mainly concerned with the shape of the earth position,fixing of points which provide control for lower accuracy survey
Geological surveys: These have to do with features associated with the inner structure of the earth .eg type of soil,water table,mineral content etc.
Geographical survey: These involve the surveying of natural and man-made features of the earth, eg. market,road,school,hospital,rivers and mountains etc.
Cadastral survey: These are survey works based on the preparation of plans,indicating and defining the legal property boundaries.
Military survey: These involves the survey of land,air and water bodies to provide adequate information for the purpose of defence
Types of surveying
- Chain surveying
- Traverse surveying
- Aerial surveying
- Triangulation surveying
- Plane table surveying
- Hydro graphic surveying


Due to technological advancement in the modern world, the working methods in many fields have significantly improved. For instance, uses of a horizontal directional drilling machine in trenchless drilling and no dig working are one of the advancement. Consequently, the drilled rigs are used to install underground conduits, cables, and pipes in shallow arcs. Subsequently, if you check the best HDD Machine price list and buy one of the HDD machines, you will enjoy the following benefits.
- More durable projects
Project durability is one of the benefits of horizontal drilling using an HDD machine. The pipes used in the method in question are adequately durable thus lasting longer. As a result, it is cheaper since you don’t have to keep on replacing the pipes.
- Quicker installation process
Use of a mini horizontal directional drilling machine is relatively fast compared to traditional means. Landscaping is one of the primary disruptions of trench drilling, thus slowing the process. However, the machine in question is capable of undertaking trenchless drilling, thus avoiding landscaping.
- Lower installation cost
Horizontal Directional Drilling machine requires fewer operators compared to the traditional methods. Consequently, directional boring cost per foot becomes lesser, thus lowering the entire installation cost. Therefore, apart from the use of HDD machine being quicker and the project being more durable, it is also cheaper.
By the use of HDD machines, the working area only becomes confined to entry and exit points only. Therefore, it becomes easier for horizontal directional drilling companies to install the system in various places. Also, during the installation process, pipework can be curved to avoid obstacles on its way. The flexibility in question makes use of the HDD machine more productive.
- Negligible soil contamination
In an HDD construction, the pipes used are of high quality. Additionally, the connections made are impenetrable and long-lasting. Consequently, it becomes relatively difficult for the content in the pipes to be contaminated by soil. As a result, the pipes installed using the HDD machines becomes more reliable and can be used in the transportation of essential products such as oil and water.
- Conservative of other land developments
The horizontal directional drilling procedure is not affected by obstacles on the surface since the machine drills the underground. Therefore, unlike the traditional methods, the use of HDD machine doesn’t disrupt other developments made on the surface. Therefore, things such as rivers, rails, and roads, among other things, are not affected by the use of HDD machine in making the necessary rigs.
Use of underground means to distribute electricity and other products such as liquids is essential. However, due to other forms of land development such as buildings and roads, it could be challenging to continue with the means in question. Consequently, the discovery of a horizontal directional drilling machine has been essential in solving that puzzle. Use of HDD machines is advisable due to its reliability. The method is flexible and durable, thus making it dependable. Also, it is time-saving, cheap, safe, and conservative.


The main objectives of sustainable design are to reduce, or completely avoid, depletion of critical resources like energy, water, land, and raw materials; prevent environmental degradation caused by facilities and infrastructure throughout their life cycle; and create built environments that are livable, comfortable …
Like many older U.S. cities, our nation’s capital infrastructure dates back to the early 1800s and their storm and wastewater treatment system is no longer able to accommodate heavy rain events, causing overflows of untreated waste into nearby rivers and streams. Architus’s work was recently featured in Point of Beginning magazine that explains how our use of virtual construction and geospatial technologies are allowing us to place two 160-foot-tall industrial facilities and related equipment underground into tunnel termination shafts to modernize the city’s storm and wastewater infrastructure and effectively reduce overflows.
The $2.5 million two-story 4,000-square-foot addition to the existing hospital will provide expanded Interventional Radiology services on the second floor with a new interventional imaging room as well as associated control, patient holding, exam, storage and system electronics spaces. Work also includes the renovation of 700 square feet of existing space and construction of the first floor shell space for future use. With the colder New England temps here, the Architus team is hoping for a mild winter to ensure efficient facilitation of the foundation and structural steel construction. Project completion is anticipated in August 2016.


What is concrete resurfacing and why you should consider it? - Barefoot Concrete.
2022 Concrete Resurfacing Costs | Driveway, Pool Deck, Patio, Overlays.
Concrete Resurfacing Cost | How Much Is Concrete Resurfacing?.
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Should I Resurface, Repair, or Replace My Concrete Driveway? - Richfield Blacktop.
How to Resurface Concrete - YouTube.
Resurfacing Vs Replacing A Driveway: What To Know | Designer Concrete.


The Concrete Production Line transforms Cement into Concrete, the second most used material in the game.
Raw Material Source Edit
Main Article: Cement PlantCement Plant produces raw material Cement for further processing to Concrete Plant.
The Processing Edit
Main Article: Concrete PlantConcrete Plant mixes Cement supplied by Cement Plant and thus produces finished material Concrete. The Concrete is then transported to storage.
NOTE: 1 Cement Plant is enough to supply 1 Concrete Plant of the same level.
Final Product Edit
Main Article: Materials#ConcreteThe Concrete is the SECONDARY construction material in the game. Due to the long construction time of buildings in the production line, and its low storage size, it is regarded as medium-rare.
Main Article: Concrete WarehouseThe Concrete Warehouse stores your Concrete and Cement inside massive silos.


Clark Construction will be demolishing the pedestrian bridge over Wilson Blvd. and ancillary components of said bridge on the following days: Saturday, May 13, 2017; Sunday, May 14, 2017; and Saturday, May 20, 2017.
The tentative schedule will be as follows:
Saturday, May 13: Removing various trees, strip bridge down to structure
Sunday, May 14: Erect mobile crane, remove structure of bridge
Saturday, May 20: Demolish remaining bridge components including columns and footings
This operation will result in a shutdown of Wilson Blvd. between Stuart Street and Randolph Street, with no vehicular or foot traffic access between the hours of 6:00am – 8:00pm (access to garage at Stafford Place II and pedestrian entrance to CVS from Randolph Street will remain accessible). Please note that should an unforeseen unsafe condition be encountered that necessitates the operation to extend beyond these hours, we will require the closure to remain in place until such time that the road and sidewalk can be opened to allow for safe passage.
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McCarthy Mortenson NBAF A Joint Venture (McMjv) was formed exclusively for the NBAF project. Throughout Preconstruction McMjv has provided design reviews, cost estimates, construction feasibility reviews, design mockups and scheduling services. The McMjv team brings extensive knowledge and experience in the construction of BSL 3E, 3Ag and 4 facilities to the project. McCarthy has completed similar biosafety level projects for the Centers for Disease Control in Atlanta, the U.S. Department of Agriculture in Ames, and Boston University in Boston. With a longstanding, local presence in Manhattan, Minneapolis-based Mortenson Construction brings expertise in the implementation of Virtual Design and Construction (VDC) to improve the design and construction process as well as the experience of working on a similar laboratory project at the University of Colorado Denver’s Research II in Aurora, Colo. The team was selected through a best value competitive process based upon their expertise in constructing bio-safety facilities and construction experience in the Manhattan area.
The team of Capital Electric from Kansas City and Inglett and Stubbs from Atlanta are partnered with McMjv to provide Preconstruction services including electrical estimating, value engineering and constructability reviews for the NBAF project in Manhattan Kansas. The Capital Electric / Inglett and Stubbs team was selected for this service based on its extensive experience with Bio-Containment projects and reputation for pre-construction excellence. Capital Electric is one of the largest electrical contractors in the region and has completed many projects in the Manhattan area. Inglett and Stubbs is one of the leaders in construction of High Containment facilities.
The team of U.S. Engineering Company from Kansas City and Mann Mechanical from Atlanta are partnered with McMjv to provide Preconstruction services including mechanical estimating, design and constructability reviews, value engineering, and scheduling. The U.S. Engineering/Mann Mechanical team was selected by McMjv as a partner for this service based on its extensive experience with Bio-Containment projects, its reputation for pre-construction excellence, and ability to construct large complex projects. In addition to BSL-2 and 3 experiences, U.S. Engineering is one of the largest mechanical contractors in the Midwest. Mann Mechanical is a leader in construction of High Containment facilities including BSL-2, 3, 3Ag, and 4 projects.
McCarthy Mortenson is nearing completion of the Site Preparation work and is preparing for the construction of the Central Utility Plant.
The design of the Laboratory and Outbuildings is nearing completion. McCarthy Mortenson is preparing to solicit contractors for this scope of work. Specific information regarding this process is forthcoming.
McCarthy Mortenson has utilized local contractors/resources, small businesses and national contractors in the preconstruction and site preparation work that has been completed to date. McCarthy Mortenson will hold additional industry information days in the Manhattan area. These information sessions will provide an opportunity for interested vendors and contractors to learn more about the project as well as provide a venue for networking and teaming discussions. For more information, check the project calendar.


Redevelopment Plan and TID Plan
The Village of Rothschild has solicited proposals from firms for work on a Redevelopment Plan and a possible TID Plan, if state mandated criteria warrant its development. At the last meeting in August, the Rothschild Village Board awared both projects to MSA Professional Services. The area of focus is the portion of the village north of STH 29 in the Shopko Plaza area and the Grand Avenue corridor.
Master Park Plan
The Village of Rothschild solicited proposals for a Master Park Plan to be developed for the Rothschild Pavillion, Kort Street Boat Landing, and Aquatic Center area. This plan will be completed to determine possible utilization activities and developments. The plan consists of a historical review, a woodland study, and the master plan itself. The plan will also be used and coordinated into the Redevelopment and TID plans.
The Village of Rothschild welcomes comments from the public.


Another Earthquake in New Zealand
A magnitude-6.3 earthquake today hit Christchurch, New Zealand. Although less powerful than the one that struck in September last year, it is much more devastating. Many buildings in the city were demolished, including its iconic cathedral. The casualty toll currently stands at 63, but is expected to climb above 100 in the next few days. Today's earthquake struck 45km west of the city and is only 5km below the surface. This aftershock is much closer than the quake that registered five months earlier. My condolences to those affected and I hope the city can rebuild from this unfortunate episode!


DekPro Prestige Railing Collection
Gate Uprights or Gate Kit must be paired with a section of rail and brackets to complete the gate panelPrestige Gate Upright Kit
44" posts are used at the midpoint and bottom of stair railingDekPro 3" Post Kit
Prestige Stair Railing
Stair Rail Kits rake or adjust to the desired angle with the help of pivoting baluster connections and swivel stair bracketsPrestige Stair Rail Kit
DekPro branded railing products are of quality design and build. DekPro offers a great range of railing products, from Prestige Rail to Posts, Sleeves, Railing Accessories, Lighting, and more. All non-lighting railing components are either aluminum or stainless steel (mostly for cable application.) DekPro’s plug-and-play railing styles give unlimited railing options. For the most part, DekPro utilizes a top and bottom rail which attaches to posts to create a railing at least 36” from the surface.
Prestige Railing available in 38” and 42” railing heights, offers vertical pickets with every rail kit. However, newer versions of railing infill have come out and really shaken up the railing world. One of the newest additions are horizontal rods between posts. These rods or horizontal balusters are cut and positioned in between each post and are sandwiched between the top and bottom rails. Cable is another horizontal option for DekPro infill. The horizontal cable is less expensive and looks great. Other options in infill are third rail/tri-rail (used with prestige), and glass balusters. Posts with welded flanges are available,as are sleeves that fit over 3.5”x3.5” posts.
DekPro has an extensive line of lighted options and a unique wiring system that works well with its railing. Lights can be fixed to the tops of posts, sides of posts, in and under rails, on steps, and just about anywhere you could think of. Along with several lighting options comes the ability to wire and control those lights. DekPro’s Effex Lighting is a great system of lights that work well together, light up spaces well, and are remotely controlled.


The Municipal Buildings Department provides for the operation and maintenance of the City's buildings which include: the City Hall Complex, Fire Stations 1, 2, and 3; Law Enforcement Building, Library, Legend Park Buildings, the Public Works Garage and accessory buildings. Custodial service employees are provided to City Hall, Law Enforcement Building, and Library.
Provides custodial services at City Hall, Law Enforcement Building, and Library.
Operates and maintains City grounds and buildings.
Coordinates repairs and major maintenance projects in City facilities, including ADA compliance activities.
Procures maintenance materials and supplies for all municipal buildings.


Women’s sport in Eltham wins again!
The whole Eltham community is going to benefit from a landmark grant of $3.4 million from the Andrews Government’s Shared Facilities Fund. These funds are going to deliver women’s friendly facilities that both the students at Eltham High can use along with other community groups.
We know that women’s participation in sport is on the rise and with a local shortage some facilities like netball courts, this project is vital in order for these trend to continue.
The works currently being delivered includes installing lighting at the sports oval, upgrading and increasing the number of multi-sport courts to consist of two futsal pitches, six tennis and two netball courts, plus resurfacing two outdoor netball/basketball courts.
We're also building new clubrooms with unisex change facilities, a canteen, storage, undercover area, and improving car parking for the sports complex.
This will mean increased capacity for women’s teams to continue to grow with inclusive facilities that cater to everyone.


In 1961 Homer Delawie founded the firm in a small office that he built for himself in Old Town. He had no way of knowing that nearly 60 years later the firm would be designing buildings for some of the world’s top Biotechnical, Telecommunication, and Life Science companies.
Delawie has been privileged to provide comprehensive design services to the most prominent private, institutional and public entities throughout the country, with a shared goal to build partnerships with our clients and the community through experience, creativity, and integrity. Our focus is open and frequent communication within the team, in order to meet project goals and address project constraints at each phase of the development.
Biolegend: a Case Study
BioLegend develops world-class, cutting-edge antibodies and reagents for biomedical research, manufactured in our state-of-the-art facility in San Diego, CA. When BioLegend envisioned their new corporate campus in San Diego, they wanted a space that would foster a sense of collaboration and dedication to the biotech company’s mission to enable Legendary Discovery. To do this, Delawie applied its understanding of the client’s process and workflow to form a building program that ultimately marries functional, flexible, and efficient lab space with inter-departmental collaboration.
The main campus building features an iconic 70-foot tall atrium as its focal point. From the atrium, BioLegend employees access the upper floor labs, offices, break rooms, and conference rooms.
A pedestrian bridge connects the atrium to the refurbished administrative and amenity building. The most sought after amenities, determined by their staff, will include a fitness center with locker rooms, a kitchen, wellness bar, yoga rooms, game room, and other amenity spaces that will encourage more collaboration and relaxation in between workweek demands.
Forward-thinking sustainable strategies will be introduced, including copious amounts of natural lighting through large windows and the atrium structure. An expansive green roof will visually mask the presence of a 500-person multi-purpose room built off of the main building.
“Design matters” is how Delawie approaches projects, whether they are ground-up buildings or existing building renovations. Achieving our client’s design vision is Delawie’s primary goal. Our design philosophy reflects the client’s personality, not a preconceived design style. We listen to what the client wants, and our mission is to design every project to reflect the client’s goals.
In addition to creating new spaces for our innovator clients, Delawie finds ways to innovate itself.
Our firm is comprised of over sixty of the brightest minds in architecture and interior design, with many staff holding technical designations in their respective industries. We have maintained a strong architectural presence in San Diego for decades, having completed thousands of noteworthy projects in the public and private sector since our founding.
Delawie has been creating sustainable designs since 1974 and was one of the first firms to embrace the U.S. Green Building Council’s Leadership in Energy and Environmental Design (LEED) program. The firm designed San Diego County’s first LEED Gold Certified building, EXP Engineer’s headquarters. We are also the designers of Qualcomm Inc. Building W campus, a 525,000 square foot multi-building project that was the county’s first LEED Gold Certified high-rise building, subsequently earning California Construction’s Best of 2006 Outstanding Green Building Project Award.
Our own corporate office, completed in 2015 employs such green strategies as skylights, LED lighting, operable windows for natural ventilation, and drought-tolerant landscape material. The project is seeking LEED Platinum certification, and the addition of a rooftop photovoltaic power station now offsets 60% of the building’s energy costs.
We approach each project with sustainability in mind and provide integrated, multi-disciplinary designs to meet the project’s sustainability goals. Our design philosophy parallels the widely accepted LEED framework, developed by the United States Green Building Council (USGBC). Delawie is considered a LEED pioneer in San Diego with 25 LEED Certified Projects built.


Maccaferri Strong Face gabions are an excellent solution for use when a. Whereas Maccaferri Double Twist woven steel wire mesh gabions are used in demanding engineering and geotechnical applications, welded gabions are. A Maccaferri gabion is a name given to a type of gabion produced by the Maccaferri family. In , in Casalecchio di Reno near Bologna, Italy, for the first time.
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Brochures Maccaferri Gabions Brochure. Our gabions are manufactured in our factories around the world. These tools have been shown to halve assembly time. It is used to form low-height retaining structures or revetment protection works and has the final appearance of a vegetated natural slope. Maccaferri Gabions Material Safety Datasheet. Roma Flood Levee Stage 2.
Friday, 25 May – 8: ReadyMac The ReadyMac Gabion is a specific basket, prefilled with gabion stone, ready to be deployed straight into the works.
Hard dense quarried stone in the size range of mm to mm is normally gabiosn to fill gabion baskets. Manukau Golf Course Residential Development.
Maccaferri® Gabion Baskets | Geofabrics
They are also used for erosion protection, weirs and bank stabilisation gabikns to create architectural and design features. Slope analysis mass wasting landslide Deformation monitoring automated. Sack Gabion Sack gabions are cylindrical baskets engineered from double twisted hexagonal woven steel wire mesh.
This page was last edited on 14 Augustat This modular unit is then used to gabuons erosion protection for river banks, scour protection of bridge piers, or any situation that requires immediate defence from the erosion effects of water. In order to reinforce the structure, all mesh panel edges are selvedged with a wire having a greater diameter. The modular nature of gabions means that gabinos can be used in a vast array of applications and configurations.
On-site Cone penetration test Standard penetration test Monitoring well piezometer Borehole Crosshole sonic logging Nuclear densometer test Static load testing Trial pit. Gabions have gsbions been shown to provide a good balance between engineering requirements and environmental considerations for earth retaining walls in rivers, along roads and railways.
Friday, 26 October – From Wikipedia, the free encyclopedia. Green Gabion Maccaferri Green Gabions are modular gabion units used for streambank stabilization, restoration and erosion protection solutions. To support design of retaining walls, slopes, embankments hydraulic structures weirs and channel linings and rockfall protection we offer an advanced suite of software free to our clients.
Advantages Maccaferri Gabions can be stepped, vertical or battered to suit your madcaferri. Keep up to gabionz with the latest from Geofabrics by subscribing to our newsletter. Redbank Station Slope Repair. Maccaferri Gabions are a durable and adaptable option for soil erosion and bank stabilisation projects.
Retrieved from ” https: Once the sample units are approved by engineers or the client, the Gabion works can go ahead.
Articles needing additional references from September All articles needing additional references Module: They are also permeable eliminating the main cause of instability of soil retaining structures. Maccaferri Gabions can withstand high shear stresses and earth pressures and can be easily adapted to site conditions.
Our team can also provide certified design if required. Gabions can be used in a variety of different applications from mass gravity retaining walls maccafreri highway projects to architectural feature walls.
University of New South Wales. MacSoil MacSoil is a prismatic or trapezoidal gabion element engineered from double twisted hexagonal woven steel wire mesh.
Atterberg limits California bearing ratio Direct shear test Hydrometer Proctor compaction test R-value Sieve analysis Triaxial shear test Hydraulic conductivity tests Water content tests. The management and production system is certified in compliance with ISO and ISO related to the environmental management system. September Learn how and when to remove this template message. The units can be used where there are higher loads within the gabion structure maccarerri in situations where a higher abrasion resistance is required on the face of the gabion.
Gabion report or some factors affecting the use of Maccaferri gabions and renomattresses for coastal revetments. Their strength comes from a double twisted hexagonal mesh of steel wire, reinforced by heavier gauge wire along the edges and internal diaphragms. Maccaferri Gabion baskets are rectangular wire mesh cages manufactured from double twisted hexagonal mesh that are site filled with hard durable rock to form an earth retaining structure.
Tuesday, gavions March – 3: Maccaferri gabions are cages which are engineered from double twisted hexagonal woven steel wire mesh. A Maccaferri gabion is a name given to a type of gabion produced by the Maccaferri family.


Are you concerned that your gutters are rusted, sagging, or about to fall off? Water damage can be prevented by installing new gutters that drain rainwater away from the roof. Installing new gutters can improve the value of an older home and ensure safe water runoff. Installing gutters on your property is always a critical decision. Many homeowners aren’t sure whether to install seamless gutters or seam-mounted gutters. Though seamless gutters require a large investment, they are a popular choice for homeowners looking for long-lasting and high-quality gutters. We describe the differences between two gutter systems and the benefits of Gutter Repair in Long Island in the following article.
Gutters with seamless versus seamed seams
Continuous gutters are installed as a single unit because they are made from a continuous piece of material. Their delivery at the construction site is usually in a roll that is shaped according to the contractor’s instructions. Additionally, seamless gutters require a special machine and professional installation.
Sectional gutters consist of small sections that are joined at the seam and fastened together. Also known as seamed gutters or sectional gutters, seamed gutters are made up of seams. Seamed gutters are an affordable option for homeowners.
Many benefits can be gained by installing seamless gutters
If you are looking for the best gutter option, seamless gutters are one of the best options. They are more attractive, last longer, and rarely leak or clog. Here is a list of some of their benefits:
Clogs are less likely to develop in seamless gutters as they have fewer connection points. Seamless gutters are therefore easier to maintain. Comparatively, sectional gutters require continuous gutter maintenance because they are susceptible to leaks and clogs at the connection points. Those with such gutters are required to schedule regular gutter service maintenance.
There are multiple points where water can leak from sectional gutters. Over time, leaks cause large holes in the gutters, which lead to them breaking or rusting. Seamless gutters are less likely to leak since they are made from continuous materials.
The contractor uses custom materials and lengths to design seamless gutters that fit a specific building. Gutter systems are kept efficient and free of problems by using a perfectly-sized gutter. In order to avoid water damage, seamless gutters should be installed.
The gutters on your property are often rusty, making them an eyesore. Seamless gutters, however, blend easily into the design of a home since they do not rust. Aluminum is one of the most common materials for making them, as it is known for not rusting. The following chart gives a detailed look at the different materials used in gutter systems:
They are popular among consumers because of their lightweight nature. The color options are limited. Despite being popular for DIY installations, they are brittle and fade with exposure to the elements.
This material is a favorite among homeowners who wish to add a distinctive color to their gutter systems. Sectional gutters are often made from it because of its durability. The individual pieces are soldered together into a seamless system that resists rust and develops a blue-green patina with time. To preserve the copper’s shiny finish, it would be wise to apply a sealant to prevent oxidation. Copper gutter systems can also be quite expensive.
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Advantages of Construction Software


Last Updated on Thursday, 12 January 2017 13:09
Published on Tuesday, 25 October 2016 14:58
Ojai Valley News photo by Bill Warner
Water pools along Ojai Avenue shortly after the water main break Oct. 25.
Bill Warner, Ojai Valley News reporter
Several Ojai businesses were temporarily without water Oct. 25 following an 8 a.m. water main break on East Ojai Avenue. A crew from Golden State Water Company (GSWC) worked through the afternoon to restore service for customers in the 800 block of Ojai Avenue between Bryant Street and Park Road.
“The water main leak is temporarily impacting water service to four customers,” said Mark Zimmer, manager of GSWC's Coastal District. “Golden State Water crews were immediately dispatched to the site to assess the situation and shut off water.”
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At Marvelous Ideas Contracting we pride ourselves on our innovation and our ability to solve problems for our clients. We have developed methods and techniques in order to repair a rained out slab or frost damaged concrete with minimal intrusion. No matter how big or small your concrete repair is, our team can help create a lasting solution to restore the surface and durability of your concrete.
When it comes to repairing rained out or frost damaged slabs, we start by assessing the severity of the damage. From there, we can determine the best course of action as well as appropriate product for its intended use. There are many benefits for the customer to resurface the damaged concrete versus removing and replacing the concrete slab, including quicker turn around time, less intrusive removal and installation process, lower noise levels of preparation equipment, reduced risk of potential damage to utilities within slab, fast cure times that allow area to return to service and reduce overall disruption to work environment.


Concrete is the mixture of cement, sand and the gravel. All aggregates should be of washed type material with limited amounts of fines or dirt and clay. Cement is used for the construction of sidewalks, pavements, fence holes and building foundations. Concrete is composed of cement, fine aggregate, coarse aggregate plus water in controlled proportion. Concrete use fine aggregate which could be sharp or river sand while coarse aggregate could be gravel or granite chippings.
Reinforced concrete: The incorporation of a specified amount of steel into concrete is known as the reinforced concrete. The concrete is reinforced with the steel to make it stronger so that it can meet the requirements of the specified structure.
Fresh concrete usually begins to harden within thirty minutes and it gets harder and hardest with the passage of time. There are mainly two types of concrete plants- dry concrete plants and wet or central concrete plants.
Wet concrete plants: Wet concrete plants produce a concrete mix which is loaded and mixed in a cement mixer truck during transport to destination. Wet mix concrete is the combination of several components of concrete including the water which can solidify and become useless if not used in time. When the mixture is ready, you can use it in a limited bound of time. After some time, the mixture gets solidify and becomes very rigid and hard and it can’t be used after that. It will become like a hard stone.
Dry mix plants: These plants produce pre-mixed weighted components, usually cement and sand which are solid in nature. Usually, gravel and water are added to these dry mix products to produce “ready to use” concrete. Unlike wet, it does not get harden after the time, so it can be used anytime.
There are companies which supply both dry and wet concrete and screed for a wide variety of uses within the construction industry including underpinning, garage and shed bases, driveways, building foundations and much more. Concrete is a strong durable building material that can be formed into various shapes and sizes.
There are suppliers and companies which supply the concrete according to the needs of the person. If you require a very hard concrete, then they will provide you reinforced concrete which is really a hard material. But if a person does not require a concrete that is not that much hard then they will give wet concrete which will get harder as the time passes. Overall according to the need the company supplies the material.
Concrete is used widely to construct buildings and use it in each construction sites. Concrete is used to build driveways, patios, paths and walkways, flooring, foundations, decorative concrete, stamped concrete, resurfacing, repair, epoxy flooring and many more. Concrete suppliers should be chosen carefully. There are concrete suppliers which provide original concrete.
Concrete mixing is a mixture which is most efficient and quality concrete at a faster rate. The concrete is to be mixed thoroughly to ensure that the mass of mixture becomes homogeneous, gets uniform color and consistency for the production of quality concrete.
If you are looking for the concrete suppliers, who can supply fresh concrete and concrete screed, meet your specific needs. It is very important that you feel comfortable with the supplier of concrete. If you are making substantial changes to a structure, electrical, plumbing repair or mechanical system then you need a concrete. A company supplies the material as per your need if you have to use the concrete later then they will supply you dry mix concrete else wet mix which you even don’t have to mix.


Dr. Afshin Afshari
Professor of Practice & Program Lead Department of Industrial and Systems Engineering
Khalifa University, Masdar City
The role of sustainability and green buildings is becoming more important, as the UAE aims to reduce energy consumption of individuals by 40%. Green Building Initiatives and regulations will help to achieve this. This session will explore;
- ASHRAE Guide for Buildings in Hot and Humid Climates and LEED – what are the key considerations for minimising common pollutants in the regions climate?
- Recommendations for design and supervision of buildings to make them more environmentally friendly and conserve less energy
- Green codes for AC, HVAC for improving indoor air quality
- Other strategies for creating sustainable urban living


|Availability:||Out of stock|
|Delivery time:||4-5 weeks|
The concrete modules of Lyon Béton are part of a modular storage system that allows for you to create your own design by combining the different modules. The modules come in 2 sizes that you can use in different ways: this square S size can be used as a side table or piled up as a closet. The S can be combined with the M gauge concrete modules Monobloc whereby the possibilities are endless.
- Sizes: L37 x H37 x D 37cm,
- weight 15 kg
- inner dimensions L32 x W37 x H32cm
- glass fiber reinfoced concrete
- light grey colour


Two Los Angeles City Council committees approved the city’s mobility plan and heard councilmembers’ amendments Tuesday, including an amendment that would remove plans to add bike lanes on Westwood Boulevard. Councilmember Paul Koretz, who represents Westwood and surrounding neighborhoods, submitted an amendment that could invalidate proposed Westwood Boulevard bikes lanes between Le Conte Avenue and Wellworth Avenue. After listening to an hour of public comment, the city’s Planning and Land Use Management Committee and Transportation Committee members approved the L.A. Mobility Plan 2035 but postponed voting on amendments, including another intended to establish equity in future street planning, to give members more time to evaluate people’s comments and the proposed changes...
Full story at http://dailybruin.com/2015/08/05/city-committees-to-vote-on-future-of-wetswood-boulevard-bike-lanes/
|Le Conte towards the top; Wellworth towards the bottom|
Not even bike-pooling on a bicycle built for two?


Float Switch Installation Wiring And Control Diagrams | APG
Float Switch Installation Wiring And Control Diagrams; Float Switch Installation Wiring And Control ... a Normally Open float switch turning on a pump to ...How To Hard Wire A Float Switch To A Submersible Pump
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Irrigation Installation- What exactly is irrigation?Irrigation is the artificial application of water to the soil through various systems of tubes, pumps, and sprays. Irrigation is usually used in areas where rainfall is irregular or dry times or drought is expected. There are many types of irrigation systems, in which water is supplied to the entire field uniformly. To keep your grass and plants in the best possible shape it is very important that you have an irrigation system so that these items can be regularly watered.
Our Landscape Design Gallery
Scranton Wilkes Barre Landscaping Services
Landscape design is an important aspect of designing your property. If you have land surrounding your house, we can help you plan and design a beautiful landscape to give you extra living space or add aesthetics to the building. NEPA Landscaping Pros can provide a fresh design for homes, public places and corporate establishments.


The pandemic has driven institutions to innovate and invent new ways of lesson delivery. For technical subjects like civil engineering and architecture, XR extended reality could be the new way to learn. Hear how this school, utilised AR, VR and MR for real-time collaboration, site tours and laboratory sessions. Provide students with hands-on experiences without leaving their homes or classrooms.
Speaker – Kriengsak Panuwatwanich, Associate Professor, School of Civil Engineering and Technology Sirindhorn International Institute of Technology (Siit), Thammasat University


Whether you require horizontal safety lines 'top fixed' to a modern roofing system, Guardrail, eyebolts, walkways, ladders, suspended access equipment, abseil rails or overhead cables, Barton�s systems provide the total solution for all safety at height requirements. It can be a permanent installation or a temporary unit for one-off activities. The versatility, dependability and ease of use of Barton�s systems make them ideal for protecting people as they go about day-to-day activities such as maintenance, cleaning, access and inspection.
Barton Industrial Services safety solutions are provided through the application of the latest and most innovative technologies to meet our clients' working at height requirements.
Barton�s solutions are used in a multitude of sectors:
Commercial, Retail, Heritage and Public Buildings
Road and Rails


All buildings are in a constant battle with the elements.
ROPE ACCESS INDUSTRY STANDARDS AND PARTNERS
Society of Professional Rope Access Technicians
The Society of Professional Rope Access Technicians (SPRAT) is a member-driven organization that advances the safe use of rope access through education, standards development, and certification administration.
IRATA - Work and Safety Analysis Report
This annual report is the best industry specific data set available. The question of choosing which work at height method to employ for your project requires a level of detail we lack in US industry statistics. The WASA report illuminates the answer to many questions, Most importantly, "how safe is rope access?"
OVER 30 YEARS EXPERIENCE
General Engineering Contractor Lic. # 1051954


The construction industry is undergoing a remarkable transformation, and at the forefront of this change are prefab steel structures. These innovative building techniques are revolutionizing the way we construct everything from skyscrapers to commercial buildings. In this article, we explore how prefab steel structures are shaping the skyline of tomorrow and redefining the future of architecture and construction.
1. Speed and Efficiency
One of the most striking advantages of steel structure building is their speed and efficiency. These buildings are manufactured in factories using precise engineering and cutting-edge technology. Once on-site, the assembly process is significantly faster than traditional construction methods. This efficiency not only reduces project timelines but also minimizes construction-related disruptions to the surrounding environment.
2. Sustainability and Environmental Benefits
Prefab steel structures are inherently eco-friendly. The materials used in their construction are often recycled and recyclable. Additionally, their precise engineering reduces material waste, and their energy-efficient design can lead to reduced energy consumption throughout the building’s life. These buildings are a testament to sustainable construction practices that meet the demands of environmentally conscious stakeholders.
3. Structural Integrity and Durability
Steel is renowned for its strength and durability. Prefab steel structures are engineered to withstand harsh environmental conditions, including earthquakes, hurricanes, and extreme temperatures. Their resilience ensures a longer lifespan and fewer maintenance requirements, reducing long-term costs.
4. Design Flexibility
Prefab steel structures offer a remarkable degree of design flexibility. Architects and builders have the freedom to create unique and complex structures with intricate shapes and features. Whether it’s a soaring skyscraper, a modern airport terminal, or a cutting-edge sports arena, prefab steel structures can bring any design concept to life.
The efficiency of prefab steel construction translates into cost savings. Reduced labor requirements and construction time mean lower overall project expenses. Additionally, the durability and low maintenance needs of steel structures further contribute to long-term cost efficiency.
6. Adaptability and Expansion
As businesses and urban areas evolve, prefab steel structures offer the advantage of adaptability. These buildings can easily be expanded, reconfigured, or repurposed to meet changing needs. This adaptability is especially valuable in the fast-paced world of commercial real estate.
7. Safety and Security
Steel structures are known for their resistance to fire, pests, and mold. This makes them a safe and secure choice for a variety of applications, from warehouses and data centers to healthcare facilities and schools. The integrity of prefab steel structures ensures the protection of occupants and assets.
8. Iconic Landmarks
Prefab steel structures have played a pivotal role in shaping iconic landmarks around the world. The Eiffel Tower, the Empire State Building, and the Burj Khalifa are just a few examples of famous steel structures that have left an indelible mark on our global skyline. These structures serve as a testament to the enduring beauty and structural integrity of steel.
9. Urban Density and Vertical Growth
As cities expand and urban density increases, prefab steel structures offer an efficient way to accommodate growth. Their ability to reach great heights allows for the construction of vertical urban environments that optimize land usage, alleviate congestion, and create vibrant, sustainable communities.
Prefab steel structures are not just changing the way we build; they are shaping the skyline of tomorrow. Their speed, sustainability, flexibility, and cost-efficiency make them an ideal choice for a wide range of applications. From iconic landmarks to everyday commercial buildings, these structures are driving innovation in architecture and construction, ultimately redefining the future of our urban landscapes and pushing the boundaries of what is possible in the world of building design and construction.


Driveway and Patio Concrete Pressure Washing in Martinez, GA
Savannah River Pressure Washing's certified, trained, and experienced technicians have over 24 years of experience pressure washing flat surface concrete in Evans, Martinez, and beyond, using a process that leaves the concrete flat surface with an even, clean finish. The quality process that Savannah River Pressure Washing technicians use does not leave swirls and unclean lines in the concrete as less experienced/cheaper companies leave. At our pressure washing company, the technicians use commercial equipment and detergents as well as follow industry standards and processes so that we do not damage concrete finishes.
Location: Martinez, GA


Expansion project underway on Burlington airport terminal
SOUTH BURLINGTON (AP) — A $14.5 million terminal expansion is underway at the Burlington International Airport in South Burlington.
City, state and federal officials kicked off the construction on Thursday. The two-story, 30,000-square-foot expansion will be to the existing terminal building.
It will consolidate the two existing security screening checkpoints located at the north and south ends of the existing terminal, allowing for all departing passengers to be routed in a consistent manner, regardless of airline or departure gate.
The expansion will include five security screening lanes and additional space for waiting lines and concession operations.
“This expansion will make the Burlington International Airport safer, easier to navigate, and more welcoming to visitors, and it is a foundational investment in the future of the Airport,” Mayor Miro Weinberger said in a statement.


Dujiangyan TripMost of the people in the group were a little tired and they chose to stay at Jinza Prime Hotel instead of going on with the program today. There were two sightseeing programs - Dujiangyan and Qingcheng Mountain. Duanjiangyan is located about 60km west of Chengdu. Dujiangyan is an ancient irrigation project in China, built about 2000 years ago. Now it is still in use.
Dujiangyan Irrigation is located in the middle part of Minjiang River, the largest tributary of Yangtze River. During the ancient time, the Minjiang River was prone to the flooding mainly due to the fast running Minjiang River flowing down from its mountain source and entering flat ground. 2200 year ago, the local governor - Li Bing with his son devoted most of their life led the construction of the Dujiangyan irrigation project that smartly controlled the Minjiang River and irrigated the surrounding plains.
The governor didn't use the old way of dam building which was just to stop the floods. Instead he made us of a new method by dividing the water into two channels to tame the Minjiang River; one channel for irrigation and the other channel for headwork. When it is a raining season and too much water in Min river. The headwork works and control the flood. When it is in a dry season, just stop the head work and use the irrigation system only. The project effectively put the flooding waters under control.
Questions & Answers:


As technology evolves, it’s crucial to remember the significance of hands-on skill and artistic intuition. In , roofing excellence is a blend of technical prowess and artistic flair. It’s about more than just installing a protective covering; it’s about creating a durable, visually pleasing testament to human ingenuity. From material selection to precision installation and ongoing maintenance, the craftsmanship that goes into roofing ensures that our structures remain steadfast against the ever-changing elements. Unveiling the Beauty of Protective Roofing In the realm of architecture and construction, protective roofing stands as an unsung hero, offering not only functional benefits but also an aesthetic charm that complements the overall visual appeal of structures. Beyond its utilitarian purpose of shielding a building from the elements, protective roofing has evolved into an art form that combines durability with design.
Gone are the days when roofing was merely a practical necessity; today, it’s a creative expression that enhances a building’s character. Modern protective roofing materials encompass an array of choices, from classic asphalt shingles to elegant metal panels and eco-friendly green roofs. Each option carries its own distinct visual allure, allowing architects and homeowners to make a statement while ensuring long-lasting protection. One of the most captivating aspects of contemporary protective roofing is its adaptability. With advanced manufacturing techniques, roofing materials can mimic the textures and appearances of traditional materials, such as slate or wood, while offering superior durability and lower maintenance requirements. This enables designers to maintain the https://paragonroofingbc.ca/about/ aesthetic charm of historical architecture while benefiting from modern innovations. Moreover, protective roofing plays a pivotal role in energy efficiency and sustainability. Reflective roofing materials, designed to bounce sunlight away, mitigate the urban heat island effect, reducing cooling costs and energy consumption.
Solar panels integrated into roofing systems not only generate clean energy but also contribute to a sleek, futuristic visual aspect that resonates with modern eco-conscious sensibilities. In the world of commercial architecture, protective roofing has become an emblem of corporate identity. Businesses incorporate their logos and color schemes into roofing designs, turning an otherwise ordinary rooftop into a branding canvas visible from afar. This creative approach blurs the lines between utility and aesthetics, transforming what was once overlooked into a prominent feature. The beauty of protective roofing extends beyond its physical appearance. It bestows peace of mind, knowing that a well-constructed roof safeguards the occupants, possessions, and memories held within a structure. The intertwining of architectural ingenuity and resilient materials ensures that a building remains a haven, even in the face of nature’s harshest tests. In , protective roofing has transcended its conventional role to emerge as an essential component of architectural beauty.


- 18-Sep-2013 to 31-Dec-2014 (PST)
- San Diego, CA, USA
- Full Time
Description: Project Engineer candidates will have a minimum of 10 years experience in engineering and construction of water supply, wastewater collection, and treatment facilities for the San Diego area.
Duties: Direct and supervise field construction activities and staff, office engineering, inspection, materials testing, field contract administration. Act as liaison with clients/owners, consultants, contractors, design professionals, operations/maintenance personnel, and regulatory agencies.
- Must have experience in design and construction management of public works infrastructure, including municipal water and wastewater treatment facilities, pipelines and pump stations
- Must have strong technical skills and the ability to work in a team environment
- Must have a Bachelor's in Construction Management, Civil, or Mechanical Engineering and a California Professional Engineer License
- CCM and LEED AP are highly desirable
We are an equal opportunity employer and all qualified applicants will receive consideration for employment without regard to race, color, religion, sex, national origin, disability status, protected veteran status, or any other characteristic protected by law.
- Auto-fill Application Using LinkedIn
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