Astm f1083 pdf
and outside in accordance with ASTM F1083 then powder coated. Surface Coatings: Sign post(s) shall be powdercoated with either polyvinyl chloride (PVC) or TGIC-Polyester. All coated surfaces shall comply with the adhesion specifications listed in ASTM F1043. … ASTM B232 PDF - aluminium Conductors. ACSR Aluminium Conductor Galvanized Steel Reinforced. Standard Specification: ASTM B ASTM B/BM: Standard Specification for iccp cathodic protection pdf; astm a384 pdf; astm a515 pdf; astm a1018 pdf; iso 18286 pdf; jis g 3522 pdf; astm a363 pdf; astm f1083 pdf; encendido transistorizado pdf; lanric steel conduit catalogue pdf astm d2163 pdf ASTM D (Standard test Method for Determination of Hydrocarbons in Liquefied Petroleum Gases and. Propane/Propene Mixtures by Gas. Various standard test methods for determining the hydrocarbon composition of liquefied petroleum gases are available, such as ASTM D and ISO. ASTM F1083 Schedule 40 Pipe Hot-Dip Galvanized ASTM . Citizenpipes.net Meets or exceeds the requirements of ASTM F1043 Group 1A Full weight Schedule 40 wall thickness Pure zinc hot-dip galvanized 1.8 oz ft outside and 1.8 oz ft inside 2.0 oz ft available Chromate conversion coating inside and outside for additional protection The only schedule 40 pipe coated with lead free galvanizing astm f934. (specify: dark green, brown or black) in accordance with the color of polymer-coating for this structure shall be additional details. to astm f626. see the "bridge special provisions" for standard weight pipe (schedule 40). fittings shall conform posts and post sleeves shall conform to astm f1083, fabric shall conform to astm f668 ... ASTM F1083 Schedule 40 Steel Pipe Regular Grade (30,000 psi) Post Diameter. 2.875 ASTM F1083 Schedule 40 Carbon Steel Pipe suppliers in India, Seamless ASTM F1083 Schedule 40 pipe, Weight, Dimensions, Pressure Rating of ASTM F1083 Schedule 40 Steel Pipe, ASTM F1083 …
6. ASTM C31/C31M Making and Curing Concrete Test Specimens in the Field. 7. ASTM C39/C39M Compressive Strength of Cylindrical Concrete Specimens. 8. ASTM C94 – Ready-Mixed Concrete. 9. ASTM F567 – Installation of Chain-Link Fence. 10. ASTM F626 – Fence Fittings. 11. ASTM F1083 – Pipe, Steel, Hot-Dipped Zinc-Coated (Galvanized) Welded ... ASTM D3951-10 PDF - Buy ASTM D Standard Practice for Commercial Packaging from SAI Global. ASTM D Standard Practice for Commercial Packaging Scope This practice establishes. Food . August 6, 2019 admin 0 Comments.
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1. Post galvanizing: ASTM A123, Table 2, Coating Grade 85. 2. Post dimensions: ASTM F1083, Table 1, Standard Weight, Schedule 40. 3. Fence post sizes: ASTM F1043, from Table 3 or larger as specified. 4. Gate post sizes: ASTM F567, from Table 2 or larger as specifed. C. Line Post Size Schedule. Height above grade 10 & 12 ft 6 & 8 ft 4 ft February 14, 2019 ASTM F Standard Speciﬁcation for Pipe, Steel, Hot-Dipped Zinc-Coated (Galvanized) Welded, for Fence Structures1 This standard is issued under the ﬁxed designation F 1083; the number immediately following the designation indicates the year of original adoption or, in the case of revision, the year of last revision. ASTM B283 PDF - ASTM B/BM: Standard Specification for Copper and Copper-Alloy Die Forgings (Hot-Pressed). ASTM B Standard Specification for Copper and Copper-Alloy Die astm f593 pdf By admin May 26, 2020 What are the differences between F and A stainless steel F bolts require ASTM F hex nuts in the matching stainless steel type. or visit us at ASTM F Scope – This specification covers the chemical and mechanical requirements for stainless steel. ASTM F1083 High Strength Grade 50,000 PSI Yield Schedule 40 Pipe — Dimensions and Strength Characteristics Please contact Fence Sales for mill run schedule. Minimum order quantities may be required. Specifications, illustrated material and descriptions are accurate as known at time of publication and are subject to change without notice. framework astm f1083 schedule 40 pipe. schedule 80 steel pipe sizes amp dimensions ansi engineers. pipe span chart piping designers com. preparing bar schedule manualy basic civil engineering. calculate bending moment of steel pipe yahoo answers. bending stresses for simple shapes atc publications. how to bend tubing and pipe by hand. Statement of Reasons (PDF, 6,409 KB) [help with PDF files] If the following document is not accessible to you, please contact [email protected] for …
should read “ASTM F1083”. By order of the Tribunal, Gillian Burnett Gillian Burnett Acting Secretary . Canadian International Trade Tribunal - iii - PI-2012-003 Tribunal Members: Serge Fréchette, Presiding Member Pasquale Michaele Saroli, Member Jason W. Downey, Member ASTM A409 PDF - ASTM A Welded Large Diameter Austenitic Steel Pipe for Corrosive or High Temperature Service. Covers standard specification for straight seam or spinal. K. Bollards: Type 1 ASTM F1083 steel schedule 40 pipe, hot dipped galvanized after forming according to ASTM A123, with galvanized coating weighing 1.8 oz. per sq.ft. minimum. Construct bollards of galvanized steel, fill with concrete, and place on the traffic side of the fabric unless otherwise specified. Post dimensions for bollards
ASTM F1083 PDF - ASTM F Standard Specification for Pipe, Steel, Hot-Dipped Zinc-Coated ( Galvanized) Welded, for Fence Structures. Scope. This submittal data sheet covers. Skip to content. PDF Deforma. ASTM F1083 PDF. April 5, 2020 admin Politics Leave a Comment on ASTM F1083 PDF. ASTM F2548‐06 Standard Specification for Expanded Metal Fence systems for Security Purposes ASTM F2780 Standard Specification Guide for Design and Construction of Expanded Metal Security Fences ASTM F1083‐06 Standard Specification for Pipe, Steel, Hot‐
ASTM-F1083 › Historical Revision Information Standard Specification for Pipe, Steel, Hot-Dipped Zinc-Coated (Galvanized) Welded, for Fence Structures ASTM-F1083 - 2016 EDITION - SUPERSEDED Show Complete Document History ASTM A767 PDF - ASTM A/AM. Standard Specification for Zinc-Coated (Galvanized) Steel Bars for Concrete Reinforcement is exclusively applicable to hot-dip galvanizing . Grade, 30,000 psi yield steel ASTM F1083 schedule 40 pipe, also listed as ASTM F1043 Group 1A, or our ASTM F1083 schedule 80 pipe, provide the required structural strength for all applications. The 1.8 oz/ft² hot-dip zinc exterior coating and 1.8 oz/ft² hot-dip zinc interior coating on all schedule 40 and 80 pipe offer unsurpassed corrosion ... ASTM F1083-10 Standard Specification for Pipe, Steel, Hot-Dipped Zinc-Coated (Galvanized) Welded, for Fence Structures. Enter AENOR
A. Posts, Rails, and Frames: ASTM F1083 Schedule 40 hot-dipped galvanized steel pipe, welded construction, minimum yield strength of 30 ksi. B. Wire Fabric: ASTM A 392 zinc coated steel chain link fabric. C. Barbed Wire: Zinc-coated steel, complying with ASTM … ASTM F1083 SPECIFICATION FOR HOT-DIPPED, ZINC-COATED (GALVANIZED), WELDED STEEL PIPE FOR FENCE STRUCTURES ASTM F1083 GRADES MINIMUM YIELD WHEATLAND PRODUCT Regular 30000 psi Regular Sch. 40 High Strength* 50000 psi HS-50K *4.000" OD not available. Created Date: ASTM A53 Table X 2, ASTM F1083, and AASHTO M111. (1) Galvanized steel pipe, Schedule 40- 2" nominal dia. zinc galvanized at the rate of 1.8 oz./ft†.: B. Corner, end, and pull post options: of Table 2, ASTM F1043. thickness of 0.0003" min.; internal and external coatings are … ASTM A53 is Standard Specification for Pipe, Steel, Black and Hot-Dipped, Zinc-Coated, Welded and Seamless. ASTM A106 is Standard Specification for Seamless … The specification ASTM A123/A123M covers individual steel pieces as well as assemblies of various classes of material. The six material categories covered in ASTM A123/A123M include structural shapes, strip and bar, plate, pipe and tubing, wire, and reinforcing bar. ASTM B258 PDF - This standard is issued under the fixed designation B ; the number immediately 1 This specification is under the jurisdiction of ASTM Committee B- 1 on.
Purchase your copy of ASTM F1083 - 18 as a PDF download or hard copy directly from the official BSI Shop. All BSI British Standards available online in electronic and print formats. ASTM F1083 - 18 - Standard Specification for Pipe, Steel, Hot-Dipped Zinc-Coated (Galvanized) Welded, for Fence Structures Wheatland ASTM A 53 Schedule 40 and Schedule 80 Pipe Wheatland Steel Pipe is made by specialists who understand that it’s the small details that make the difference between average products and superior products. At the Wheatland Plant, most department heads and foremen have been employed in some phase of pipe manufacturing for 25 or more years. See ASTM A131. 4 (9) Use Jet-LH-8018-C1 or Excalibur 7018-1 when high impact properties (CVN) down to -75°F are required. (28) Use of Shield-Arc 90 should be limited to 3/8 in. maximum wall thickness. SAW (10) For single pass applications, any flux/wire combination meeting an AWS F7AX
Citizen Metals is an international supplier of Industrial Steel Pipe, K7/K9 Di Pipe In India, ms pipe price list 2017, gi pipe specification, K7/K9 Di Pipe In India, jindal gi pipe price list, maharashtra seamless pipe price list, sch 40 pipe pressure rating, Schedule 80 Carbon Steel Pipe ASTM F1083 (1.8 oz./sq.ft.) or coated inside and outside with zinc-5% aluminum- mischmetal alloy in conformance with ASTM F1234, Type C (0.9 oz./sq.ft.) Title: … September 13th, 2020 - D ASTM F567 Standard Practice for Installation of Chain Link Fence E ASTM F626 Specification for Fence Fittings F ASTM F900 Specification for Industrial and Commercial Swing Gates G ASTM F1083 Specification for Pipe Steel Hot Dipped Zinc Coated Galvanized Welded for Fence Structures ASTM F567 PDF mosolov info with ASTM F1083 unless otherwise specified in contract documents. 220.127.116.11 Corner, Pull, and Terminal Posts Corner, pull, and terminal posts shall be NPS (DN) Standard Weight (Schedule 40) galvanized steel pipe in accordance with ASTM F1083 at least one size larger than line posts.
ASTM C173 PDF - Study Flashcards On ASTM C/CM Air Content of Freshly Mixed Concrete by the Volumetric Method at Quickly memorize the terms, phrases. Revised: January 17, Skip to content. Hope Works PDF. Open Menu. Close Menu. ASTM C173 PDF. admin March 22, 2020 0 Comments. Wheatland is the leading supplier of ASTM F1083 full-weight Schedule 40 domestic fence framework. Wheatland manufactures all F1083 grades; Regular Grade 30,000 psi, High Strength 50,000 psi and Schedule 80. When the specification requires Schedule 40 pipe, Wheatland’s F1083 is the clear choice. [Wheatland ASTM F1083 and ASTM F1043 pipe and tubing apply to all listed] 32 31 13 Chain Link Fences and Gates 32 31 13.23 Recreational Court Fences and Gates 32 31 13.26 Tennis Court Fences and Gates 32 31 13.33 Chain Link Backstops 32 31 13.53 High-Security Chain Link Fences and Gates 32 31 16 Welded Wire Fences and Gates ASTM A600 PDF - 1 This specification is under the jurisdiction of ASTM Committee A01 on Steel, 2 For referenced ASTM standards, visit the ASTM website, , or. ASTM Aa(). Descrição do Produto Produtos recozido preto tubulação de aço redonda Especificação OD 26.9 - 273 milímetros WT 1,5 - 12 milímetros
GOST 8639-82 PDF - The pipe profile square 80x80x8 Art. 3 of GOST represents a metal pipe with the section which differs from standard round. The profile pipe, generally. can be obtained by specifying ASTM A529 Grade 55, ASTM A572 Grades 55, 60 or 65 or ASTM A913 Grades 60, 65 or 70. W-shapes with atmospheric corrosion resistance (weather-ing characteristics) can be obtained by specifying ASTM A588. These and other material specifications applicable to W-shapes are shown in Table 2-4. M-Shapes and S-Shapes.
ASTM A53 Table X 2, ASTM F1083, and AASHTO M111. 4" nominal dia. zinc galvanized at the rate of 1.8 oz./ft².: (1) Galvanized steel pipe, Schedule 40- 11 C. Rail options: 1 0 / 1 4 / 2 0 1 9 1 1:2 3:4 5 A M R E V I S I O N DESCRIPTION: REVISION LAST STANDARD PLANS of … astm c311 pdf This standard is issued under the fixed designation C ; the 2 For referenced ASTM standards, visit the ASTM website, , or. Currently, the (pozzolanic) strength activity indices of fly ashes and natural pozzolans are typically evaluated using the procedures outlined in ASTM C Buy ASTM C TEST METHODS FOR SAMPLING AND TESTING FLY ASH OR NATURAL POZZOLANS FOR USE IN. ASTM A650/A650M: DIN EN 1676: Aluminium and aluminium alloys - Alloyed ingots for remelting - Specifications: ASTM B243: BS ISO 10679: ASTM A626/A626M: ASTM A1031/A1031M: YS/T 903.2: ASTM A882/A882M: ASTM E587: Standard Practice for Ultrasonic Angle-Beam Examination by the Contact Method: YS/T 904.2: ASTM A955/A955M: YS/T 904.4: ASTM A1062 ... -per astm f1043 group i-c. steel at 1.836 lbs./ft. 4" triple coated or 11 alloy 6063, temper t6; schedule 40) astm b429 aluminium alloy (asa 4" steel astm f1083 or 11 4" 2.28 lbs./ft. galvanized 11 brace bar section: corner or pull post 2" 3" – 11 ASTM F1083. September 25, 1987 STANDARD SPECIFICATION FOR PIPE, STEEL, HOT- DIPPED ZINC-COATED (GALVANIZED) WELDED, FOR FENCE STRUCTURES A description is not available for this item. View Less. View All. References. This document references: ASME B36.10M ... AASHTO M294 PDF - Pipe shall be joined with the ADS N ST IB (bell-and-spigot) joint meeting AASHTO M, AASHTO M, or ASTM F The joint shall be soil-tight and . AASHTO M. Skip to content. Steissbein Fistel. Menu. AASHTO M294 PDF. admin August 13, 2020 Leave a comment. D. ASTM F567 Standard Practice for Installation of Chain Link Fence E. ASTM F626 Specification for Fence Fittings F. ASTM F900 Specification for Industrial and Commercial Swing Gates G. ASTM F1083 Specification for Pipe, Steel, Hot-Dipped Zinc-Coated (Galvanized) Welded, for Fence Structures. number in ASTM Designations. Gage sizes, €Deleted€ spaces between letter and €Deleted "No." after Sheet and Index and before 2 of 4 designation€ to "Regular Grade" per ASTM F1083. €Deleted color note;€€ Changed galvanized steel pipe Class 2b to PVC Coated Chain Link Fabric & Table of Chain Link Fence Components - Added€ 811 All


While the total number of road deaths across the United States has declined in recent years, the number of people dying in construction zones has risen during that same span. This suggests that while driving through road construction is time-consuming and often frustrating, it is also undeniably dangerous.
How often are Americans losing their lives in work zone car wrecks, and what are some of the contributing factors?
According to the U.S. Department of Transportation’s Federal Highway Administration, work zones are responsible for 10% of all highway congestion, and they are also the sites of hundreds of fatalities each year.
Statistics surrounding work zone road deaths
Between 2016 and 2017, the number of individuals who lost their lives on the nation’s roads declined by 1.5%. The number of fatalities occurring in road construction zones rose by 3% during that time, however, with nearly 800 people dying in these zones in 2017.
Factors contributing to work zone deaths
Why are construction zone deaths increasing, and what are some of their common causes? Part of the reason for the uptick may involve the fact that communities continue to expand. With that comes a need for more roads and infrastructure to serve these growing cities and towns.
Driver behaviors may also contribute to the rising number of fatalities taking place in the nation’s work zones. Drivers who were speeding in these areas contributed to 203 of 2017’s 799 work zone fatalities. Driver distraction may also be a contributing factor. Drivers who use their cellphones while driving, for example, may be less likely to navigate work zones successfully or make sudden stops when necessary. More about car crashes is available on our webpage.


|Beschrijving onderneming||A high-tech startup founded at Delft University of Technology (Netherlands) in 2013, aQysta aims to provide sustainable hydro-powered pumping solutions that can have a positive economic, environmental and social impact. aQysta is strategically located in Yes!Delft, Europe’s biggest |
high-tech incubator that grants access to expertise, network and research facilities. At its Delft office, aQysta conducts technology research, product design and development, sourcing and global sales.
In the South Asian region, aQysta has its affiliated entity in Nepal, operating since 2015. aQysta Nepal sells and implements pumps in Nepal which serve as the platform for conducting research, experiments and gathering market feedback. This early success has enabled aQysta to gain customer
feedback, technical validation in diverse geographies and market opportunity in diverse socio-economic conditions. aQysta is on a quest to sustainably provide water for farming!
|Naam innovatie||Barsha Pump|
|Beschrijving innovatie|| The Barsha Pump is the first type of hydro-powered pump developed by aQysta. |
It is a water wheel propelled pump that utilizes the energy from the flow of rivers and canals to pump water without requiring any fuel or electricity to be operated.
aQysta has deployed Barsha pumps in more than 21 countries globally.
|Noodzaak en belang van deze innovatie||The impact is on the global irrigation sector is two-fold. One, the Barsha Pump adds running hydropower as an alternative energy source to the existing portfolio of sustainable pumping solutions. And two, it furthers the trend of creating more efficient water pumps at lower costs with a longer product lifetime and a quick point of ROI for the farmer.|
|Bijdrage aan een betere wereld|| Hydro-powered pumping is the most cost-effective water lifting technique in geographically feasible areas as |
validated by The Food and Agriculture Organization of the United Nations (FAO).
As 70% of the world's water is used in the agriculture sector, increasing access to irrigation must be done with efficient use
of water. aQysta aims to provide water from rivers and canals, sustainably and cost-effectively, using it in efficient
ways to sustainably increase agricultural productivity, globally!
|In welke mate is de innovatie nieuw en origineel||The Barsha Pump is innovative in the way that it combines a mechanical principle with sustainable hydropower in order to lift water for irrigation. With patents granted and pending in all major markets in the world, it eliminates all operations costs incurred with conventional pumping methods as well as making lifted water available to farmers 24/7.|


What is BIM?
Building Information Modeling (BIM) is a process involving the generation and management of digital representations of physical and functional characteristics of a facility. BIM provides insight to help you plan, design, construct and manage buildings and infrastructure. Saint-Gobain Building Glass has developed. BIM objects to be used in for your Revit and ArchiCAD softwares. You will find when you download, two objects, one for the windows and the other for the curtain wall. Thanks to these facades glazing BIM objects, you will be able to get all the spectrophotometric parameters - measuring the intensity of light transmission and reflection - for all our thermal insulating and solar control glass solutions.
BIM helps architecture, engineering, and construction (AEC) service providers apply the same approach to building and infrastructure projects. Building Information Modelling facilitates a new way of working: creating designs with intelligent objects. Regardless of how many times the design changes—or who changes it—the data remains consistent, coordinated, and more accurate across all stakeholders.
More efficient collaborative work flow
Cross-functional project teams in the building and infrastructure industries use these model-based designs as the basis for new, more efficient collaborative workflows that give all stakeholders a clearer vision of the project and increase their ability to make more informed decisions faster.
Models created using software for BIM are intelligent because of the relationships and information that are automatically built into the model. Components within the model know how to act and interact with one another.


Lombok Contractor, architecture and construction company in Lombok, the Gili's and Sumbawa.
Lombok Contractor is an architecture and construction company providing a one-stop-shop for clients of all categories. Integrating services for all aspects of building construction, earthwork excavation, project management, renovation, structural engineering, architecture, landscape design, interior design and pre-visualisation. We strive to keep the complicated matters of the construction industry simple by providing transparency and above all building close working relationships with suppliers and clients. A relationship that creates contractor and client trust. We invite you to browse through this site and if you find anything of interest with regards to the services you require please do not hesitate to contact us. Our offices are located in the center of Kuta Lombok and Mataram.
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Simon Technical Services are specialists in energy and water audits. We can conduct audits on:
• Cooling tower
• Swimming pools,
• Mine waters
We can help you with identifying the best chemical treatment program, alternative reuse strategies, corrosion and scale control strategies. In a recent audit, the excessive use of chemicals was identified, highlighting cost and water reductions. Cooling water treatments and mine water treatments can be monitored and managed through reuse strategies, reverse osmosis, scale control, and biological control.
STS, in partnership with its alliance partners, can conduct water and energy audits of Swimming pools. Pools can be large consumers of water and energy. By conducting detailed audits using submetering of energy and water, a thorough understanding of the site’s energy and water balance is developed which allows for development of Water Management Plans and Energy Plans.
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Custom cut up to 6 metres; Minimum roof pitch 2° Rib height 25mm; Variable pan widths available from 230mm to 530mm Mechanical Lock Seamers; Power Seamers; Seaming Anvils; Standing Seam Roof Anchors; Shrinkers & Stretchers; Clips / Cleats / Fasteners; Sheet Metal Benders. Being made from copper, aluminum, zinc, or galvanized steel, the panels of standing seam roof are fastened by using screw and being concealed to make it last far longer and prevent it to be failed. Metal roofs and standing seam roofs are manufactured out of steel, aluminum, and copper so you will have multiple alternatives to choose from. offers the most complete, proven and thoroughly tested standing seam metal roofing attachments in the industry, including ColorGard®, DualGard™, VersaGard™ and multiple exposed fastener metal roofs. Consult a local architect/engineer for compliance with local codes and conditions. The clamp-to-seam tool provides thumbnails of the most popular roofing profiles along with their dimensions and the clamps that will fit those profiles. Incorrect clip selection, installation, or quantity can result in total roof failure. Installing all metal roofing requires skill as far as lining up the panels, correctly spacing the fasteners, and cutting the panels to match the roof’s geometry, it doesn’t require the same level of craftsmanship as a standing seam metal roofing does. Spacing requirements for snow retention devices vary depending on the roof slope or pitch. The recommended dimensions should be specified from the table below. It is used in conjunction with the S-5 Base, which needs to be purchased separately. They will last a long time and could even last more than 2 times the life of roofing shingles. Standing seam metal roofing systems are characterized by panels running vertically from roof ridges to eaves. Panel Clips for Metal Roofing | All Types and Sizes, Snap Lock, Invisible, Trapezoid, Fixed and More . Clips have a dual function: Ensuring the mechanical resistance of the entire roof. Our patented Zeus Shield metal roof system accommodates all three roof zones – simply and efficiently – meeting precise roof wind loading requirements for each roof zone without added materials or altering panel or purlin placement. We cover all the basics of metal roof installation. Standing Seam Clips & Accessories: 1 2 Next > 1 review(s) CLIP-M0407: Standing seam roof LMR600 consists of 600mm wide roll formed panels with a 50mm high corrugation. Snap Lock Standing Seam With Clips Western Lock® Standing Seam Standing seam metal roofing is considered one of the most durable and maintenance-free types of metal roofing materials on the market. Metal Roof Standing Seam Clips. • The metal roof system as described within this manual is classified as a standing seam metal roof panel. This way, you won't have too much metal to bend into a uniform, tight ridge seam. ROOF PANEL PANEL CLIP PURLIN OR JOIST ROOF PANEL PANEL CLIP PURLIN OR JOIST Nucor VR16 II-90. The NEW Clip Spacing Gauge Kit; As the undisputed market leader in snow retention systems (or snow guard), S-5! Each panel is fixed with a clip allowing linear and lateral expansion and contraction. High seams: One great advantage of standing seam metal roofs is contained in the name itself: seams, the weak point in any roof and a potential entry point for moisture, are raised above the level of the roofing panel. If you will be making seams along ridges where two roofs meet, remember to offset the pan spacing so that the seams in one roof meet the center of the pans in the other roof. Design set the standard for hemming tools in the standing seam roofing market. There is a raised seam on each edge. ... the clip spacing for roof zone 1 shall not exceed that of the FM 4471 test reports. 1.3). these locations are the same as "Panel Clip" spacing in the case of standing seam metal roofs or fastener placement for thru-fastened metal roofs. Log-In Log-Out. Position panel A 2. be . Standing seam metal roof panels require application to solid substrates or open framing with concealed mechanical clips available in a variety of stand-off heights. After crimping (double lock standing seam) 4 9 12 430, 530, 600 8 2 5 2 6 B A B A Panel B Panel A Clip I nstal io equ c 1. Standing Seam. STANDING SEAM SHEET METAL ROOF PANELS 07 41 13 SPECIFICATION DATA ... al roof panels to supports with concealed clips at each standing-seam joint at location, spacing and using proper fasteners as recommended by panel manufacturer. etthe~ s~tdmg . Attaching a 30-year power source on a 40-year roof—using S-5!’s zero-penetration technology—creates sustainable metal roof solar mounting systems available with alternative power generation, all without compromising the roof manufacturer’s warranty! A standing seam metal roof has a life expectancy consistent with that of framed PV modules. Comply with installation tolerances These clips allow space for various insulation thicknesses, depending on the clip height. If you are not an expert in metal roofing, this tool will help you become one. Step by step instruction on how to install a standing seam metal roof. VMZINC recommends using the double welt over the single welt for standing seam techniques as it provides greater water resistance. The main idea to remember for standing seam systems is that the fastener is hidden, whether the panel is attached to the roof deck using a clip or is directly fastened to the decking material under the vertical leg using a fastener flange. Standing-Seam Metal Roof Panel Installation: Fasten metal roof panels to supports with concealed clips at each standing-seam joint at location, spacing, and with fasteners recommended in … About Us Contact Us FAQ Manufacturers Products Shipping. Fixing System. The clips from VMZINC are made of 304 stainless steel. Fix the roof sheet on the purline with no hole left. Standing Seam Roofing. It was 20 years ago that J.S. provides you with our clamp- to-seam tool. 8.2. James advises when retrofitting over an existing standing seam roof determine if the existing roof system has stand-off clips with or without thermal blocks. Standing seam roofing is a simple, quick & economic technique often using Zinc & Copper to cater for demanding aspect of construction where unique aesthetic & geometric requirements can be resolved. There are two main reasons; First of all, if you install a standing seam metal roof over asphalt shingles, there will be a so called “telegraphing effect” where shingles can punch horizontal lines in standing seam panels. or fixed ~Ftg. The clips ~ay . Engage clips to upstand of panel A and screw fix to substrate 3. Clamp-to-seam tool: If you do not know the roof manufacturer and profile that’s ok because S-5! We offer fixed and expansion cleats for both 1″ & 1.5″ mechanical lock roofing systems. This cannot be said for composition shingles or especially for torch-down or rolled roofing. Panels are mechanically attached with hidden fasteners to a continuous solid substrate with an ... • Individual panels should be carried on edge by hand and supported evenly with a maximum spacing of 10 to 12 feet (Figure 3). It belong to Hidden-interlocking roof clips. PFC produces some of the industry's best metal roofing supplies, including thin seam snap-on and square batten clips. ... 1″ Pancake Head Clip Screw $ 12.00 – $ 210.00; Expansion Mechanical Lock Cleat – Galvanized Steel – … The standard ones are made mostly from carbon steel and coated by corrosion resistance material. The location of the clips along the seam (in the other axis) can be determined by a) consultation with the roof system manufacturer or installer, b) checking from the underside or, c) close examination from the topside along the seam. 2. A standing seam metal roof provides energy reduction benefits without sacrificing style. Engineered standing seam roof clips designed to fit panel system. 400 mm 22 mm Distinctive curved roofs, ... Spacing of clips 3) Thickness of the inner metal deck. See below for tips on your clip material & quantity selection. snow guard layout,snow guard spacing,snow guard distances,snow retainer layout,snow retainer spacing,snow spacer distance, Snow guard layout & spacing on all roofs. Once again we have developed a tool to help you eliminate costly mistakes during the installation of standing seam metal roof panels, speed up the installation process, and ultimately save you money. Our company has been the industry leader in stamping precision roof clips and metal roofing materials for more than 30 years. The flat side of the panel contains cross flutes improving the panel performance under foot traffic. This article describes how to lay out the snow retainer or guard pattern on a roof in order to provide an effective snow retention system. Secondary Max Spacing Seam Option Factory Mutual 1-60 24 Purlins/Joists 5’-0" VR16 II-360 Factory Mutual 1-75 22 Purlins/Joists 5’-0" VR16 II-360 ... standing seam roof panels. The seams range anywhere from 1” to 2” in height. Detail information: Material: Galvanized sheet Brand name: GEIT Type: All kinds of roof clips Port: Tianjin port, China Payment term:TT, L/C There are different metals or metal combinations of screw that can give different result. Standing seam systems can be used for either metal roofing, which is the most common, or metal walls. 1-800-474-7570 firstname.lastname@example.org. For coastal applications, aluminum panels along with stainless steel clips must be used for warranty. Both VR16 II-90 and VR16 II-360 achieved a Allowing free expansion of the metal. Unlike steel and aluminum shingles, standing seam panels should not be installed over the existing asphalt shingles. seam roof panels. The 33 mm (1 9/32”) I-style standing seam with snap-on cap is used on the Tradition 100 roof profile. Engage edge of panel B over clip 4. Work described in this section includes pre-formed metal roofing system complete with clips, perimeter and penetration flashing, closures, gutters, and downspouts. The S-5 Heat Tape Roof Clip is a new, patented roof clip design specifically for standing seam applications with a focus on ease of install and effectiveness. Ratings Ga. So, in that axis, the clip spacing is the same as the seam spacing. It is very important to understand that the required locations of new Roof Huggers on the existing roof will be governed by the new metal roof … Standing seam metal roofs could be the best choice for your roof even over the existing roofing material. The Zeus Shield Metal Roof System – Reliable, Attractive and Cost-Efficient. OVERVIEW. Description: Standing seam roofing is composed of preformed or field formed pans, usually between 14 to 18 inches wide when finished. Eave Notching Factory-produced eave notching is available at nominal additional cost on Snap-Clad panels and Redi-Roof standing seam panels. Our Standing Seam Metal Roof Clip (part number S5-SR), along with an S5S Mounting Base Clamp is the ultimate solution for the installation of ice dam heat tape on your standing seam metal roof. These pans run parallel to the slope of the roof, and are joined to adjacent pans with double locked standing seams. Metal Roofing. Panels are interlocked at these seams. SECTION 074113 - STANDING SEAM ROOF PANELS ... A. Standing Seam Metal Roofing. Features/benefits . Clips are an integral part to any roofing system.


Welcome to Green Mountain Engineering
Welcome to our homepage! We are glad that you found us. If you are in the market for Civil Engineering or Land Surveying services you have come to the right place. We are a full service Civil Engineering and Land Surveying firm located in Greensboro, North Carolina. Our expert Engineers, Surveyors and technicians are here to help you achieve your goals in Land Development, Infrastructure Improvement, and Land Surveying.
Please take a few minutes to peruse our site; we hope you will find it provides you with the basic information about our company and professional services offered. If you have any questions or believe you may require our services, please do not hesitate to call or email us, using the contact information provided on this website.


In just over a year, Jaffna peninsula has seen the visit of two Indian foreign secretaries to the sites of a housing project by India for the war-affected Tamils, ‘The Hindu’ reports.In more than a year, a mere 52 of the projected 1,000 houses have been built in a project for a total of 50,000 houses.
New Foreign Secretary Ranjan Mathai and Indian High Commissioner to Sri Lanka Ashok K. Kantha impressed upon the project management consultant Hindustan Prefab and the contractors to expedite work on the project.
The contractors have faced a plethora of problems, and the peculiar nature of the project – built with heavy inputs from the beneficiaries – added to the time-lines going haywire.
Mr. Mathai and Mr. Kantha interacted with a few beneficiaries at the site.
One of them pointed out that the kitchen did not have a chimney vent – a point that Mr. Mathai raised the moment he walked into a model house a little while earlier – and the fact that they had to walk a long distance to the community well.
They said they would be very happy if they get piped water supply. “The house is good. We don’t have complaints except the vent,” said one of them.
While progress on the housing scheme left much to be desired, the two other projects that Mr. Mathai visited – the northern railway construction being handled by Indian public sector company IRCON, and the wreck removal project at the Kankasanthurai harbour – were progressing ahead of schedule.
India will expedite the process of giving sanction to remove the additional four wrecks at the Kankasanthurai harbour, Mr. Mathai said.
Initially it was found that there were six wrecks to be removed, four inside and two outside the harbour.
Recently, four additional wrecks have been found. Earlier, the government of India, through the Shipping Corporation of India, had awarded a contract for removal and disposal of six wrecks at KKS harbour to Resolve Salvage and Fire (Asia) Pvt. Ltd, Singapore, at a total cost of $19 million (SLRs 2.18 billion).
At a presentation at the KKS harbour, representatives of the firm, Resolve Salvage, requested that the process of sanction for additional wreckages be expedited so that they could complete the work early.
The Kankesanthurai Harbour rehabilitation project includes six stages – Preliminary Hydrographic Survey, geotechnical investigations and preparation of Detailed Project Report, Wreck removal and disposal, dredging, rehabilitation of breakwater/pier and construction of new pier with attendant port facilities and Final Hydrographic Survey and preparation of Harbour Chart.
The Preliminary Hydrographic Survey has already been completed in June-July 2010 as part of the preparation for this project. The contract for Geo-technical and Geo-physical studies and preparation of Detailed Project Report (DPR) has been awarded to RITES Ltd of India.
These studies are in progress.
The dredging of the harbour will be undertaken by the Dredging Corporation of India (DCI). Rehabilitation of breakwater/pier and construction of new pier with attendant port facilities will be undertaken in accordance with the approved DPR, which is being prepared by RITES. Final Hydrographic Survey and preparation of Harbour Chart will be taken up as the final stage of work


Posted 18 July 2010
AGIP KCO Kashagan Barges
The Kashagan island developments in the Caspian Sea are breaking new ground in oil & gas extraction. With high concentrations of hydrogen sulphide gas, a high pressure reservoir and savage weather conditions, safety is a huge concern. To facilitate this evacuation barges are to be on 24 hour standby in case of an emergency situation.
The barges need to provide a fail safe route away from the islands in an emergency, so all risks were eliminated in the design. Our job was to provide fire resistant (IEC 60331) lightweight cables with small bending radii for the safety critical wiring. As the construction of the barges had started the electrical contractor needed the cables from a stock situation.
Once the specification and service requirements had been interpreted, we were able to provide shipwiring cables designed to IEC60092-3 with Lloyds approval. These cables met all the AGIP KCO specific fire resistant needs.
By listening to the electrical contractors needs and understanding AGIP KCO’s technical requirements FSCG were able to offer a value for money solution that allowed production of the barge to continue without any delays and supported the contractor’s reputation of a key solutions provider in this rapidly growing CIS market.


Located in Kansas City, Kansas, this client desired to create a world-class healthcare facility that could house multiple divisions with their healthcare delivery system. The state-of-the-art medical facility is designed to provide flexibility and scalability to the healthcare community as well as use sustainable development and landscape techniques to shrink the effect on the environment and create an inviting atmosphere for their patients and employees.
Due to the difficult nature of this project, the client hired Hermes Landscaping, based in Lenexa, Kansas, to take on this project. This client has an existing relationship with Hermes Landscaping, and they have worked with each other for several decades.
Since the project had an incredibly successful outcome, Hermes Landscaping received a Gold Award in the 2022 Awards of Excellence.
“It stirs a great deal of pride in (Hermes Landscaping/our landscaping company) because it shows the commercial real estate development market and hospital market that our team is capable of installing beautiful, large and demanding landscaping projects,” says Eric Soriano, a senior commercial sales rep at Hermes Landscaping. “We enjoy telling our customers, potential customers and employees what a great honor it was to be selected for this project and it shows the level of quality and beauty of landscapes that we are capable of installing.”
Existing condition challenges were created by other trades that preceded the landscaping installation process. Significant damage had been done to the underdrainage and irrigation systems after the pipe and wires had already been installed in the ground by tradespeople coming onto the site.
“The most challenging aspect of the project was coordinating our work with the various underground utility contractors that we were working around throughout the project,” Soriano says. “Many times, the site utility contractors were late getting in and our superintendent and crew leader were called on many times to coordinate closely with other subcontractors to prevent them from damaging our underground work.”
The greatest difficulty during project execution was encountered during the installation of the landscape and irrigation system. The final grade had not been set correctly, which caused a great deal of rework since the elevations of the irrigation and drainage equipment had to be adjusted after they had been installed. This was caused by a lack of communication between the subcontractor companies and their field personnel, meaning that several areas of work needed to be reworked to complete the irrigation and landscaping.
This project included a green roof, which allowed patients in the hospital to overlook an attractive green atmosphere outside their windows instead of a gray roof. The membrane of the roof had been penetrated by another contractor, which required significant rework of the green roof membrane system.
The issues were addressed by sending in Hermes Landscaping’s expert crews to assess the damage that had been done to the irrigation and underdrainage equipment and then revising the shop drawings as needed to ensure the repairs to these systems were installed per manufacture specifications.
Multiple meetings were held with the other sitework subcontractors on site and the general contractor superintendent to make sure that there was no additional damage to the irrigation and drainage equipment.
Change orders had been requested for the work needed to correct the damage that had occurred in the irrigation and drainage system equipment by other tradespeople. Specialist irrigation technicians were brought in to make detailed repairs to the irrigation equipment so that the mainlines throughout the site could continue to work. The specialist irrigation technicians brought in testing equipment to ensure that the irrigation system repairs were made correctly and would operate long term.
“This project took almost two years in the field to complete,” Soriano says. “This long duration on the project was a result of several additional floors getting added on to the hospital in the middle of the construction process for the hospital.”
Interested in participating in the Awards of Excellence? Be sure to enter your projects by July 10, 2023.


Power Infra Overview
In the next decade, India needs to spend over Rs. 1400 Billion on transmission systems and Sterlite believes the BOOM model will be the preferred model and that it is well positioned to become a market leader in this sector. Business Overview Sterlite has been awarded three projects for building power transmission systems (lines and substations) in India, as a Developer, on a Build Own Operate Maintain ("BOOM") basis. For these projects, Sterlite would undertake the designing, financing and construction and maintenance of the transmission systems for concession periods ranging from 25 to 35 years. These transmission lines would help facilitate power evacuation and would be used for SEBs, Power Gencos for which Sterlite would earn a fixed transmission tariff (similar to take or pay arrangement).
Sterlite\'s portfolio of three projects aggregate to a total value of about Rs. 40 Billion. These transmission systems would evacuate and transmit power through a network of about 2200 km of transmission lines and 2 substations; in the states of Maharashtra, Gujarat, Madhya Pradesh, Chhattisgarh, West Bengal, Bihar and Assam.
- East-North Interconnection
- Bhopal-Dhule Transmission
- Jabalpur Transmission
- RAPP Transmission Company Limited
- Purulia & Kharagpur Transmission Company Limited
- NRSS-XXIX Transmission Limited
Sterlite Grid Limited is a fully owned subsidiary of Sterlite Technologies Limited. The Company is executing multi-million dollar power transmission system projects, pan-India via its fully owned subsidiary companies - East-North Interconnection (ENICL), Bhopal-Dhule Transmission (BDTCL) and Jabalpur Transmission (JTCL). The Bhopal-Dhule and Jabalpur transmission lines would form part of a system, which would help evacuate power from a large number of IPP projects totalling to an installed capacity of 35,000 MW which are proposed to come in the states of Chhattisgarh, Madhya Pradesh, Orissa, Jharkhand and West Bengal. The beneficiaries of the transmission line projects would be the states of Northern and Western India. These EHV projects represent significant advancements in the field of power transmission. These projects would enhance the overall grid capacity significantly and substantially reduce transmission power losses, thus assisting the economic development of the nation.
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|Developed by: Oyster Technologies|


Rajjaprabha Dam, formerly known as Chiew Lan, was constructed across Klong Saeng River at Ban Chieow Lan in Khao Phang sub-district, Ban Ta Khun district, Surat Thani.
Rockfill dam with clay core
The power plant is situated on the right hand side of the river. It is a reinforced concrete building that houses three 80 MW generators, totaling 240 MW of generating capacity. The power plant can generate 554 million units of electric power per annum.
Operation Year: 1987
Date of Inauguration: September 30, 1987


years of experience
The company's rapid growth in recent years has been driven by highly skilled employees.
We offer and provide the client with a full course of the construction process – from the inspection of the object, land surveying, design, development of estimates, construction and ending with the approval of the building council.
SIA “Build – Invest Latvia” is a Latvian construction company specializing in building reconstruction, facade insulation, development and construction of retail and office space projects, using a modern approach to planning and implementing construction projects.
The company offers its customers and partners the availability and support of local businesses. Employees of the company quickly respond to the needs of customers – even in an emergency, when every minute counts. An example from a real everyday situation – at 6.00 the customer informed the company that the heating system was not working in Daugavpils (230 km from the capital); At 10.00 our employee arrived at the place and at 12.00 the problem was fixed.
Our family atmosphere has been instrumental in building new industry relationships as we have expanded our office space and workload as well as communication in today’s technologically advanced era while trying to stay personal – appreciating one-on-one, person-to-person contact.
Core values of the company
The main value of SIA Build Invest Latvia is also professional and highly qualified employees who regularly participate in construction exhibitions in order to keep abreast of the latest developments in the industry and the materials used.
It is no secret that the environmental impact of the construction industry is significant, which is why we are taking a step closer to sustainable development and have made energy efficiency one of our core values.
According to Intars Jansons, member of the board of the company: natural resources will be preserved. The introduction of energy efficient solutions today is no longer a luxury, it is a necessity.”


One of Prowers Aggregate Operators’ affiliates owns rail facilities, which connect to the main BNSF rail line that serves Lamar.
Prowers Aggregate Operators has a legacy of quality consistency, reliability and value. We make sure that you receive the right materials, right on time, every time.
Customers trust Prowers Aggregate Operators to provide the correct high-grade products on time with competitive pricing. Our knowledgeable and experienced sales professionals can provide technical support, industry expertise and accurate material calculations. Help with your project is just a call or a click away.


The Office for Monument Preservation of the Rhineland Regional Council (LVR) applied for Oberkasseler and Rheinkniebrücke to be included in the list of monuments. Together with the Theodor-Heuss-Bridge, all three remaining bridges in Düsseldorf would be under monument protection as the “Düsseldorf bridge family”.
The inclusion of the Oberkasseler and the Rheinkniebrücke in the list of monuments of the Düsseldorf district government follows a two-step process. The evaluation of a monument must be done according to purely technical criteria. Conservation issues are dealt with on this basis in the second step.
Dr. Ralf Liptau, scientific consultant for technical monuments at the LVR-ADR. The Theodor Heuss Bridge was first built in the 1950s. The Rheinknie Bridge followed in the late 1960s, and ten years later the new Oberkasseler Bridge was built. Friedrich Tamms, the city planning officer of Düsseldorf at the time, arranged for the very modern bridges to be built in close structural and aesthetic dependence. Even then, there was talk of the “Düsseldorf bridge family”. However, different urban planning conditions, the flow conditions of the Rhine and technical innovations lead to variations in detail. “In Düsseldorf, they created a kind of sample collection for bridges with a more modern design, which did not exist before in this size,” says Liptau. “Internationally noted, the Düsseldorf bridges were exemplary for even the largest bridge construction project worldwide.”
In addition to the technical-historical importance of the bridge, the Office of Monument Conservation sees other reasons for an entry in the list of monuments. Friedrich Tamms involved renowned engineers such as Fritz Leonhardt in the project, whom he knew from working for the Reichsautobahn during the National Socialist era. The planning of the bridge meant the continuity of the Nazi career in the young Federal Republic. In their entirety, the bridges also witness the extensive conversion of Düsseldorf into a car-friendly administrative metropolis in the decades after World War II.
The family of bridges with their stay cables and pylons that are more than 100 meters high have had a formative effect on the city until today.


|When||Thursday, June 9, 2016, 3:30 – 5 p.m.|
Among the honorees at the UW Awards of Excellence are:
- Sally Jewell -- BS ‘78 Mechanical Engineering, U.S. Secretary of State, and the 2016 UW commencement speaker -- will receive the Alumna Summa Laude Dignata award.
- Joe P. Mahoney, a professor in civil and environmental engineering will receive the Distinguished Contributions to Lifelong Learning award.
- Cole DeForest, an assistant professor in chemical engineering will receive a Distinguished Teaching Award.
- Wendy Thomas, and associate professor in bioengineering will receive a Distinguished Teaching Award.
|Campus location||Meany Hall (MNY)|
|Event types||Ceremonies, Special Events|


Water is a valuable resource that needs to be managed effectively. Especially in the real estate industry, proper water management can lead to significant cost savings, energy efficiency and sustainable development. With advancements in technology, smart water management solutions powered by Internet of Things (IoT) have become increasingly popular. These systems use real-time data from sensors to monitor and control water consumption, providing property developers with an efficient way to manage water resources.
The real estate sector is a significant consumer of water resources. Properties, whether residential or commercial, use water for various purposes from drinking to sanitation, cooling, heating, and landscaping. Thus, effective water management is crucial in this industry.
Incorporating smart water management solutions in real estate helps developers and property managers to monitor water usage in real-time, detect leaks and wastage, and control water consumption. This leads to lower utility bills, reduced operational costs, and improved sustainability. Moreover, it contributes to the responsible stewardship of an important resource.
The role of technology, particularly the IoT-based systems, is vital in smart water management. IoT technology enables the monitoring, collection, and analysis of real-time data from various water points within a property. It improves visibility into water consumption patterns and helps in making informed decisions.
The advent of IoT technology has revolutionized numerous sectors, including real estate. In the context of water management, IoT involves the installation of sensors at strategic points within a property’s water system. These sensors collect real-time data on water flow, pressure, and quality.
The data is then transmitted to a central system where it’s analyzed to identify anomalies such as leaks, unusual consumption patterns, or opportunities for efficiency improvement. This technology enables immediate corrective action when issues are detected, thus preventing water wastage and property damage.
IoT-based systems also aid in predictive maintenance by identifying potential problems before they escalate. This can save property developers considerable time and resources in repairs and replacements.
The development of smart water management systems involves several key steps. The first is understanding the water usage patterns in the property. This will help in deciding where to place the sensors and what data to collect.
The next step is the installation of the IoT sensors and the necessary network infrastructure for data transmission. This should be done by a professional to ensure accuracy and reliability of the data collected.
Once the sensors are installed and the system is operational, regular monitoring and analysis of the data is crucial. This data can be used to create a baseline for normal water usage, which can then be compared with real-time data to identify any anomalies.
Smart water management not only reduces water consumption but also contributes to energy efficiency. Many properties use energy-intensive systems for water heating, cooling, and transportation. By optimizing water usage, these energy requirements can be significantly reduced.
For instance, smart irrigation systems can reduce water consumption in landscaping by adjusting the watering schedule based on weather forecasts, soil moisture levels, and plant water requirements. This not only saves water but also reduces energy consumption by reducing the need for pumping and treating water.
Furthermore, smart water management contributes to sustainability by preserving water resources and reducing carbon emissions associated with water treatment and distribution. For real estate developers, this can improve the property’s environmental profile and appeal to environmentally conscious tenants or buyers.
The integration of smart water management solutions in real estate requires a comprehensive understanding of the property’s water usage patterns, the installation of appropriate IoT sensors, and the regular analysis of real-time data. While the initial cost may be substantial, the long-term benefits in terms of cost savings, energy efficiency, and sustainability make it a worthwhile investment.
Remember, smart water management is not just about saving money, it’s about making a positive impact on the environment and contributing to sustainable development. So, take the first step towards smart water management today, and make a difference for the future!
As the world moves towards a more sustainable future, the importance of smart water management in real estate continues to grow. This is not just a trend, but rather an imperative for responsible and sustainable property management. Leveraging technology like IoT in water management systems is no longer an option, but a necessity.
Emerging technologies in the field, such as artificial intelligence and machine learning, are expected to further enhance the capabilities of smart water management systems in the future. These tech advancements will streamline the process of data analysis, making it possible to forecast water usage, identify potential issues, and make informed decisions faster and more accurately.
Moreover, the data collected from these systems could also be utilized in planning new real estate developments. For instance, historical water usage data can guide the design of water systems in new properties, ensuring maximum efficiency from the outset.
Lastly, as smart water management becomes more prevalent, we can also expect to see an increase in governmental support and regulation. Governments around the world are already advocating for more efficient use of water resources, and it’s likely that there will be more incentives for real estate developers to incorporate smart water management solutions. Indeed, with global water scarcity being a pressing issue, it’s clear that smart water management is the way forward for the real estate industry.
In conclusion, incorporating smart water management solutions in real estate is an investment worth making. Not only does it lead to significant cost savings and energy efficiency, but it also plays a key role in promoting sustainability. With the help of IoT-based systems, real-time data can be used to make informed decisions about water consumption, leading to responsible use of this precious resource.
As a property developer or manager, it’s essential to adopt a proactive approach to water management. Familiarize yourself with the latest smart water management technologies, understand your property’s water usage patterns, and invest in an IoT-enabled system that can help you monitor and control water consumption effectively.
With the advancement of technology and the ever-increasing awareness of the importance of sustainability, the real estate industry has a responsibility to be a frontrunner in the use of smart water management systems. By taking action now, you can play a part in ensuring a sustainable future, while also improving your property’s environmental profile and attracting environmentally conscious tenants or buyers.
As smart water management becomes the standard, it’s time to embrace this technology. Remember, the change begins with you. So let’s make a difference, one drop at a time!


True Leaf Reveals New Cultivation Facility
As quoted in the press release:
The first phase of the project includes a 16,000 square foot cannabis cultivation and production facility with over 9,000 square feet for the initial grow area, laboratory services, whole-plant extraction, and the production of therapeutic cannabis products. The facilities, known as True Leaf Campus, will be a hub for the development of the company’s medicinal cannabis products.
The steel arrived and was pre-assembled on site, and the building permit was approved on May 30, 2018. With the crew now erecting the structural steel, the exterior foundation insulation is complete and the backfill compaction testing performed – passing well above requirements. The interior backfill for the administration building is complete. Crews have also installed the rebar for the production building and are now completing formwork.
True Leaf has retained Colliers Project Leaders to provide professional project management services and a value engineering review to keep the project on time and on budget.


||New LNG Train Skikda
Project Skikda, Algeria
||Supply and deliver 2 * 7.6t x 15m & 1* 7.6t x 12m explosion proof Box Type Jib Cranes|
Eilbeck Cranes has won a new order for the re‐construction of Skikda LNG / LPG plant after the massive explosion occurred in January, 2004. European standard for explosion risk areas, ATEX Directives “Zone 2” rated ex hoists will be utilised to meet the new safety regulations after the accident. The jib cranes are to be fully designed and manufactured by Eilbeck Cranes considering a design life of 30 years in aggressive outdoor conditions. Each crane has a height of lift of 60m and will be located on top of a gas tank. Cranes shall be delivered to Algeria by August 2010.
Below photos are from a similar project has been completed in Nigeria.
Tank pump jib cranes South Pars Gas Field Development in Iran
5t x 18m Ex Pillar Jib Crane - Chevron Nigeria Sonam Pipeline & Okan PRP
Yamal is one of the most complex liquefied natural gas (LNG) projects ever undertaken because of its…
Cranes for the Arctic region to operate in temperatures dropping to -50°C.
LNG Tank Pump handling Jib Cranes for Wheatstone LNG Project at Onslow site in Western Australia
Eilbeck Cranes has successfully completed Factory Acceptance Testing and delivered 5 cranes capacity…
When it was realised that the market was limited in what was available in the way of cable catenary…
The cranes have undergone a rigorous project quality and hazardous area electrical inspection regime…


Foundation repairs by the homeowner usually turn into a disaster because the leveling process that is required is very difficult to do. More damage can be done by the homeowner who can raise the house too high in one spot causing the floor to buckle or the walls to crack. Let the professionals deal with the problem and you won’t have to worry.
The foundation repair professionals need to asses the soil condition since they will be placing cement support bases on the dirt which they expect will not sink in from the weight placed on them. The design and manufacture of these plates is essential to the effective foundation repair.
If the Pier and Beam support system is used it will require a professional to determine the spacing of the system to ensure that the correct amount of support is added where it will accomplish the task. This is a science and it requires training and experience to be able to do the work.
San Antonio is fortunate to have the skilled technicians that it does because they are capable of repairing any foundation. Some foundations are in such bad shape that they cannot be easily repaired. These need a lot of work and skill which is available from Foundation Repair Pros.
Part of repairing the foundation is fixing any problems which have caused the foundation to weaken. Gnerally, these are unstable dirt conditions brought about by the alternating drought and wet conditions. Poor water drainage from landscaping which causes water to flow toward the house rather than away from it is a problem which puts water into the dirt supporting the foundation and the house.
An inadequte gutter system will result in the same problem. The water runs down the walls from the roof and into the soil around the house or under the house. A roof drip edge is not going to help if it doesn’t deflect the water into gutters. The drip edge often wears out and then it fails to do its job.
A foundation repair company will be doing its job if it tells you what caused the foundation to fail. It could be any number of issues related to water and unstable soil as well as termites eating at wood beams or girders.


Anderson Greenplan Ltd. is a Vancouver Island consulting company that specializes in both sustainable land development planning and green building design. Since 2000, Greenplan has been integrating renewable energy technologies into their building designs. Ranging from small off-grid cabins and large estate homes to ecologically and socially sensitive community scale projects, Greenplan has included solar, wind, and geo-exchange systems into many of their client initiatives. From passive and active solar and rainwater collection systems, to alternative building membranes and permaculture-based landscape design, Greenplan offers a broad range of services to address the needs of each client.
Company president, Jack Anderson, B.E.S. (ARCH), is a professional planner with over 23 years of experience in local government service, ecological community planning, and building design, and it is this expertise which sets Greenplan apart.