The Pro XD is built to withstand the toughest worksites without compromising safety or uptime. Engineered from the inside-out for jobsite compliance and backed by Polaris innovations — Pro XD commercial UTVs provide industry-leading safety, durability, and serviceability.
Safety is number one for our customers and their crews. The Pro XD is engineered from the inside out to meet and exceed jobsite compliance.
Pro XDs are built to withstand the toughest commercial jobsites. With Kevlar®-backed seats, 8-ply tires, and heavy-duty driveline components, your Pro XD will be in it for the long haul.
Downtime kills productivity. That's why Pro XDs are designed to withstand tough duty cycles and worksite usage. Up to 200-hour maintenance intervals means less in-field maintenance and reduced service costs.


3 Things You Can Do Address the Rusty Water in Your Home
Wednesday, November 8, 2017 11:42 AM
Having access to a functional plumbing system is essential for most modern homeowners. Indoor plumbing systems are made up of a series of pipes and plumbing fixtures that work together to deliver clean, fresh water into your home. When your plumbing system malfunctions, the quality and safety of the water streaming into your home could be compromised.
Rusty water is something that many homeowners have to deal with. If you have noticed that your water appears to have a reddish-brown tint to it or that your porcelain sink, tub or linens have started to stain, these could be signs that your home’s water is rusty.
Here are three things that you can do to help address and eliminate rusty water from your home’s plumbing supply in the future.
1. Check Municipal Water Quality
It’s important that you take the time to determine why the water coming into your home through your plumbing system appears to be rusty. In many instances, poor municipal water quality may be to blame.
If your home is connected to a municipal water source, then the condition of the equipment used to transport water from the city’s treatment facility to your home can affect the quality of your water. As municipal pipes begin to age, they can start to corrode. Rust particles accumulate on the interior surface of the city’s pipes, and these particles are deposited into the water supply as it moves through the pipes.
To determine if your rusty water is caused by municipal equipment corrosion, run a tap for several minutes. If the water appears rusty initially and does not clear up after you run the tap, then contact your city officials to address the rusty water in your home.
You can also conduct a simple test to determine if your own pipes are the cause of your home’s poor water quality. If the cold water running from your taps appears rusty but the hot water runs clear, then corroding pipes are likely the cause of your water quality problem.
If your home’s pipes are the cause of your rusty water, then replacing the pipes with new copper or galvanized steel products can be beneficial. An experienced plumber will be able to use a specialized scope to examine the quality of your pipes and determine if they are contributing to the rusty water that is evident in your home.
3. Check Your Hot Water Heater
Modern homeowners often take their home’s hot water supply for granted. In order to generate enough hot water to fulfill your home’s demands, you probably have a hot water heater. This appliance can contribute to poor water quality as it ages or falls into disrepair.
Cool water runs into the water heater’s tank from your municipal plumbing line or your private well. The water heater then works to raise the temperature of the water inside the tank before delivering it to the fixtures throughout your home. If the tank has started to rust, then the heated water within the tank will become rusty as well.
To determine if your hot water heater needs to be replaced, compare the quality of the hot and cold water coming from a single tap. If the hot water shows evidence of rust but the cold water does not, have an experienced plumber inspect and replace your hot water heater to restore your home’s water quality.
Keeping your home’s water supply fresh and clear doesn’t have to be challenging. With the help of the experienced professionals at Adept Plumbing, Inc., you can replace corroding pipes or a failing hot water heater to keep your home’s water rust-free in the future. Contact our friendly professionals today.


The cost of roof replacement depends on a number of factors, including the size and layout of your roof and the roofing materials used.
The four main considerations that will affect the cost of replacing your roof include:
1. The type of roofing material you choose
The most common materials used in roofing are:
With industry leader Colorbond offering flexible roofing solutions built to withstand the varying weather conditions across Australia, metal roofing provides strength, stability, and durability.
With energy and money-saving benefits, Colorbond steel is a popular choice when it comes to roof replacement.
Available in slate, terracotta, or concrete, tiled roofing may take a larger chunk out of your budget, however, these materials offer a significantly longer lifespan than metal roofing.
If you are replacing a metal roof with this type of roofing, your home may require some additional structural work to accommodate the heavier materials.
2. The size of your roof
The cost of roofing is priced per square metre (m2). Therefore, the size of your roof and the materials you choose will directly impact how much you pay:
$18 to $37 per m2
$40 to $60 per m2
$80 to $130 per m2
$200 to $500 per m2
3. The layout/design of your roof
There are a number of different types of roofing designs that determine whether the replacement process will be relatively easy or more complex.
A skillion roof, for example, usually has one flat surface with a slight pitch for water runoff. This type of roof is comparably straightforward to replace than a curved or hipped roof which is more complicated in design and therefore more costly to replace.
4. Labour charges
A major part of replacing your roof is the removal and disposal of your existing roofing material. The associated labour costs will vary depending on the type of roofing you have, with asbestos removal increasing costs considerably due to safety requirements.
Ease of access to your roof and any necessary structural repairs will also affect the overall costs of roof replacement.


THIS PAGE CONTAINS INFORMATION FOR UCC BUILDING PERMITS
BUREAU VERITAS NORTH AMERICA, INC.
Uniform Construction Code Agency for Haines Township
Office: 75 Reserve Ln., Lewistown, PA 17044
BUILDING CODE OFFICIAL: Kristin M. Fultz, Permit Technician
Phone: 717-242-0992 Fax: 717-242-4391 or Email: email@example.com
BUILDING CODE INSPECTOR: Jeffrey Knepp, Certified UCC Inspector
Phone: (Office) 717-242-0992, (Cell) 717-513-9526 or E-mail: firstname.lastname@example.org
Commercial and Residential Permit Applications, as well as Submittal and Inspection forms are available below for easy download. All forms are in PDF format and require Adobe Reader. If you do not have a copy of Adobe Reader, download it here.
UCC Building Permit Applications: Bureau Veritas Building Permit App
Applications are also available at the Township Office.
UCC Building Permits are required for but not limited to: Permits Required
Agricultural buildings are exempt from the UCC Building Permit requirement, but still subject to all other Local, County & State approvals and/or Zoning Permits. To claim the exemption, an AG EXEMPTION AFFIDAVIT must be completed and filed with the Township prior to beginning any work.
Please see below to view additional information on UCC residential building permits, specific requirements, residential permit fees, commercial, industrial and multi family construction, commercial building permit fees, commercial plan review checklists, inspection scheduling and electrical inspections.
Other Forms, Based on Construction Type:
Garages & Additions:
New Commercial Construction:
Stick Built House:
“Inspections are based solely on visual observation(s) and assessment(s) of the construction or specified items at the time of inspection. The inspection shall not be held to permit or be an approval of a violation of any applicable codes and/or standards nor relieve the owner, design professional of record or contractor of compliance with any applicable codes and/or standards. Inspection shall not be relied upon by others as acceptance of work, nor shall it in any manner relieve any owner, contractor, or any other party, from their obligations and responsibilities.”
The PA UCC Code was adopted under Township Code Ordinance #36.


Skeleton Rock Buckets
• Manufactured from high strength abrasion resistant materials.
• Available in many different widths, capacities and tine spacings.
• Ideal for sifting larger sized rocks and separating various sizes of rip-rap or crushed materials.
• Available in capacities from 0.75 yds to 6.0 yds.
• Comes standard with teeth.
• Side cutters and anti-clatter bushings are optional.
• Available for excatators from 35,000 lbs to 200,000 lbs.


Revit family creation or BIM content creation is the process of creating a library of custom-building products or mechanical elements that any changes to a particular family type are automatically updated throughout the entire project elements of the same family type.
When design engineers are working on a considerable big construction project it is difficult for them to create a model of every building product or mechanical component multiple times, so they use the Autodesk Revit platform to create parametric Revit families of that element. Read this article to know why BIM content creation is important for building product manufacturers.
A poorly planned MEP system will consume more materials than necessary. This can affect components like air ducts, electrical conduits, cable trays, and plumbing lines. These installations increase the time and labor costs as the length of these installations increases. We can help you with efficient MEP coordination that minimizes material and labor costs.
A general contracting company needed a clash-free MEP BIM model for its office buildings, passenger terminals, South Tier, and North Tier of an Airport in Oman. The BIM experts at Hitech BIM Services delivered a clash-free coordinated MEP BIM model created in Revit with clash detection reports in Navisworks. The client was able to save $7 million in 6 months and 100% of MEP systems were installed with zero change orders due to diminished filed conflicts.
BIM Clash detection plays an important role in the design process and preparation of a 3D model in the construction industry today. It helps in effective identification, scrutiny, and news of interferences throughout a project model which results in a reduction in overall cost, material waste, and project completion time.
We deliver MEP clash detection services by checking building element interference in 3D models to provide a single coordinated and clash-free 3D BIM model using Navisworks, for facilitating better collaboration between engineers and architects, to enable error-free construction.
MEP BIM Coordination, MEP 3D Modeling, Clash Detection and 3D HVAC
A coordinated MEP design enables engineers to achieve full coverage at the most optimized setting for electrical wires, pipes, conduits, ducts, etc. 2D MEP drawings are an inefficient way to optimize difficult layouts. 3D MEP models help designers, engineers, and other stakeholders visualize conflicts in the pre-construction stage.
MEP means referring to mechanical, electrical, and plumbing systems utilized in the building structure. Improving the performance of the MEP system impacts the overall performance and operational efficiency of the building. It is thus important to ensure that the MEP designs are efficient so that the building development project is not affected adversely. Here are the 3 critical steps an MEP contractor or an engineer should follow.
Rework and material waste contributes up to 7.25% to 35% of total project cost and also increases construction time. A clash-free 3D BIM model helps reduce delays, material waste, and costly construction rework. To meet the clients' requirements, BIM consultant experts at HitechBIMServices provided accurate MEP 3D modeling and clash detection for a Plant Room in Europe helped detect clashes and resolve them leading to informed decision-making as well as cost-saving due to first-time-right deliverables.
To discuss your detailed project requirements contact our clash resolution experts at email@example.com
MEP 3D models and MEP coordination drawings developed in Autodesk Revit helps engineers and architects to plan the design efficiently. It helps in determining the accuracy of the designs and models to ensure a seamless construction process. Using clash detection software like Navisworks ensures that elements of architectural, structural, and MEP disciplines do not clash with each other.


Many people believe that underfloor heating is a new concept. Really, the ancient Romans had a variation of underground heating that they used. The Romans used a system of ducts and flues to circulate warm air beneath the floors of buildings, this radiated heat to the rooms above the floor. This system relied on an open fire to heat the air; fortuitously, modern systems have come a long way.
Most heating systems create a number of vertical temperature zones in your house because heat rises so they'll create zones that modify from highly regarded and stuffy at the ceiling to cold on the floor.
Underflooring heating systems heat evenly, since the warm air is radiating upwards from the lowest level of the room, you'll discover that the room is more evenly heated from the floor to the ceiling. Radiant heat, the type produced by underflooring heating, does not cause dust or particles to be moved all through the home. This will be very beneficial to those that suffer from allergic reactions or breathing disorders.
There are totally different types of system: There are "wet" systems that produce heat by using sizzling water, and there are "dry" systems that heat with electrical coils. Wet systems are typically put in when a construction is first built. They are often added after building but installation of those systems might be quite pricey after construction. The reason for this is that a wet system requires a series of pipes to be laid out under the floor. Throughout building they'll actually be put in as part of the ground, this is why they are typically put in through the development phase of a building.
Dry systems that operate by electrical energy are much less expensive, easier to install, and could be installed in any building or house at any time. The only drawback is that they do not create as a lot heat as wet systems. Dry systems might not be a good choice for large commercial buildings. The dry system is available in variations that range from bare heating cables, woven mats, ribbon heating cables, or heating films. For most applications, the mats are the only to install and use, they're additionally often less expensive.
Whichever type you select to install they all operate on the same principle. All the wires are interconnected after which connected to a thermostat. Some models will actually have a timer to turn the heating coils on and off at certain intervals. These underflooring heating systems are plugged right into a typical electrical outlet.
There are numerous benefits to underflooring heating. It is more environment friendly so it saves you money on utility costs. Your heating system is out of sight, there are not any unsightly vents, registers, or ducts to spoil the decor of your home. They're upkeep free, dry systems are cheap and easy to install. If you are changing the flooring in your home anyway, then adding a dry underfloor heating system is simple. Most dwellingowners can do the job themselves.
Underfloor heating systems can be used under nearly any type of flooring. They can be used under carpet, laminate, tile, linoleum, and most other types of floors.
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Triangle UAS offers an extensive portolio of services to supplement your engineering projects. The list below is just a fraction of what we can offer. We would love the opportunity to provide your company with a consultation to figure out how our UAS solutions can be custom tailored to your needs. We have found that a "lunch and learn" is very effective for potential clients to get an introduction into our services. If you are already using UAS technology in your operations, we would love to show you some of our advanced solutions that can extend your existing capabilities.
Nadir (pronounced "nay-dear") imagery refers to photos taken from a straight down perspective. It is a great way to provide an aerial overview of your site. Images are geospatially enabled allowing blueprint overlay and measurements to be taken instantly on screen. The overlay capability allows imagery to be used for as built documentation. Advanced analysis can produce digital surface models, contour shape files, vegetation vigor maps, hydrologic models, and thermal maps. Hydrologic modelling can guide the design of erosion control measures and SWPPP (Storm water pollution prevention plans). During the the bid phase, accurate and detailed imagery can help with estimation and can reduce risk associated with outdated or incomplete information. Data can be exported in a variety of formats for analysis in Autodesk, Microstation, ArcGIS, etc.
From stock piles to terrain features, accurate volume measurements can be obtained instantly from our models. Some examples include material inventory/stockpile management, cut and fill calcuations for earth work, determing volume of waste for hauling, etc.
3D models provide the ultimate flexibility in terms of viewing a site. Viewers can manipulate and view the site from infinite perspectives. This technology is extremely revolutionary and Triangle UAS is excited to be able to offer this often cost prohibitive service to our clients at an extremely affordabe pricepoint. This solution provides such versatile viewing that it can eliminate site visits, in person inspections, and client walkthroughs. 3D graphics can also be developed for advertising and printed material. Advanced options include the ability to take measurements in 3D and use time laspe to see progress over time in 3D. A revolutionary feature is the ability to construct 3D PDFs--these models can be viewed within any PDF prgoram and provide an easy way to share data.
Using state of the art FLIR sensors accurate thermal data is finally available at an affordable pricepoint. With a wide range of uses, some of the most popular projects include solar panel inspections, electrical substation inspection, pipe leak detection, and heat loss analysis. We are able to capture both relative temperature values as well as radiometric values for accurate absolute temperature measurement.
Hot spots showing damaged solar cells Damaged substation switch


Two-phase optimizing approach to design assessments of long distance heat transportation for CHP systems, Applied Energy, vol.182, pp.164-176, 2016. ,
Socioeconomic potential for deploying large district heating networks using heat from nuclear plant: The case of a French urban area, Journal of Cleaner Production, 2017. ,
, Ad hoc Expert Group of the NEA on the Role and Economics of Nuclear Co-generation in a Low-carbon Energy Future, pp.2015-2017, 2015.
, STRATEGO, 2015. Heat Roadmap Europe 2050. Peta, the Pan-European Thermal Atlas: renewable energy


One of the main challenges of a control room design expert is focusing on carbon footprint reduction that is paramount in ensuring the sustainability and environmental responsibility of the facility. It is essential to integrate a holistic approach that addresses various aspects of the control center's operations to effectively minimize its carbon footprint.
One of the key strategies to achieve this goal is through the optimization of energy efficiency within the control room. This can be accomplished by deploying state-of-the-art, energy-efficient equipment and leveraging advanced technologies that consume less power while maintaining optimal performance. Implementing energy-efficient lighting systems, such as LED adjustable lighting perhaps with motion sensors, and employing automated lighting controls can significantly reduce energy consumption. Furthermore, utilizing smart HVAC systems that regulate temperature based on occupancy and outdoor conditions can effectively manage energy usage, thereby minimizing the control room's overall carbon emissions.
In addition to energy efficiency, the design and layout of the control room play a crucial role in reducing the carbon footprint. Opting for a minimalistic approach in hardware deployment within the control room not only conserves energy but also reduces the overall demand for raw materials used in manufacturing electronic devices. This streamlined hardware setup, such as the one you con find in IP KVM Enhanced solutions not only promotes a cleaner aesthetic and reduced use of space but also contributes to lower energy consumption and a reduced carbon footprint.
Moreover, the establishment of a remote equipment room, which is isolated and temperature-controlled, serves as a highly professional solution to further reduce the carbon footprint. By centralizing the control room's equipment in a separate, optimized environment, the need for excessive cooling and heating within the main control room is significantly minimized. This results in reduced energy consumption for maintaining optimal temperature conditions, thereby contributing to a notable reduction in the facility's carbon emissions.
Integrating renewable energy sources, such as solar panels, also plays a pivotal role in carbon footprint reduction. By harnessing clean and sustainable energy, the control center can significantly decrease its reliance on non-renewable energy sources, thereby effectively lowering its overall carbon emissions. Furthermore, implementing energy storage systems, such as batteries, enables the storage of excess energy generated during peak times for later use, ensuring a continuous and sustainable power supply while further reducing the facility's carbon footprint.
Considering the carbon footprint implications in the selection of materials used for construction and furnishing is crucial. Opting for sustainable building materials, such as recycled steel and responsibly sourced wood, not only minimizes the carbon emissions associated with raw material extraction and production but also promotes the concept of circular economy within the facility. Additionally, utilizing eco-friendly paints and finishes with low volatile organic compound (VOC) emissions such as Greenguard certified furniture ensures a healthier indoor environment and contributes to the overall reduction of the control room's carbon footprint.
In summary, as a control room design expert, prioritizing energy efficiency, implementing innovative design solutions, integrating renewable energy sources, and consciously selecting sustainable materials are crucial steps in significantly reducing the carbon footprint of the control center. By incorporating these strategies into the design and operational practices, the control center can effectively demonstrate its commitment to sustainability and environmental stewardship.


The Mark – Athens, GA
Odom Construction Systems, LLC, was honored to partner with Landmark Properties and Landmark Construction to bring The Mark to Athens. Work on The Mark began at the end February of 2016, and the scope of work for the project included the erection of prefabricated, light gauge steel panelized walls. Poor soil conditions resulted in initial scheduling delays. This would be devastating to most projects. However, the experienced, expert installation that Odom Construction guarantees with speed of erection, assured that non-negotiable move-in dates would be kept, and occupancy delays would not be an issue. Work for Odom Construction Systems was completed as the new year began. In a little less than one year, the walls for the 2 buildings, reaching up to 9 stories, for a combined 600,000 square feet were installed. The Mark will officially open its doors to residents Fall 2017. For more information visit The Mark at Athens.


AutoCAD 2014 Keygen – special solution shared by freecomputerworld.com!
How AutoCAD 2014 Keygen help us?
AutoCAD 2014 is a powerful and flexible CAD program, used to design and create drawings in 2D and 3D space. AutoCAD provides a wide range of tools which enhance the possibility of drafting and documentation in any industry, for example, parametric drawing, sheet sets, blocks or dynamic scaling descriptions. AutoCAD 2014 Keygen is a separate program. It allows use AutoCAD 2014 for free with all features.
New features of AutoCAD 2014
The program allows you to develop any 3D shape thanks to tools to create the surface mesh and solid modeling. Includes powerful visualization tools that add clarity to projects. 3D Navigation Tools allow you to preview your project from the ground or from the air. With the presentation graphics, rendering tools, and powerful features print 2D and 3D AutoCAD software lets you clear and vivid presentation of design concepts.
Live Maps – what is this?
New to the program is a tool Live Maps, which introduces live maps to the workspace in AutoCAD. In addition, there is a bookmark files, providing quicker way to switch between open projects. It could also fail to improve function of the cooperation between users over the emerging 2D and 3D projects. You can use it too, if you have our AutoCAD 2014 Keygen.
File name: AutoCAD 2014 Keygen.rar
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System requirements: Dual Core CPU, min. 5GB HDD, 3 GB RAM, 1024 x 768, 16-bit color or above.
If you noticed any problems with AutoCAD 2014 Keygen, please contact us.


GORE BAY—The failure of the Nipigon River Bridge did not affect Manitoulin Transport as adversely as it would have if the Trans Canada Highway had been closed completely, says a company official.
“We did have a problem for the first 12 hours the bridge was closed,” Gord Smith, of Manitoulin Transport, told the Recorder on Monday. “Until they opened one lane of traffic we had been concerned about moving anything across the Trans Canada.”
“But things have been fine since then (since the first 12 hours after the bridge was closed),” said Mr. Smith. “Things are not perfect but they are better than if the bridge had been closed completely.”
“The failure of the Nipigon River Bridge shows the Liberal government’s mismanagement of Northern Ontario’s roads and highways,” states a joint statement from NDP Northern Development Critic Michael Mantha (MPP for Algoma-Manitoulin) and NDP transportation critic Wayne Gates.
“The $106 million Nipigon River has been open for less than two months and it failed in its first encounter with a Northern Ontario winter,” the NDP release notes. “Thank goodness no one was seriously injured or died.”
“The bridge is the transport lifeline for Northern communities and for commerce across the province. The closure of the bridge separated families and workers throughout Northern Ontario. Now with only partial repair, the faulty bridge is seriously hampering movement of families, workers and commerce throughout Northern Ontario and the province,” said Mr. Gates. “Many communities in Northern Ontario depend on the bridge to transport product across the country. This will hurt industry and many small communities will be economically impacted with less motorists passing through.”
“Northerners deserve answers now from this government about when Nipigon River Bridge will be fully operational and safe for use,” said Mr. Mantha. “Right now, the Liberal government’s infrastructure plan for Northern Ontario seems to be ‘drive through the United States,” he said.
Algoma-Manitoulin MP Carol Hughes pointed out she understands the bridge failed because bolts holding the structure to the western abutment snapped. The bridge had only been opened a few months ago and was not even fully constructed yet. She also noted the engineering firm behind the project is from Spain and the Spanish firm may not have factored in the dramatic temperature swings we can have in the north.


Tamarock Construction, the leader in custom concrete and floor treatments, now offers polyaspartic floor coverings. This is a hybrid material that was developed in the 1990s to coat steel bridges, creating highly corrosion-resistant and durable coating on exterior surfaces. Unlike most epoxies, polyaspartic materials are not affected by UV rays in the same way epoxy can be.
A definite plus for driveway, pool decks and other exterior surfaces in Hawaii.
We are happy to discuss the optimal materials for you concrete covering jobs. Just give us a call and we’ll be happy to share the knowledge we have learned from decades of custom concrete work in Hawaii.


FIL Industries Ltd & POMA S.A.S France have been awarded the prestigious Dehradun – Mussoorie Ropeway Project in a public-private partnership (PPP) with the Government of Uttarakhand. In an impressive ceremony at Mussoorie, the Chief Minister of Uttarakhand, Trivendra Singh Rawat laid the foundation stone of the project in the presence of senior management from FIL Industries Ltd, POMA France, as well as senior functionaries and officials from the Government of Uttarakhand.
Speaking on the occasion, the Chief Minister said, “The ropeway would be made on a PPP mode. The ropeway project will definitely boost tourism in Mussoorie. Around 1000-1200 people can be transported at one time using the ropeway. We will ensure there is also a proper transportation system in place to bring tourists from ISBT, railway station and airport to the ropeway”.
This landmark project is the longest passenger aerial ropeway development in India and will be amongst the top 5 globally in terms of length for the mono-cable ropeway system. The project will also include developing two terminals each at Dehradun and Mussoorie, parking spaces along with other facilities like ticket counters, waiting lounges, food & retail, public amenities, etc. The estimated cost of the project is Rs 300 crore.


Permits are required if you wish to renovate, build or demolish your residential property. Fortunately our team at Acadia Drafting can help. With over 10 years of experience creating plans and drawings that both follow health and safety standards as well as are done to code, we have got you covered. Whether you’re looking for mechanical, electrical, architectural, structural or any other type, our team can provide you with a full set of residential drawings that will ensure quicker municipal approval for your building permit in Burlington. Some additional services we provide include the following:
Acadia Drafting also offers a wide selection of architectural solutions for businesses and industrial facilities. In addition to making sure your project is completed on time and within budget, we ensure your preliminary drawings comply with the Ontario Building Code. This way a fast permit approval is within reach. So if you’re looking for professional commercial permit drawings in Burlington, our team will be glad to help. We can also assist with the following:
Acadia Drafting can draft, submit, and obtain approval for your building permits for the city of Burlington – from start to finish! Permits are required for new construction, renovations, and modifications of buildings or structures, under the Building Code Act. Most buildings, decks, landscaping, retaining walls, or home additions must comply with this code. A permit is very important before beginning any construction project to avoid delays, financial losses, and legal complications.
Acadia Drafting has years of experience working with the City of Burlington. We have helped build safe spaces for homes and businesses efficiently by obtaining the correct permits through accurate permit drafts and drawings. Contact us today!
Home renovations, additions, custom home builds and more. We help homeowners get their building permit fast with a complete set of drawings prepared in-house by our experts.
We work with restaurant owners, retail store owners, office managers and any other commercial owners to get their building permits approved fast and make their project reality.
We also specialize in working with all kinds of industrial properties, including distribution centres, warehouses and even grow houses that are sustainable and fully functional.
We work with contractors and builders to ensure any project goes smoothly and the building permits get approved fast. We provide a full range of construction management services.


Cement tiles are colored tiles, often used as flooring due to their non-slip properties. These matte, patterned tiles are beautiful and practical in both residential and commercial buildings. Due to the unique aging process, each tile has a different character.
They have origins in ancient Greece. Traditionally, they were produced with heat and painted with natural pigments. Due to this special technique, cement tiles can have solid colors that will not fade easily. Since then, cement tiles have been widely used in Europe. Now, cement is becoming more popular in the US. With our cement tile collections, you can create a unique, authentic look for your bathroom, kitchen, or living room.
Cement Tile Usage
Cement tiles are perfect for backsplashes, flooring, and wall tiles. Their biggest advantage is their durability. Cement tiles are very thick in comparison to traditional natural stone tiles, making them harder to break or crack.
Moreover, they are energy-efficient. Unlike ceramic, which requires high heat, cement is moulded by hand, making it more eco-friendly.
Cement tiles may not be ideal for the outdoors, especially in colder climates. If applied to patios, porches or gardens, they can develop cracks due to cold weather. Although these natural cracks are part of the cement’s rustic character, it’s something to consider if you prefer more of a pristine look.
Cement tiles have a wide range of colors and patterns in contrast to natural stones. Due to their rich history, cement tiles come in a variety of traditional and modern designs. You can also customize the designs to the colors and patterns of your choice.
Unlike ceramic tile, which has a painted surface, the colors are diffused deeply into cement tiles. As a result, they are long-lasting and highly resistant.
One of the main disadvantages of cement tiles is their installation. Unlike other tiles, cement tile installation can be trickier and may cost a bit more than the average installation.
The average cement tile is 5/8 inch thick and quite heavy. If you are planning on applying the tiles to a wall, make sure the wall can carry their weight. We recommend calculating the thickness if you're installing them on the floor. Levelling is crucial if you are planning on installing the tiles with other materials.
Additionally, it is important to seal cement properly due to its porous nature. A proper sealant will not only protect against stains but also preserve the color of the tile. If left unsealed, it is more vulnerable to stains than other natural stones or ceramic. Sealing is especially important for kitchen backsplashes, as the tiles can be stained easily with grease or oil. The only way to remove a stain from unsealed cement is to sand it.
We recommend sealing the tiles before applying them to a wall or floor. You should seal each tile three times before applying.
After installation, your tiles may require periodic re-sealing, particularly if they are on the floor of a high-traffic area. A good way to test whether your tiles need re-sealing is to pour water on them. If they absorb the water, it’s time to re-seal. For floors, we suggest re-sealing 2-3 times a year. For walls, re-sealing once a year will be enough.
Re-sealing is quite easy. Using a sponge, just slowly wipe the tiles with the sealant and let them dry. The beauty of these tiles makes them worth the effort!


Coconut Fiber Cement Board (CFB) is a panel manufactured from the mixture of fibrous materials like coconut coir or shredded woody portion of coconut tree and Portland cement at a ratio of 60-70% cement to 30 -40% fiber by weight. It is made by forming the cement-fiber mixture into mats and pressing them to the desired thickness.
Research studies conducted at PCA-ZRC have shown that CFB panels have good strength properties and high dimensional stability when soaked in water (water absorption of 32% and thickness swelling of 4.2%) surpassing the minimum requirements set by PHILSA-Standard 105-1975. It has low thermal conductivity (k-value 0f 0.90 W/mk) which indicates its excellent insulation properties, thus it can be used as roofing materials even without ceiling. Flame test showed that, while the board can be burned, it is rather slow with minimal smoke emission.
Exposure test of paint-coated CFB roof sheets has demonstrated their capability to withstand the deleterious effect of weathering found in actual service condition.
Uses of Coconut Fiber Cement Board (CFB)
– CFB can replace traditional construction materials such as tiles, bricks, plywood, asbestos and cement hollow blocks.
– Roof Sheathing
– Base support for upper level flooring
– Internal and exterior walls, partitions and ceiling
– It can be used for or as a component in the fabrication of furniture (tables, chairs, desks, etc.), cabinets, boxes and vases.
The production of Coconut Fiber Cement Board (CFB) involves the following steps:
1. Soaking of dried husk in tap water for 24 to 48 hours
2. Decorticating of husk to produce fibers
3. Soaking of fibers in separate dipping tank for 2 days to remove the extractives
4. Draining of the fibers
5. Mixing the required amount of fiber, cement and water in the blending machine
6. Mat-forming using wooden form box and plywood cauls lined with plastic sheets
7. Pressing the mat to the desired thickness for 24 hours using the hydraulic press machine
8. Fillet-stacking for air drying/conditioning
10. Drying and conditioning of the boards
11. Trimming/sizing of the boards
The major equipment used in the manufacture of CFB are all fabricated locally except the lifter and include the following:
1. Decorticating machine
2. Hydraulic press
3. Blending machine
4. Trimming machine
Mr. LUISITO J. PEÑAMORA
Division Chief III
PCA-Zamboanga Research Center
San Ramon, 7000 Zamboanga City
E-mail: email@example.com Tel/Fax 062-9820302


Billing and Recovery
Active User: 31
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NTN No. 3048930-0
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FESCO Tender Notice For Carriage & Erection of PC Spun Hollow Poles (Tender No.75-86) Uploaded on 16-03-2018.
FESCO Tender Notice For Construction of Bungalow, Quarters and Offices Buildings (Tender No.935-40) Uploaded on 16-03-2018.
FESCO Tender Notice For Carriage/Erection of HT/LT PCC Spun Poles for New connection (Tender No.9145-47) Uploaded on 15-03-2018.
FESCO Tender Notice For Maintenance & Repair of Bungalows (Tender No.900-04) Uploaded on 12-03-2018.
FESCO Tender Notice For Stringing of 132KV Double Circuit Transmission Line. (Tender No.26GSC) Uploaded on 08-03-2018.
FESCO Tender Notice For Construction of Security Guard Cabins. (Tender No.7822-26) Uploaded on 08-03-2018.
FESCO Tender Notice For Transportation, Installation, Testing & Commissioning of Grid Stations electrical Equipments (Tender No.25GSC) Uploaded on 07-03-2018.
FESCO Tender Notice For Construction of Boundary Wall & Maintenance and Repair of E Type Quarters. (Tender No.828-32) Uploaded on 07-03-2018.
FESCO Tender Notice For Construction of Pile Foundation for Re-routing of T/Lines (Tender No.24GSC) Uploaded on 06-03-2018.
FESCO Tender Notice For Construction of Bungalow, Quarters & Mosque (Tender No.758-62) Uploaded on 02-03-2018.
FESCO Tender Notice For Recycling of Mixed damaged / Dismantled HT/LT Copper Widing Scrap (Tender No.1391) Uploaded on 28-02-2018.
FESCO Tender Notice For Supply of Material (Tender No.1387-1390) Uploaded on 26-02-2018.
FESCO Tender Notice For Construction of Offices Buildings and Cat-V Quarters (Tender No.706-10) Uploaded on 26-02-2018.
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WORKSHOP #3 – Urban logistics tools and methods
Would you like to learn about the concept of ‘urban dynamics’ as a tool for shaping the infrastructure of the city of Poznan? What kinds of risk does the anticipated increase of the need for the elements of urban infrastructure pose? In view of those challenges, let us consider how to reduce the road traffic in historical districts of Poznań using e.g. the sustainable city logistics potential. Let us also take a look at the passenger information system, define the challenges and propose solutions for the optimization thereof.
Poznan University of Technology
Workshop host: prof. dr inż Marek Fertsch, dr inż Agnieszka
Stachowiak, mgr inż. Hubert Wojciechowski
9:30 a.m. – 11:30 p.m.
1. City as a system
2. The essence of network thinking methodology
3. Demand for elements of city infrastructure
4. How to calm traffic in Poznań’s historical districts?
5. Characteristics of Poznań as a system
6. Identifying the factors influencing a city’s system
11:30 a.m. – 11:45 a.m.
11:45 a.m. – 12:45 p.m.
1. Presentation of survey results and embedding them in the network thinking
2. The essence of the “urban dynamics” approach
3. Existing solutions supporting the management of city infrastructure
(concerning the organisation of physical flows and current information)
12:45 p.m. – 1:15 p.m.
Conclusions and discussion


Autodesk has announced the release of AutoCAD 2017. Since its initial release in 1982 AutoCAD has been one of the most widely used CAD products, fulfilling the needs of engineers, civil drafters, architects, and more.
In its latest update, AutoCAD 2017 has addressed various user functionality requests and delivered a number of features that improve everything from workflows to graphics processing.
Enhanced PDF importation in AutoCAD 2017
The first major improvement added to AutoCAD 2017 is its enhanced ability to handle PDFs. Using 2017’s new “Import PDF” feature, users will be able to import geometries, TrueType text, and raster images from a PDF directly into AutoCAD as editable objects. In the past, this type of PDF import was awkward, and often required costly work-arounds. Now, users can more reliably import PDF data, eliminating the need to redraw geometry.
Improved centerline handling in AutoCAD 2017
On the modeling side, AutoCAD 2017 features an improvement to centerlines. Now, thanks to a feature called “smart centerlines,” whenever a user moves associated objects all connected centerlines will move as well, making drawing centerlines much less tedious.
When it comes to the backend that supports AutoCAD 2017, Autodesk’s engineers have made a number of additional improvements. Most notably, 2017 will come packaged with the Autodesk Desktop App for managing software updates, no doubt the new normal in their subscription-only future. With this companion app users can receive the most up-to-date security patches for previous versions of AutoCAD and any future updates without disrupting their workflow.
In addition to the Desktop App, Autodesk has focused on improving the stability of its 3D graphics while continuing to improve the performance of its 2D graphics tools.
For a full list of features in AutoCAD 2017, visit this page.
Post written by Kyle Maxey, Mechanical Designer and Writer. Original posting submitted on enginerering.com.


Innovative new construction technology helps with significant improvements in larger-scale construction projects’ productivity, efficiency, and safety.
When it comes to innovation, the construction industry has an impressive history that has led to the development of massive, unique, and intricate buildings.
With the construction industry continuing to grow, learning about the latest new construction technology being used can help you know what’s coming.
New Construction Technologies Which Bring Changes In Construction World?
Like every other field, the construction world also keeps changing. What is the new construction technology? Here are the names of a few latest construction technology that brings changes in the history of building construction and civil works. But whatever technologies you use, you always have to maintain the safety tips at construction sites. You could minimize the safety concerning points but cannot delete them from the book.
Here are the types of new construction technology which every construction site engineer will like.
1. Building Information Modeling
BIM, or building information modelling, is one of the most used types of technology in the construction industry. In fact, 73% of U.S. contractors surveyed report using BIM, with 79% of respondents using it for over 30% of their projects.
BIM is the process and digital representation used to manage and model a construction project’s physical characteristics. It’s a shared knowledge resource used by top-name construction firms.
Using this new construction technology helps form a reliable basis for decisions during the project’s lifecycle, from conception to decommissioning.
2. Augmented Reality
Commonly called AR, Augmented Reality is a digital layer of information that enhances what you see in the real world around you.
Using mobile devices with AR capabilities allows construction professionals to look at a job site with information put right “in” the real world.
AR’s new construction technology is believed to be invaluable for the construction industry because it provides information right where it is needed.
3. Big Data
100 year ago, oil was the resource in question. Today, the giants in the digital industry deal in data, which is being called the “oil” of the digital era.
At the current pace, there are 2.5 quintillion bytes of data created each day. However, the pace is growing steadily.
Big data is invaluable to the construction industry, and engineers can use it in versatile ways. It’s used to power financing and invoicing, like services provided by getbuilt.com, and this is used to find probabilities and patterns of construction risks.
Other uses in the construction industry include sensor input, geolocation of equipment, and analyzing weather, traffic, and business activity to help with construction phasing activities.
4. Geo-Enabled Technologies
With geo-enabled new construction technology, you can unlock the potential of location data for driving more informed decisions. Therefore these technologies use tools like sensors and cameras to obtain data, measure it, and project it for the lifecycle of a project.
Drones use for on-site digital asset tracking, ongoing spatial inspections, and progress monitoring. Hence the GEO-enabled technologies keep your construction site secure and keep all types of data to protect the site’s security.
5. 3D Printing
3D printing is another great innovation in new construction technology. You only see 3D printing for creating small objects, but this is not the whole picture. Now, 3D printing is becoming pretty popular for concrete applications and other types of cement applications. Therefore the 3 printing, the consultation site engineers can apply the cement without making any mess.
The biggest advantage of having this printer is construction site engineers do not require a large workforce to complete the whole work. But construction site 3D printers seem little but expensive, but this investment is actually worth it. In the long run, you are cutting off the budget and getting your expected result.
Drones technology is not only for entertainment. Now drone uses is becoming more versatile and becoming an important part of new construction technology. Hence when the project is associated with high-building construction, these drones find any errors within a few seconds. For construction sites use, drones are used as the extra pair of eyes and for keeping records.
The progress of the global drone industry is a clear indication that in teh upcoming years, construction sites will going to use drones in a more vigorous way. And by the end of 2025, drone production with grow by $21 billion.
Robots are also included in the new construction technology. How? Construction sites are becoming a very risky place for every human being. During teh construction work, most people handle multiple responsibilities and are often busy with shifting heavy-weight machinery goods. If robots do that for you? Hence the facts are simple you can eliminate the risk of construction sites. And it’s worth spending on.
There are many types of robots, like industrial robots and logistic robots. Every type of robot has some unique features, and on the basis of the unique features, you can select the robots.
Getting to Know the New Construction Technology Being Used
As you can see, there are a lot of things happening in terms of new construction technology. Regardless of whether you work in this industry, knowing what is happening and what is going on is essential.
Use the information above to see some of the latest innovations occurring in this field.
If you are searching for more helpful construction information and resources, be sure to check out some of the other blogs published on Blogging.org. We post new content regularly to help you stay informed.
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It's our lifeline to sustainability and growth. Yet there may be more controversy over it than any other issue facing our state. Water has moved to the top of our public policy agenda.
However, information varies considerably about water supply, Arizona's drought, the water rights settlement and conservation issues. Even those in the business of water management don't always deliver a consistent message.
Arizona Forward's Water Committee serves as an advocate of conservation and provides education and support for new water technologies, such as gray water reuse, water harvesting designs, cisterns, etc.
- Long-range water planning should be an integral part of the municipal planning effort and routinely updated to increase livability and sustainability.
- Local water providers should preferentially utilize renewable water supplies and minimize groundwater overdraft.
- Local providers should ensure that water users are consistently delivered quality water.
- Local water providers should develop sound policy and adequately fund efforts such as drought management, water conservation, aesthetics, habitat and recreational opportunities.
- Local water providers should promote/fund water education programs in the communities they serve.
- Arizona's cities and towns served by a private or public water utility have a responsibility to their residents to work closely with the utility to fully understand the water system, policy and future water management issues.


In the UK, the threat of earthquakes may not be as eminent as in other parts of the world. However, they do occur, and when they do, the impact can be devastating, leaving behind a trail of debris, risk to human lives, and damaged properties. As a result, it’s crucial to consider the potential seismic risks when embarking on construction projects, particularly in areas known for high earthquake risk. This article will explore the key considerations when building homes in such zones.
The UK has a rich seismic heritage, with records of earthquakes dating back to the 14th century. Although infrequent, quakes do occur, and their impact is felt more in some areas than others. The highest risk is typically in the western and northern regions of the UK, where the majority of seismic activity is recorded.
When engaging in construction in these areas, it’s important to acknowledge this heritage. Such an understanding can contribute towards improved management of the risks involved. Modern construction methods have evolved to incorporate structural design features aimed at minimising the potential damage from earthquakes. However, with the rising concern about environmental sustainability, it’s also necessary to consider how these construction methods may impact the environment.
Regulatory bodies play a crucial role in mitigating the risks associated with building in earthquake-prone areas. In the UK, the Building Regulations 2010 and the British Standards offer comprehensive guidelines on construction safety, including provisions for seismic design.
A lire en complément : How to Ensure Tenant Retention in Commercial Properties During Economic Downturns?
Understanding these regulations and standards is a crucial first step in planning construction in high-risk areas. These documents detail the necessary structural requirements, from the foundation to the roof, designed to withstand the forces exerted during an earthquake.
Moreover, the regulatory bodies are also responsible for enforcing these standards, ensuring that all construction projects adhere to them. Hence, when you are building in high earthquake risk zones, it’s crucial to liaise with these bodies, understand the regulations in place, and ensure your construction plan aligns with them.
The design and materials of a building are important considerations when constructing in areas prone to earthquakes. In seismic regions, the construction design should not only focus on the aesthetic aspects but also incorporate features that enhance the building’s resistance to earthquakes.
Key features include a robust and well-connected structure. A sturdy construction that can maintain its integrity under seismic stress is crucial. However, the building also needs some flexibility to absorb the quake’s energy without collapsing.
Materials used should also possess similar properties. Concrete, for instance, is strong and can withstand compressive forces, but it’s also brittle and can crack under tension. As such, it should be reinforced with steel, which can flex without breaking, thus offering a perfect blend of strength and flexibility.
A construction project is never complete without an emergency management plan. This is particularly true for buildings in high-risk earthquake zones. A comprehensive emergency plan should incorporate procedures for evacuation, rescue operations, and management of debris after an earthquake.
The plan should detail the escape routes and rendezvous points in the event of a quake. It should also outline procedures for managing any debris resulting from the disaster. Moreover, the plan should also cater to potential environmental hazards that might arise from such debris.
Lastly, it’s important to note that building homes in high-risk earthquake zones doesn’t end with construction. Regular inspections and maintenance are equally crucial. A building’s resistance to earthquakes can be compromised over time due to natural wear and tear or other factors such as poor maintenance.
Regular inspections allow you to identify any potential issues before they become significant problems. For instance, cracks in the building’s structure, if left unattended, can weaken the building’s integrity, making it more susceptible to damage in the event of an earthquake. On the other hand, regular maintenance helps to preserve the building’s structural integrity, ensuring it remains resistant to seismic forces.
In conclusion, building homes in high-risk earthquake areas in the UK requires careful planning and consideration. It’s crucial to understand the risks, follow the set regulations and standards, choose the right design and materials, have an emergency plan in place, and ensure regular building inspections and maintenance.
Risk reduction is an integral part of construction in earthquake-prone areas. By integrating risk reduction measures into the construction planning, potential damage from an earthquake can be minimised, thus safeguarding the people and property involved. This approach aligns with the Sendai Framework for Disaster Risk Reduction, a voluntary agreement endorsed by United Nations member states.
To get started, a thorough assessment of the earthquake risk is necessary. This involves a comprehensive study of the area’s seismic history, ground conditions, and potential magnitude of earthquakes. Once the risk is understood, a risk management plan should be developed to guide the construction process. This plan should outline the structural design, construction materials, and the construction methods to be used, all aimed at reducing the risk.
In addition, the plan should also detail post-disaster response strategies, including emergency response procedures and recovery plans. Such plans are critical in ensuring a swift and effective response in the wake of a disaster, thus minimising its negative impacts. In the long term, these plans contribute towards capacity building, enabling the community to better cope with potential disasters.
Moreover, it’s important to also consider the potential impact of the construction on the natural environment. A responsible approach to construction in these areas will aim to minimise any adverse effects on the environment, such as degradation of the local landscape or negative impacts on air quality.
As such, risk reduction and management plans are essential in ensuring the safety and sustainability of homes built in high-risk earthquake zones.
In the UK, many urban areas with a rich seismic heritage are also home to historical buildings and monuments. When building in such areas, it’s crucial to consider the potential impact of construction on these cultural heritage sites.
In line with the United Nations’ Sustainable Development Goals, preservation of cultural heritage should be incorporated into disaster management plans. A balance needs to be struck between preserving these historical structures and ensuring they can withstand an earthquake.
The use of traditional construction materials, for instance, might be preferable in preserving the cultural authenticity of these sites. However, these materials may not be the best choice when it comes to earthquake resistance. In such cases, modern construction materials can be used in a way that blends with the existing structures, providing the necessary sturdiness without compromising the sites’ cultural value.
Moreover, considering the density of population in urban areas, the potential risks are much higher. Therefore, emergency response plans in these areas should be robust and comprehensive, addressing the complex challenges that might arise in such settings. For instance, evacuation plans should take into consideration the high population density, while debris management plans should factor in the limited space in urban settings.
To summarise, building homes in high-risk earthquake zones requires a careful balance between preservation of cultural heritage, risk reduction, and disaster management.
Building homes in high-risk earthquake zones in the UK is a complex task that requires careful planning and consideration. By understanding the risks, adhering to regulations, selecting the appropriate design and materials, and implementing a thorough management plan, it’s possible to construct homes that can withstand seismic events. Furthermore, by taking into account the cultural heritage of the areas and the potential environmental impacts, we can ensure that the construction not only ensures safety but also respects the historical and natural environment. Regular inspections and maintenance are critical in preserving the integrity of these homes, thus ensuring their long-term resistance to earthquakes. By taking a comprehensive and responsible approach, we can build safe and sustainable homes in these challenging areas.


Ports are hubs connecting different types of transport systems at global and regional level. However, transshipment operations and passengers’ mobility have significant impact on the environment, especially on air quality, water and noise pollution as well as CO2 emissions. For this reason, ports can act as drivers for the implementation of more efficient and greener transport policies. In particular, ports can increase their sustainability by following a methodology that helps them in detecting their environmental impact and identify ways to reduce their carbon and ecological footprint.
SUPAIR project responds to such challenge by supporting port authorities in the implementation of low-carbon and multimodal transport and mobility solutions within a macro-regional context. The transnational dimension is ensured by the partnership, which pulls together 7 ports of the Adriatic-Ionian region (namely Trieste, Venice, Koper, Bar, Durres, Thessaloniki and Piraeus) and research as well as public institutions in charge of transport.
SUPAIR will establish a network of ADRION low-carbon ports committed to exchange on good practices regarding soft and hard environment-friendly solutions for a greener, safer and more efficient transport system.
Further to that, a common step by step Transnational Methodology, will serve as basis to develop 7 action plans for sustainable and low-carbon port, covering a broad range of fields (clean shipping, green upgrading of port machinery, installation of emission control systems, truck flow management, etc.). The Plans will be designed considering local port operations and needs in order to identify tailor made solutions. The project will also develop a transnational strategy for low carbon transport systems in the Adriatic-Ionian basin.
Benefits for the involved territories are many, such as the enhanced technical capacity for ports to plan and implement sustainable action plans as well as low-carbon and environment-friendly port transport and mobility solutions, the increased empowerment of relevant local organizations and institutions.
ADRION - FIRST CALL FOR PROPOSALS
3) Connected Region
Enhance capacity for integrated transport and mobility services and multimodality in the Adriatic-Ionian area
Start – End Date
2018-01-01 – 2020-06-30
Project Social media
Port Network Authority of the Eastern Adriatic Sea
via K. L. Von Bruck, 3
34144 - Trieste
North Adriatic Sea Port Authority
Santa Marta, Fabbricato 13,
30123 - Venice
Area Science Park
34149 - Trieste
Luka Koper, port and logistic system, public limited company
Vojkovo nabrežje, 38
6501 - Koper
Thessaloniki Port Authority SA
Pier A, Port of Thessaloniki,
54012 - Thessaloniki


Wilbur A. “Dub” Johnson, Sr. founded this company in 1956 with the goal of working hard, delivering exceptional service and satisfying client needs. We are extremely proud to say our business has remained family owned for three generations, and we operate on the same principles established over 60 years ago. The DJP team specializes in asphalt and concrete paving for a wide variety of environments including industrial, residential and commercial. In addition to our primary services we also offer contract site work, demolition, excavation, rehab, new construction and maintenance.


In the digital age, data is the backbone of informed decision-making, and this holds true across various sectors, including transportation and urban planning. Traffic data is a critical component that enables businesses, municipalities, and individuals to optimize routes, reduce congestion, and enhance overall transportation efficiency. The Traffic API (Application Programming Interface) is vital in harnessing and utilizing this data to create smarter transportation solutions.
Let’s delve into Traffic API 101 to understand its significance, functionalities, and applications.
What is a Traffic API?
A Traffic API is a set of protocols and tools that allow developers to integrate real-time traffic data and information into their applications, websites, or software solutions. These APIs provide access to traffic-related information, such as current traffic conditions, incidents, road closures, and even predictive traffic patterns.
Key Features and Functionalities:
Real-Time Traffic Updates: Traffic APIs offer real-time information about road conditions, congestion, and incidents. This data helps users make informed decisions about their routes and travel times.
Incident Reports: Traffic APIs provide data about accidents, road closures, construction zones, and other incidents that could affect traffic flow. This information is crucial for avoiding disruptions and delays.
Predictive Analytics: Some Traffic APIs offer predictive analytics, utilizing historical traffic data to forecast future traffic patterns. This is valuable for planning routes and scheduling deliveries.
Alternative Routes: Many Traffic APIs suggest alternative routes based on current traffic conditions, helping users avoid congested areas and find quicker paths to their destinations.
Integration with Navigation Apps: Traffic APIs are often integrated into navigation applications, providing users with real-time updates on their routes and suggesting changes if unexpected traffic conditions arise.
Geolocation Services: Traffic APIs use geolocation data to pinpoint a user’s location and provide relevant traffic information for their current area.
Applications of Traffic API:
Navigation Apps: Traffic APIs are extensively used in navigation apps like Google Maps, Waze, and Apple Maps. These apps use real-time traffic data to guide users through the quickest and most efficient routes.
Delivery and Logistics: Delivery companies utilize Traffic APIs to optimize delivery routes, ensure timely shipments, and reduce fuel consumption.
Urban Planning: City planners and municipal authorities use Traffic APIs to analyze traffic flow, identify congestion hotspots, and make informed decisions about road infrastructure improvements.
Transportation Management Systems: Transportation management systems (TMS) integrate Traffic APIs to monitor and manage vehicle fleets, ensuring they follow optimal routes and avoid delays.
Travel Planning Platforms: Travel planning websites and platforms leverage Traffic APIs to provide users with accurate travel times and alternative route options for a seamless journey.
Emergency Response: Emergency services can use Traffic APIs to quickly identify traffic incidents and choose the best routes to promptly reach the scene of an incident.
Traffic APIs are pivotal in today’s connected world by providing real-time traffic data and insights that enhance transportation efficiency, reduce congestion, and improve navigation experiences. These APIs, from navigation apps to urban planning initiatives, find applications in various industries and sectors.


Any company looking to save money and have a positive impact on the health of its inhabitants should pursue the route of green building.
Different types of structures can necessitate a unique approach, and Sto takes this to the next level by treating every enclosure and substrate a little differently.
Applying some stucco on your aging walls today is huge step in restoring their look, but can also be the difference in whether you’ll continue maintaining it or have to do outright repairs.
Building envelope has been a staple of structure design for the past few hundred years and it’s just as important today.
There are enough new building technologies that the next generation of structures should be able to last a long time.
The construction industry is always developing, but one trend that looks like it’s here to stay is prefabrication. When you can handle exterior coatings and housewrap off-site, it opens up many options for your on-site build.
The balance between aesthetics and performance in sustainable buildings is breeding a new wave of design and construction.
Competitive companies are going to adhere to international building codes, but are those guidelines always cost-effective in the long-term?
The U.S. is doing its part to help reduce greenhouse emissions.
Every building needs an air or moisture barrier to promote indoor air quality and prevent mold, decay, water damage, corrosion and loss of insulation value.


A Deadly Mistake Uncovered on Commercial Construction and How to Avoid It
The Upside to Commercial Construction
Presently there are numerous individuals who take projects at the lowest possible price and don’t guarantee the quality. For instance, it is not uncommon for construction projects to exceed budgeted costs. A construction project is an enormous purchase for the majority of owners. At the same time, while it may involve tens or hundreds of individual tasks, many of the tasks are repeated across the project or are the same as in previous projects. Be it a little construction project or a massive multi-million dollar scheme what’s important is you should have each of the work sections properly divided to guarantee work punctually.
Most such varieties of construction is performed by construction contractors and in huge projects, there’s certain to be quite a few contractors that each specializing in a special element of the construction. The domestic construction is going to have shingle roof. As you can most likely guess, an industrial contractor specializes commercial construction. A typical business construction involves building an assortment of structures apart from just buildings. If you have an office building or any industrial building for this matter, it’s imperative that you have a business concrete contractor’s number on your cell phone.
You should ride on your contractor to take a number of the weight off of your shoulders. The industrial painting contractor has access to the necessary technology and expertise that is needed to keep the industry standards in painting. So whenever you’re working with a self-performing business builder, rest assured you’ll acquire exceptional work quality. Highly experienced industrial builders in Somerville combine the most recent advances in construction approaches and top excellent workmanship.
Commercial Construction Features
Construction providers do not understand marketing. So, in regards to discovering the very best construction company, always put some additional effort to critique the company, their policies, and pricing. Therefore, before you employ the finest commercial construction company that you should realize that every office is unique and thus do not copy designs from catalogs, instead figure out what’s going to work the most appropriate for your office space.
Certainly the construction business is a backwards industry in many regards, a few of which are actually quite admirable. In fact, it is regularly referred to as the king of project-driven industries. The building business business is just one of the most difficult and geography-based industries for the development.
A company cannot manufacture a reputation. As a result of its easy to fabricate and the speedy installation features, a lot of the industrial construction businesses prefer to utilize it. If you are searching for a Commercial Construction Company to finish your commercial building project you have to be confused. A number of the industrial construction businesses are so big they work in a number of states and countries. They recruit modern design experts who may have to work with traditional contractors. With a little more effort on your part, you can choose the best business construction management company.
Skilled construction consultants are usually there for a single purpose only, to select the burden off your shoulders during the undertaking. Superior construction managers are frequently the unsung heroes of construction projects. To conclude, it’s very important to always keep in mind that construction management is geared toward receiving the very best balance between the resources input in construction. In summary, it would be best to say commercial construction management is required today.


DOUBLE LAYER LAMINATED SAFETY GLASS
Designing for Safety
The primary goal of safety glazing is to protect people from accidental glass impact, breakage or fallout. When broken, ordinary glass windows can cause serious injury. Laminated Glass, however, can both prevent bodily injury and protect the building envelope. Safety glazing incorporating PVB protective interlayers in a properly designed and installed system reduces the risk of injury from broken glass. Upon impact, the glass firmly bonds to the interlayer and remains in place, providing protection from dangerous flying or falling glass fragments.
Safety & Standards
RELIANCE HOME Glass is safety glazing material, conforming to the requirements of
CPSC 16FR 1201 Category I Performance
CPSC 16FR 1201 Category II Performance criteria
Underwriters Laboratories’ UL972 Standard for Security Glazing
Class 1 of the ASTM International’s F1233 Security Glazing Test Standard.
RELIANCE HOME laminated safety glass will resist penetration and will absorb the energy of the impact. The glass will remain intact when broken, with the glass fragments remaining firmly bonded to the interlayer, thus minimising the risk of injuries from sharp edges and falling glass.
If broken, laminated safety glass will remain intact in its frame and will continue to safeguard the building until the glass is replaced. Due to the tough PVB interlayer used, it will continue to provide protection and resistance to entry after the glazing is broken.
The viscoelastic properties of the PVB Interlayer RELIANCE HOME used provide a dampening effect on the transmission of sound, thus reducing unwanted noise.
The UV absorbing additive in the PVB interlayer used by RELIANCE HOME can screen out almost all of the sun’s damaging UV rays, thus providing protection against discolouration and damage to fabrics, furniture, wall coverings, furnishings, artworks, etc.
|ASTM C1172-09 Standard Specification for Laminated architectural flat glass.
|Manufacture of heat treated glass, Laminated Glass, insulated glazing units and ceramic frit coated and heat treated safety glass for various industries such as building, marine, furniture and home appliances as accordance to the standard of ISO9001:2008 quality management system.
|Has met all guidelines and requirements for the IGCC/IGMA certification program. The glass is in compliance with ASTM E2190 for seal durability of insulating glass units and passing gas content initial and after weathering (GCIA) certification requirements.
|Manufacturer of heat treated glass, laminated safety glass, insulated glazing units and ceramic frit coated and heat treated glass.
Trusted and proven in the most critical applications, PVB can be found in nearly 50 percent of all architectural, safety and security glazing worldwide.Louvre Pyramid,Paris France. Whether protecting people and property from mother nature or from man made threats, PVB interlayer technology brings strength and security to laminated glazing applications.
In safety applications, PVB interlayer provides around the clock protection from windborne debris in areas prone to hurricane and other natural disasters. These products are also highly resistant to the dynamic racking motions of an earthquake helping to maintain the integrity of the building envelope and prevent injury and damage from glass fallout.
Additional Benefits of Laminated Glass
Reducing the transmission of unwanted sound into a building’s environment.
Filtering more than 99 percent of UV rays, controlling visible light radiation & reducing heat build-up & thermal stress. In addition, PVB interlayers are available in a range of earth-and sky-tone shades, enabling architects to specify Laminated Glass to match industry standard tinted glazing.
Interlayers are also avaliable in a range of translucent whites that can be used alone or combined with PVB standard colors to create a broad array of hurricane performance and aesthetic designs
Overhead and Sloped Glazing Laminated Glass made with PVB interlayers can help address the special safety requirements presented by sloped and overhead glazing applications. When laminated glazing is impacted, glass fragments tend to adhere to the interlayer, helping to maintain the system’s integrity. Because of these proven retention characteristics, laminated glass made with PVB protective interlayers meets the performance requirements for sloped and overhead glazing as stated in U.S. and European model building codes.
Designing for Hurricanes
The severe and complex nature of hurricane winds creates special challenges for buildings. When wind-borne debris
breaks glass windows and doors, the building’s protective exterior “envelope” is compromised, allowing strong winds to rush into the structure. These trapped wind forces then exert upward pressure on the roof and outward pressure on exterior walls, and can eventually cause total destruction.
While no single product offers complete protection from hurricanes, typhoons and violent storms, laminated glazing using PVB protective interlayers can be a critical first line of defense. In properly designed systems,
Laminated Glass effectively withstands these forces to help maintain the critical exterior envelope. If broken by impact from wind-borne debris, the glass fragments bond firmly to the protective interlayer, continuing to safeguard building occupants and contents.
Download E-Catalog (PDF Format) as below:-


The Brooklyn Bridge, one of the oldest suspension bridges in the United States, stretches 5,989 feet over the East River connecting the New York City boroughs of Manhattan and Brooklyn. On completion, it was the largest suspension bridge in the world and the first steel-wire suspension bridge. Originally referred to as the New York and Brooklyn Bridge, it was dubbed the Brooklyn Bridge in an 1867 letter to the editor of the Brooklyn Daily Eagle and formally so named by the city government in 1915. Since its opening, it has become an iconic part of the New York skyline. In 1964 it was designated a National Historic Landmark.


Aquifer® Soil Surfactant:
- maintains an omni-directional flow of applied irrigation and/or natural rain water
- produces downward and lateral movement of water (omni-directional),
- which provides a uniform moisture profile throughout the soil structure for up to 45 days.
- This allows not only water, but also other chemicals and nutrients, to be distributed
- evenly throughout the root zone.
- reduces summer stress
- reduces wilt
- reduces the incidence of localised dry spots and
- improves rewetting capability
- increases water retention
- does not have to be watered in
- will not burn
Aquifer® Soil Surfactant is a non-ionic and environmentally-safe formulation of soil surfactants. Aquifer® Soil Surfactant is ideal for dry, compacted and hydrophobic soils and has been designed to work in conjunction with a good water management program.
Aquifer® Soil Surfactant is a non-toxic, non-flammable, non-corrosive and biodegradable formulation of soil surfactants.
95% Polymeric polyoxyalkelenes
5% Oxoalkenyl hydroxy polyoxyalkelene diyl
Tank mix 127 ml per 100 m2 in 8 L of water. Repeat application at 30 day intervals throughout the growing season.
Inject 9.4 to 14.0 L per hectare. Repeat application at 30 day intervals throughout the growing season.
High Water Repellency Program
Apply 191 to 255 ml per 100 m2 in 12 L of water.
Reapply at 127 ml per 100 m2 in 8 L of water at 15 day intervals until turf conditions improve. Begin monthly treatment or apply as needed at 127ml per 100 m2 in 8 L of water.
MATERIAL SAFETY DATA LIST


The performance of the COTC Engineering Technology program is reflected through program effectiveness data. Program effectiveness data includes the program graduation data, enrollment data and job placement data.
- The Civil Engineering Technology program’s enrollment for Autumn 2015 was 29 students. For all of 2015-2016 enrollment was 40 students.
- The Civil Engineering Technology program had 2 graduates in the academic year 2015-2016.
- Civil Engineering Technology had two graduates for the ’15-’16 academic year. One graduate responded to the Graduate Survey. The respondent reported full-time employment with an annual salary of $33,000 to $36,999.


Armored thermocouples are mainly composed of junction boxes, terminal blocks and armored thermocouple elements, and are equipped with various mounting fixtures. The mounting type fixing device is used for user installation. Armored thermocouples are: five types of structure: no fixed device, fixed ferrule type, movable ferrule type, fixed flange type, movable flange type. The fixed ferrule type is only used for one-time fixed use, and the movable ferrule type can be used for multiple times. Armored thermocouple temperature sensor WRNK-331 is a movable ferrule threaded connection.
Contact: Mr Li
Add: No.20# RenHe South Road,TianChang,AnHui Province,China


We can provide a full service of timber frame projects.
No matter the size, we have the solution!
We offer custom timber frame design services to our clients using the latest timber frame software technology. Our highly skilled design team has many years’ experience in timber frame design and with our software can provide a timber frame solution for any project. We provide customers with full 3D photo realistic images and engineer-approved drawings prior to manufacturing.
Each timber frame product is delivered to the job site pre-cut, labeled and with complete shop and assembly drawings for easy and fast construction. This also makes for a cleaner and more environmental job site with no cutting or waste to dispose of.
We do all the manufacturing of our timber frame projects in our workshop. With our design shop drawings, we are able to cut all our timbers and work on the timber frame joinery before we arrive at the job site. We have the equipment and technology to provide a timber frame solution of any size.
Now that your custom timber frame structure is complete, your only job is to enjoy it! Throw a big family BBQ, decorate it, make it your own…be the envy of all of your friends and neighbors. We have many satisfied customers who have enjoyed their structures for years and hope the same for you.


The Standedge Tunnels are four parallel tunnels that run beneath the Pennines at the traditional Standedge crossing point between Marsden and Diggle, on the edges of the conurbations of West Yorkshire and Greater Manchester respectively, in northern England.
There are three railway tunnels and a canal tunnel (on the Huddersfield Narrow Canal). The canal tunnel is the longest and oldest of the tunnels, and holds the record as the longest and highest canal tunnel in Britain. All four tunnels are linked by cross-tunnels or adits at strategic locations within the tunnels. The adits allowed the railway tunnels to be built much more quickly by allowing ‘waste spoil’ (sic) to be removed by boat and reducing the need for shafts for construction.
Of the railway tunnels, only the tunnel built in 1894 is currently used for rail traffic. Closed in 1943, the canal tunnel was re-opened in May 2001. The Standedge Tunnel Visitor Centre, at the Marsden end of the tunnel, serves as a base for boat trips into the canal tunnel and hosts an exhibition which depicts the various crossings.


Upon closer evaluation, the contractor determines that the problem is more than a minor leak and the entire roof needs to be replaced. Insulation Services & Roof Repairs in Polk County . For example, a roof is leaking and a roofing contractor is brought in to fix it. ft. How many years does a slate roof normally last? An unvented roof assembly is possible only if you keep the roof sheathing warm enough to prevent conditioned air from condensing against it. How much is a synthetic slate roof? While the roof repair would have been considered a maintenance expense, the new roof replacement project is a reserve expenditure. Slate roof tiles cost around $8-$12 per sq.ft. 16×16 Pavilion Plans – Side view. A properly installed and maintained slate roof can last 150 years or more or even outlive the home it was laid on. Install the shingles starting with the left- bottom of the roof, after fitting the starting course. Masutomi Ryokan, Hakone-machi: "What is the price to reserve the rooftop open hot..." | Check out answers, plus 5 reviews and 19 candid photos Ranked #152 of 252 hotels in Hakone-machi and rated 3.5 of 5 at Tripadvisor. Install the tar paper starting with the bottom of the roof and make sure the strips overlap for at least 2″. With striking design features, stunning views, recently renovated rooftop bar and ballroom event space, expressive culinary creations, engaging service and advanced technology, theWit is a Four Diamond, multisensory hotel, truly meant to be experienced. After all, the shingle color and the roof orientation are much more significant concerns when it comes to shingle life. Use roofing tacks to secure the shingles into place. Prevent condensation with the right amount of insulation . A synthetic slate roof cost around $2-$7.50 per sq. Green roof temperatures can be 30–40°F lower than those of conventional roofs and can reduce city-wide ambient temperatures by up to 5°F. Check out our website for information on our ventilation and insulation products, and give us a call if you think you have a roof leak or condensation problem. 1,2 In addition, green roofs can reduce building energy use by 0.7% compared to conventional roofs, reducing peak electricity demand and leading to an annual savings of $0.23 per square foot of the roof’s surface. In addition, fit a 12” strip over the top ridge. Boldly living in the heart of Chicago’s theater, arts and shopping district, theWit Hotel stands as an homage to creativity and expression. Why would you use slate for a roof?


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Retaining walls offer numerous benefits for both commercial and residential properties. The main benefit of having a retaining wall is that they help combat the effects of gravity on your land. Over time, the earth shifts, which causes soil erosion. All Property Services’ retaining walls will keep your soil in place, preventing erosion and slope issues.
Retaining walls are also excellent for your landscape. Strategically built, retaining walls can help you make better use of slopes, creating terraces for beautiful landscapes.
You can also use retaining walls to add a decorative touch to your yard or garden. All Property Services can even design your retaining wall to provide extra seating in your outdoor living space. Our team has the skills and experience to construct any-size retaining wall for your home or business. We will design you a unique retaining wall that is both creative and functional. We can even utilize LED lighting to propel your hardscape dream to a completely new level!


On July 15, 2023, a powerful earthquake measuring magnitude 7.2 struck the Alaska Peninsula region, occurring nearly three years after a magnitude 7.8 earthquake in the same area. The epicenter of the 7.2 event was located approximately 50 miles south of Sand Point, at a depth of around 20 miles. Immediately after the earthquake, a tsunami warning was issued, but it was later downgraded to an advisory level and eventually canceled before 1:00 a.m. Tsunami waves with a maximum height of 0.5 ft. were recorded in King Cove and Sand Point. The ground shaking was felt in various communities along the Alaska Peninsula and eastern Aleutian Islands, with a moderate intensity reaching level V.
This earthquake on July 15 took place within the aftershock zone of the M7.8 earthquake. While the activity of aftershocks from the M7.8 event had significantly decreased since its peak in the summer/fall of 2020, the Earthquake Center observed elevated seismic activity within the aftershock zone in 2023. Hence, the M7.2 earthquake can be considered a delayed aftershock of the M7.8 event. The source mechanism of the M7.2 earthquake is similar to the Simeonof event and indicates fault rupture along the Aleutian megathrust fault. It is anticipated that the M7.2 earthquake will generate its own sequence of aftershocks, similar to other moderate-sized earthquakes in the region. The largest aftershock so far, measuring M5.7, occurred three minutes after the mainshock.
Furthermore, another significant earthquake, a magnitude 8.2 event, took place on July 29, 2021, northeast of the epicenter of the Simeonof Earthquake. The rupture of the M8.2 earthquake propagated towards the northeast, away from the rupture zone of the M7.8 earthquake.
The M7.2 earthquake on July 15, 2023, adds to the series of major seismic events that have occurred within a span of three years, rupturing the subduction zone interface from the southwest Shumagin Islands to the northeast Kodiak Island. The Shumagin Island region had been identified as a seismic gap, an area where no significant earthquakes had occurred recently, prior to these three major events. The recent sequence of events has partially filled this gap.
Source – Earthquake.alaska
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Spring and summer are the busiest times for construction, especially commercial construction. Contractors are typically booked and rentals for equipment are tight as construction companies try to squeeze in as much work as possible.
Construction and Jobsite Trends
To prepare you for the new year and the work you’ll likely be seeing, let’s look at the emerging trends in the industry:
- Construction Equipment Trends
- Safety Enhancements
- Integration of Technology in Construction
- Green Construction
- Modular and Prefabricated Construction
Construction Equipment Trends
One area in construction that has seen exciting advancements in recent years is construction equipment — vital tools for safe and efficient building. New accessories, like versatile attachments for your base equipment, will increase your use for every job and deliver the rapid ROI you need for your investment in machinery.
Automation upgrades and connected machines using sensors through the Internet of Things (IoT) can also increase equipment safety and reduce maintenance costs. The opportunities to enhance your equipment fleet and improve job results are there. Talk to your equipment supplier about the options before you invest in your next machine.
With recent advancements in PPE technology and the use of technology on the jobsite, construction should be safer than ever.
Respirator technology offers better protection against chemicals and particulates, helmets offer more safety, and even gloves are more durable. Building Information Modeling provides more accurate planning and can flag potential dangers.
Before starting a job, review safety protocols and provide training to workers, especially in using new equipment and technology. These should make jobsites safer but shouldn't replace basic safety practices.
Integration of Technology in Construction
Technology has always played an important role in the construction industry. But, as the costs of technology decrease and its application increases on the jobsite, its use will only accelerate.
For example, drones have had a place in construction for more than a decade, especially for site photography. Today, more companies are integrating artificial intelligence (AI) to better automate the use of drones. By incorporating 3D LIDAR scans, you can easily pull almost real-time data for sophisticated Building Information Modeling (BIM) that reduces waste and increases accuracy.
Don’t be afraid to embrace technology to lower costs and increase efficiency. Look at where you have challenges in your building processes and see how technology can help.
Green construction is connected to, but still different than, LEED (Leadership in Energy and Environmental Design) and green buildings. Whereas LEED will focus on the building and designing efficient and healthier structures, green construction focuses on using more sustainable construction practices.
In the past, construction has been known to be wasteful. According to recent data, construction accounts for around 40% of all emissions worldwide and 34% of global energy consumption. That can have negative impacts on the environment and is a wasteful expense for the contractor and build team. Reducing those numbers will help increase the profitability of your work.
This season and in the future, expect your clients to demand more accountability for waste. They need, expect, and demand that builders use green construction techniques to reduce costs and waste. Get ahead of the demand by implementing techniques now, like increasing recycling practices or reducing energy use. Advertise your investment in green construction as a client advantage for the owner.
Modular and Prefabricated Construction
Prefabricated (prefab) and modular construction aren’t new. In fact, prefabricated homes were likely first advertised in the 1830s. Homes were built in one area and shipped and assembled in another. They were used extensively during the Gold Rush in the American West. Many Sears Catalog homes, a common prefab house in the past, are still in use.
Modular construction is a type of prefab construction using preplanned and then prebuilt “modules” that are assembled on-site. Think of individual “rooms” of a building that act as a module. The design is repeatable, and modules can easily be connected using similar techniques for each room. You can stack or connect the rooms quickly and efficiently for rapid, safer, and less expensive construction.
With current technology like 3D printers for construction, the increased difficulty in finding labor and workers, and the lower costs for modular construction, more businesses are looking at modular and prefabricated constructions, especially in areas like healthcare, education, and offices. Start building your portfolio of prefab work. This is not a trend you want to ignore.
Increase Efficiency and Construction Site Success
Like any industry, construction is always changing. New technologies, new competitors, and new client requests and needs will continue to pressure construction managers and build teams to adapt.
Don’t fall behind. Talk to the experts at each of our Leppo Rent locations about your questions. Plan improvements and investments with all the facts and information. Work with our team to see how we can help you improve. Our job is to stay ahead of the trends. We’re here to help so you can focus on building and your business.


Charles E. Shoemaker, Inc. is a land surveying and civil engineering firm located at 1007 Edge Hill Road in Abington, Pennsylvania. The company maintains a 3500 square foot office housing its operations and design personnel which routinely includes three survey corps and a staff of approximately 20 employees including engineers, surveyors, cad specialists, technicians, and support personnel.
The company traces its roots back to the early 1900's and has plan records from the firms of William T. Muldrew, Haggerty and Hagan, Inc., Weir and Associates and Charles E. Shoemaker, Inc. The current corporate structure of the organization has been in place since 1971. All of the present shareholders have been employed by the firm since 1981 and have been company officers since 1986.


The main gate at IITB has often been a hot topic of discussion in the institute; students feel that a concrete structure befitting of a world class institution, one which showcases both technological and infrastructural brilliance, is a necessity rather than a luxury. It has been several years now that the bamboo scaffolding holding up huge sheets of black canvas served as the main gate, an official air imparted around the same solely due to the presence of security guards. However, it is all about to change, as the Dean Infrastucture Planning and Support (IPS), Prof. K.V. Krishna Rao reveals to InsIghT in an interview.
Why was the construction of a main gate delayed all these years?
A new gate is on the way. Plans of constructing a main gate began several years ago. It was delayed due to the reconstruction and widening of the Jogeshwari-Vikhroli link road. The actual work began in 2010. SSA Architects, a design consultancy, was appointed for designing all the 3 gates. The design submitted by them underwent a lot of review. What is stipulated time of completion?
You can expect a new main gate, market gate and lakeside gate within the next 6 months.
How will the design be like?
The main gate design has an aesthetic appeal, apart from just security concerns. Security kiosks will be installed at the main gate and YP gate. The kiosk has seating and toilet facility also. For example, presently, students without I cards are not allowed into the institute. With the security kiosks installed, they can rest in there until the issue is sorted out.
Any other additions?
Main gate road will be widened into a four lane road. Vehicles with IIT stickers can go through a fast track lane. A pedestrian flyover will also be constructed outside the main gate.
The picture painted certainly looks promising. Howe-ver, in light of all the roadblocks that have till now delayed its construction, how grand the final structure eventually turns out to be remains to be seen.