Why do portable restrooms go hand in hand with 20-yard roll-off dumpsters?
Answer: Portable restrooms and 20-yard roll-off dumpsters often complement each other perfectly in various outdoor events and construction sites. Here’s why they go hand in hand:
- Convenience for Workers and Event Attendees:
- Construction workers and event attendees need access to restroom facilities. When there are 20-yard roll-off dumpsters on-site for waste disposal, providing portable restrooms nearby ensures that people have convenient access to sanitation facilities.
- Compliance with Regulations:
- Many local regulations and health codes mandate the presence of restroom facilities at construction sites and large outdoor events. Having portable restrooms alongside dumpsters helps organizations and contractors meet these regulatory requirements.
- Minimizing Environmental Impact:
- Roll-off dumpsters are often used for collecting construction debris and waste. By placing portable restrooms nearby, you can help prevent workers or event attendees from using dumpsters as makeshift toilets, which can lead to contamination and sanitation issues.
- Improved Hygiene and Sanitation:
- Separate portable restrooms provide cleaner and more sanitary facilities for users. This separation reduces the risk of contamination and promotes better hygiene practices among workers or event-goers.
- Enhanced Event Experience:
- At outdoor events such as festivals, concerts, or fairs, the availability of portable restrooms contributes to a more positive attendee experience. It ensures that visitors can enjoy the event without worrying about restroom accessibility.
- Efficient Waste Management:
- Having both portable restrooms and dumpsters in close proximity makes waste management more efficient. Waste generated from restrooms can be disposed of separately, preventing cross-contamination with construction debris or event waste.
- Organized Site Layout:
- Placing portable restrooms strategically alongside dumpsters helps in organizing the site layout. Attendees or workers can easily locate necessary facilities, reducing confusion and improving overall site management.
In summary, portable restrooms and 20-yard roll-off dumpsters complement each other by ensuring sanitation and waste management needs are met in a convenient and compliant manner. Whether it’s a construction site or an outdoor event, this combination helps maintain cleanliness, hygiene, and efficiency on-site while also promoting a positive experience for everyone involved.


Septic Tank Pump Outs: Important Upkeep for a Healthy Residence
Sewage tank pump outs are a crucial part of preserving a salubrious home setting and making sure the proper operation of your septic system. Routine pump outs are necessary to stop septic system breakdowns, pricey repairs, and potential health hazards. In the vibrant city of Cape Coral, Florida, where septic systems are regularly used, locating trustworthy plumber support for septic tank pump out Cape Coral is of utmost importance. Champion Plumbing Sewer and Drain is your go-to plumbing associate, presenting knowledgeable and efficient reservoir pump out assistance you can count on.
Understanding Septic Tank Pump Outs
A wastewater tank is a critical component of a residential or commercial property’s wastewater management system. It’s an subterranean container that accumulates, stores, and treats sewage and wastewater. Over time, solids and sludge accumulate at the base of the tank while scum and lighter materials float to the top. The treated liquid, known as effluent, leaves the tank and enters the drainfield for further treatment and absorption into the soil.
However, as the sewage tank gathers solids and scum, it becomes essential to remove these materials through a process known as wastewater tank pump out. During this procedure, a expert plumber uses customized equipment to pump out the accumulated waste from the tank, guaranteeing it continues to work properly and efficiently.
The Importance of Regular Septic Tank Pump Outs
Regular wastewater tank pump outs are crucial for several reasons:
The Cape Coral Scenario
Cape Coral, a lovely city located in Southwest Florida, boasts a unique blend of nature and urban living. With many properties depending on septic systems for wastewater management, septic tank pump outs are a regular requirement in the area. Neglecting this essential maintenance task can lead to serious consequences for homeowners and the environment.
Common factors in Cape Coral that necessitate frequent septic tank pump outs include:
Given the prevalence of septic systems in Cape Coral, it is crucial for residents to understand the value of regular sewage tank pump outs. Neglecting this upkeep can lead to a host of problems, including foul odors, slow drains, sewage backups, and even a polluted water supply. To evade these issues and assure the longevity of your septic system, enlisting the support of a dependable plumbing company like Champion Plumbing Sewer and Drain is paramount.
Champion Plumbing Sewer and Drain: Your Reliable Plumbing Companion
For residents and businesses in Cape Coral, Champion Plumbing Sewer and Drain offers top-notch plumbing solutions, specializing in septic tank pump outs, grease trap pumping, and lift station pump outs. Our team of knowledgeable plumbers is highly trained and seasoned in handling a wide range of septic system maintenance tasks.
Why choose Champion Plumbing Sewer and Drain for your sewage tank pump outs in Cape Coral?
At Champion Plumbing Sewer and Drain, we comprehend that sewage tank pump outs may not be the most fashionable aspect of homeownership, but they are undeniably crucial for the overall well-being of your property. Our team of plumbers approaches each job with proficiency and meticulousness, ensuring that the pump out process is completed with the least disruption to your daily routine.
The Pump Out Process
When you schedule a sewage tank pump out with Champion Plumbing Sewer and Drain, you can expect a hassle-free and efficient process. Here’s what to expect during a typical pump out:
By entrusting your septic tank pump outs to Champion Plumbing Sewer and Drain, you can have peace of mind knowing that you are taking the crucial steps to upkeep a healthy home and protect the environment. We suggest scheduling pumping at regular intervals, usually every three to five years, depending on factors such as household size, water usage, and tank capacity – tank pump out.
As a Final Point
Wastewater tank pump outs are an essential maintenance task that every property owner in Cape Coral must place importance on. Regular cleaning not only extend the life of your septic system but also protect your property from costly repairs and potential health risks. For prompt and professional septic tank pump out services in Cape Coral, look no further than Champion Plumbing Sewer and Drain.
Our team of experienced plumbers is dedicated to providing top-notch plumbing solutions, ensuring that your septic system operates smoothly and efficiently. Don’t wait until you encounter problems with your septic system—contact Champion Plumbing Sewer and Drain today and take proactive steps to preserve a sound home environment for years to come.


What To Consider When Building Trail Bridges
Local municipalities are often the ones tasked with making parks and trails accessible to foot traffic but are often at a loss as to what’s involved.
The country is filled with so much beautiful wilderness, whether it be in public parks, on crown land or inside natural parks, but keeping these areas accessible to people can sometimes present a challenge.
One of the most common additions to any hiking trail is a park bridge or a trail bridge. These bridges are used to connect areas that are separated by an impassable terrain feature such as a river, creek, valley, boulder field or something else. Trail bridges can also be used to preserve natural habitat that may be harmed by constant foot traffic. An example of this is in parks that feature marshland. Often you can find lengthy bridge sections that allow hikers to enjoy the beautiful scenery without disturbing the environment.
Before you plan to build a trail bridge or multiple trail bridges it is important to consider a few items to ensure that your project is a success.
Planning for usage
Doing some research is the key to knowing what uses your bridges will be tasked for. Will there be foot traffic only, or will bicycles or powered vehicles be able to access the area as well. This will alter the size of the bridge and the materials used in its construction.
Zoning and environmental restrictions
Depending on the bi-laws in your area, there may be certain restrictions on the size of a bridge or the location it can be placed. Environmental concerns such as ecosystem preservation mean that a trail bridge cannot just be placed anywhere as habitat may be harmed or migration paths disturbed. Another aspect of environmental protection is making sure you only use environmentally friendly materials, including your paints, stains and fasteners. This means natural materials such as wood, steel or plastics that will not break down and cause a negative impact.
Durability and maintenance
Ensuring the trail bridges you choose to construct are durable enough to withstand the elements is important. After all, the bridges will spend their lives exposed to weather and abuse without benefiting from constant maintenance. It is not realistic to think that a work crew will be able to lug equipment out to maintain bridges often so choosing designs and materials that will hold up is necessary.
Choosing park bridges or trail bridges that blend in and don’t obstruct the environment should be the primary concern. Aesthetics will take a back seat but are still important as the right choice can add substantial beauty to the scenery especially once the materials have weathered and become worn looking.
When it comes time to take a look at constructing new park bridges or trail bridges it is wise to talk to an expert such as Links Bridges, who can advise and provide builders for a wide range of bridges that will meet all the requirements for environmentally friendly trail bridges. The company can be found online at: linksbridges.com and are the experts in North America when trail bridges are concerned.


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01403 871 652
Temporary closure of Shillinglee Park Road, Plaistow, 12th July 2021
NOTICE IS HEREBY GIVEN that from the date specified below, West Sussex County Council has temporarily closed to all traffic Shillinglee Park Road, Plaistow, in the Chichester District under Section 14(2) of the Road Traffic Regulation Act 1984, as amended, on Shillinglee Park Road from outside Garden Cottage Farm.
The temporary closure is scheduled to commence on 12th July 2021 for up to 5 days (it is estimated to be completed on 14th July 2021) and is required for the safety of the public and workforce while BT undertakes to lay 123m duct. The restriction will be in place day-time only from 08:00 until 18:00.
An alternative route will be signed on site but please visit https://one.network/?tm=121774373 for more details.
Access for emergency service vehicles and pedestrians will be maintained at all times during the closure.
For information regarding this closure please contact BT on 02476642814 who will able to assist with scope of these works.
Road closure notice Shillinglee Road July 2021.pdf
Notice Date: 25/06/2021


Installation Techniques for Aluminium Cladding
- 1 Understanding Aluminium Cladding
- 2 Pre-Installation Considerations
- 3 Installation Techniques for Aluminium Cladding
- 3.1 1. Surface Preparation
- 3.2 2. Measuring and Cutting
- 3.3 3. Installing the Support Structure
- 3.4 4. Panel Installation
- 3.5 5. Sealing and Finishing
- 3.6 Maintenance and Care
- 4 Conclusion
In modern architecture and construction, aluminium cladding has emerged as a front-runner for both its aesthetic appeal and its functional benefits. This versatile material enhances the visual appeal of buildings and offers durability, lightweight properties, and excellent weather resistance. As the interest in aluminium cladding continues to grow, understanding the nuances of its installation is crucial for architects, builders, and enthusiasts alike. This blog delves into the world of aluminium cladding, focusing on metal wall cladding, and outlines the critical techniques involved in its installation.
Understanding Aluminium Cladding
Aluminium cladding refers to using aluminium panels as a protective and decorative building exterior. This cladding serves multiple purposes: it shields the building from harsh weather elements, improves energy efficiency by providing additional insulation, and gives structures a modern, sleek appearance. Metal wall cladding adds a layer of sophistication and robustness to the building’s exterior, making it a popular choice in contemporary architecture.
Why Choose Aluminium Cladding?
- Durability: Aluminium is known for its strength and resistance to corrosion, making it an ideal cladding material that can withstand various environmental conditions.
- Lightweight: Compared to other metals, aluminium is remarkably light, simplifying the handling and installation process and putting less structural stress on buildings.
- Aesthetic Flexibility: Aluminium cladding comes in various finishes and colours, allowing architects and designers to achieve their desired aesthetic.
- Eco-friendly: Aluminium is 100% recyclable, making metal wall cladding a sustainable option for eco-conscious projects.
Before diving into the installation process, several factors need to be addressed to ensure a smooth and efficient installation:
- Design Planning: Detailed architectural plans must be prepared, highlighting the areas to be clad and specifying the type of aluminium cladding panels to be used.
- Material Selection: Choose high-quality aluminium panels suitable for the project site’s specific climate and environmental conditions.
- Structural Assessment: Evaluate the structural integrity of the building to ensure it can support the cladding. This may involve consulting structural engineers.
- Regulatory Compliance: Ensure the cladding project complies with local building codes and regulations, including fire safety standards.
Installation Techniques for Aluminium Cladding
The installation of aluminium cladding involves several key steps, each requiring attention to detail and precision.
1. Surface Preparation
The first step is preparing the surface onto which the cladding will be installed. This involves cleaning the exterior walls to remove any debris, dust, or grease that could impair the adhesion of the panels. Sometimes, an underlayment or insulation layer is applied to improve thermal performance.
2. Measuring and Cutting
Accurate measurements are critical to ensure that the aluminium panels fit perfectly. Once the dimensions have been determined, the panels can be cut to size. Using the right tools and techniques is essential to avoid damaging the material during this process.
3. Installing the Support Structure
A support structure, typically aluminium or steel, is installed on the building’s exterior. This structure serves as the framework to which the cladding panels will be attached. It must be securely fastened to the building to provide a stable base for the cladding.
4. Panel Installation
The aluminium cladding panels can be installed with the support structure in place. This usually starts from the bottom and works upwards, ensuring each panel is aligned correctly and securely attached to the support structure. Special attention is given to the joints and edges to guarantee a seamless appearance and to prevent water ingress.
5. Sealing and Finishing
Once all panels are in place, the next step is to seal the joints and edges. This not only enhances the visual appeal of the cladding but also provides additional protection against moisture and air leaks. Finally, finishing touches, such as trim or flashing, are added to complete the installation.
Maintenance and Care
Aluminium cladding is low maintenance, but regular cleaning and inspections are recommended to maintain its appearance and integrity over time. Gentle cleaning with soap and water is usually sufficient to keep the cladding looking its best.
Installing aluminium cladding, mainly metal wall cladding, requires meticulous planning, precision, and attention to detail. By following the proper techniques and considerations outlined in this guide, builders and architects can ensure that their cladding projects enhance the aesthetic appeal of buildings and contribute to their longevity and performance. Aluminium cladding represents a marriage of form and function, offering a sustainable, durable, and visually striking solution for modern construction projects.


Our professional engineers undertake several engineering works efficiently, drawing from past experiences and learnings. However, they are also skilled enough to put the theoretical understandings into practice by applying appropriate principles and knowledge wherever required.
While it is true that most of the engineering sector is highly vulnerable to changes in the global regime, be it cultural or economic, it is also true that outsourcing of builders and engineering workers is in high demand in the architectural world today.
With the rising challenges that the field is facing today, most of them can be solved by indulging in outsourcing a firm’s talent. Moreover, it ensures better delivery of services, timely scheduled practices, and supreme quality measures.
Many firms are resistant to undertaking outsourcing of engineers, and the tensions surrounding this topic are more often than not one of the most significant barriers to their growth.
Here at LLC Alkor, we believe in working with a spirit of interpersonal communication and risk management. That is why we are active users and promoters of engineer outsourcing. Not only does it increase diversity in the workplace, but it also increases the acceptance and productivity of an organization.
We do not believe in restricting ourselves to a limited range of services, which is why we have expanded our scope to engineering, industrial and civil facilities.
Industrial and civil engineering issues are crucial to a project’s success. Our engineers go through the most intricate details of a project and make sure that the industrial and civil facilities related to the design are delivered with precision and maximum accuracy.
Our professional engineers also engage in the installation of internal engineering systems. To implement this, our team participates in the following services.


Iron as a building material dates from about 1880, when it first began to be used in skyscraper construction. Today, iron and steel are essential parts of even small homes, and our huge production of industrial, commercial and residential buildings would be impossible without iron and steel girders, beams, trusses and other products.
The men usually seen clambering about the framework of large buildings, rigging and handing large steel beams, are Structural Iron Workers. Their job is to handle and install various kinds of steel parts. First, they see that the parts are hoisted into place according to the proper order. Then they connect all the parts with bolts, line up the structure, and weld the parts together. Not all Structural Iron Workers do all these jobs on the same project. Those working outdoors do the fitting and welding. Machinery used includes derricks, cranes, hoist and welders.
Ironwork includes both the decorative kinds – stair rails, balconies, gates and balustrades – and more common kinds – metal stairways, grates, iron ladders, fire escapes, doors and cabinets. The men who install these items by welding, bolting to concrete are Ornamental Iron Workers, The term “metal” includes more than iron, however, it includes steel, brass, aluminum and bronze.
Reinforced concrete – concrete in which metal rods or mesh has been imbedded – is widely used in building construction. The concrete and the steel together have more strength than each has separately. The men who place the steel rods or mesh in concrete forms are called Reinforcing Iron Workers or “Rodmen”. Bars are placed on supports in forms and tied together. When mesh is used, the “Rodmen” measure, cut, and bend the mesh, put it in place and hammer it down.
Fence Iron Workers usually work for large contractors or for steel companies, utilities or government agencies.
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Types of Stainlesss steel Materials Employed in Construction
The choice of steel building materials has a immediate impact on the project’s constructability, the building’s ability to endure severe weather conditions and ultimately their sustainability. Choosing the right type of stainlesss steel can make all the difference in polishing off construction upon as well as delivering suitable for purpose building.
Steel is normally an blend of flat iron and carbon with many different elements added to it to boost its durability or improve various other traits, just like corrosion level of resistance. There are several different types of steel substances that can be used in construction, including low co2 steel, medium carbon material and high carbon steel.
Low carbon metallic (also called mild steel) has the least expensive carbon content material and is the most frequent type of metal on the metals market. It will be fairly inexpensive, easy to variety and weld and offers very good tensile strength. It is sometimes used in modification, including ship hulls, building beams and tools.
Medium carbon dioxide steel includes a higher co2 concentration than low carbon steel and it is much stronger, but it surely is harder to work with than low co2 steel. powerful and secure online data rooms It is often included in making crankshafts, heat-treated parts of machines and axles. It is also commonly used in manufacturing equipment like hammers, screwdrivers and edge equipment.
High carbon metal has the greatest carbon awareness and is also tougher than medium co2 steel. It is sometimes used in producing machine tools and guns. It is hard, long lasting and can be heat treated to harden that further and increase it is tensile strength.


The City of Arcata’s Plaza Improvement Task Force is conducting a public input survey for Arcata and neighboring cities on how to improve the Arcata Plaza.
The Plaza Improvement Task Force has several projects in the works for Valley West as a result of past community input. A project that is already underway is a new basketball court on Hallen Drive.
They are also focusing on the north side of Giuntoli by working to develop a park with river access and a new trail with bicycle and pedestrian safety in mind, said Julie Neander, the City of Arcata’s Environmental Services Deputy Director of Community Services, by email.
The group seeks your input as a member of the community, in person or online.
If you would like to attend the Plaza Improvement Task Force’s next meeting on Feb. 21, it meets at the Senior Room in the Arcata Community Center from 4:30 to 6:30 p.m.
Additional reporting by Jose Herrera and Brenda Estrella.


The architecture and construction sectors are in the midst of a revolution founded on three key concepts: industrialization, digitalization, and sustainability. A few projects are already leading the way for the changes that, when they come, will be here to stay.
What is industrialized construction?
Industrialized construction means building using industrialized components. An industrialized project doesn’t start out as a prefab home, and this usually causes a lot of confusion. Industrialization can be approached in two ways:
- 2D Industrialization: the project, which includes industrialized elements such as the structure, the façade, and interior finishes, is planned in 2D. Everything is then assembled on site. Though a traditional model of construction would require all parties involved in design and construction to work in the same physical space, 2D industrialization does not, making it more efficient and cost effective.
- 3D Industrialization: a revolutionary approach in which each industrialized component is created in a factory and then taken to an assembly line which creates industrialized 3D modules. This means that 3D boxes already include all the necessary 2D components completely assembled. Finally, each module is taken to the construction site where they are ‘stacked’ on top of each other.
This is why we have some prefab homes that fit the 2D industrialization model and others that fit the 3D model. Which category they belong to depends on when exactly the industrialized modules are produced along the supply chain. While there are already some 3D module assemblers, one of the biggest challenges at the moment is joining the links in the chain i.e., connecting manufacturers, assemblers, and planners. How can this be achieved? Well, this is where the second part of the equation makes its entrance: digitalization.
Digitalization in construction: joining the links in the chain
The construction sector needs to take its inspiration from the automobile world, where digitalization is helping to create cars that are more and more innovative and autonomous.
Digital Building Information Model (BIM) files allow architects to work on a model virtually and insert digitalized components. The virtual model retains this information, which is then used to carry out the project and maintain the building following its construction. Using a digital twin of the project, which contains all the necessary information about the structure, makes building maintenance simpler, faster, and cheaper.
Digitalization ideally includes a digital area within the project for telecommunications, IT, or big data. This allows for the digital project to be integrated and makes it possible to have interconnected supply chain.
What is the role of materials in industrialized construction?
Sustainability, or the third aspect of the future of construction, relies heavily on the hybridization of materials. This means knowing the advantages of each product and combinations of products by taking into account their technical and mechanical characteristics. The advantages of some structures are already well-understood, including those made from timber and steel, metal and CLT, and concrete and timber.
Optimising the use of each material is also important. Circularity is a must, especially because construction is responsible for 30% of global CO2 emissions. The key is being able to take apart and then assemble components at another site, meaning that reusability must be built into the design of the materials themselves by their manufacturers.
This new approach also brings with it the co-development of products. This requires collaborative innovation and strengthens the interconnectivity of the whole supply chain. Manufacturers will look at very specific projects, such as façade systems and urban furniture and, once a need has been identified, a diverse team will be created, with the inclusion of each member depending on the value that they bring to the project. In this way, they will bring about the solution that was demanded by the market.
What are some of the challenges facing industrialized construction?
All that collaboration and hybridization requires teams made up of various disciplines that need to get up to speed with what’s going on. Dual Professional Training is one place to start, and assemblers and component manufacturers have been identified as professions of the future.
This new workforce will work closely with materials and their systems, combining knowledge about systems and products with the ability to use and assemble them. Robotization will see women occupy more technical jobs that don’t require great physical strength.
Finally, public and private sectors must work together. At an institutional level, industrialized construction must be prioritised so that these systems can be developed. Private product design companies will have to include students in their training, as the value chain needs to be connected from top to bottom. Industrial design schools, product design schools…all of them need to coordinate and work in a transverse way.
Are you already applying industrialized construction your projects? Tell us about it on social media using #ConnectionsByFinsa.


All types of leadership and supervision are needed for building construction projects. Determining the type of management required for a project is a crucial responsibility. From the beginning of the project to the end, the selection of everything can impact the efficiency of a building project. Construction management and Project Management Assignment Help are the two crucial factors. That is for better management of a project. So what is Project Management vs Construction Management? Before understanding the difference let’s know some about CM and PM.
Construction managers (CM) simply supervise the construction of a project. Whereas project managers (PM) undertake all management tasks from start to finish. But, in terms of their respective responsibilities in a new project, what’s the real difference between PM vs CM?
So many people get confused when they hear these two terms. These are project management and construction management. That is why to solve this confusion we have started our blog with useful detail. Here is some basic information on both project and construction management.
Project management involves complete planning, coordination. And also control of a construction project from start to finish. Project management goals are to deliver a project. That satisfies the customer’s needs on time and budget. And with acceptable risk, quality, and safety.
Project managers usually are higher up in a company and have more extensive responsibilities. Project managers frequently advance through the management of similar-value initiatives. And the development of teamwork is critical to their project management success. As a result, the structure is of great quality, with a steady evolution. A project manager prevents mismanagement of building supplies. On the job site, and construction flaws, lowering the overall project cost.
The primary job of the project manager is to provide the construction manager with everything. That is related to materials, tools, and support they want to get the work done on time.
Construction management is an activity. It uses different project management methods to monitor and supervise construction projects. It includes planning, designing, and construction phases.
The basic purpose of construction management is to control the three key aspects of a project. These are quality, expense, and delivery time. Construction management is also compatible with a variety of other project delivery methods. These are such as design-build.
To understand everything about project management vs construction management, check the sections below.
Project Management vs Construction Management: Duties
Project managers handle all project stages, from marketing to administrative requirements. On other hand, construction managers manage on-site activities. These are like employees, supplies, and construction estimates.
Let’s consider a construction project as a timeline. The project manager is involved from the beginning to the final work. But the construction manager is only active during the construction phase. One major difference to notice is that project managers sometimes enter posts with little technical construction experience. But construction managers nearly always come from a construction background. When it comes down to it, the project manager has the most power over the project.
Finally, the roles of these two positions differentiate them. The primary role of the construction manager is to ensure that the project is technically sound. On the other hand, the project manager is in charge of the project budget and deadline.
Duties of construction manager
The following are some of the most common construction management tasks:
- Management of subcontractors
- Management of workers
- Assuring agreement with building codes and regulations
- Managing day-to-day construction progress
- Ordering materials
- Managing equipment
- Preparing estimates
Duties of Project manager
Here are some of the top responsibilities that come under project management:
- Analysis of site
- Land acquisition
- Marketing and public relations
- Managing budget
- Managing Timeline and deadline
- Staffing (that includes construction manager)
Project Management vs Construction Management: Salary
Let’s have a look at the salary of both construction management and project management…
According to Payscale, the average salary of a Construction Manager in the US is $79,025. It is as of December 03, 2021. According to location, in San Francisco, construction managers make 42% more than the national average, while those in make 4% less.
The typical compensation for project managers in the construction business in the US is $75,690. It is as of December 03, 2021. As the experience increases, both sides’ salaries also increase.
The highest salary a construction manager can earn is $126k/year. Whereas, a project manager can earn $120/year. As a result, people at the top of both areas can make almost the same amount of salary. As the experience increases salary will also increase.
Let’s wrap it up!
Not every construction company has thousands of workers. And some companies are working with only a few workers. In that case, companies don’t need both project and construction managers. Both project manager and construction manager responsibilities are managed by one. When the companies grow and more employees join the company. It becomes necessary to separate these two functions to avoid risking problems.
We hope we have cleared your confusion. That is regarding project management vs construction management differences. We have given all the basic information about construction and project management. Moreover, we have also discussed the salaries of both for your better understanding.


Best Tips for Flood Damage Round Rock
Water Damage Restoration is a very difficult task, especially if you are doing everything all by yourself. To avoid the problems and mistakes that could turn up to be a disaster, one should hire a Flood Damage Round Rock Company. If you go in for a company with experienced team of personnel it will be good for you in long run. They have the experience of restoring things from water damage very easily and try to Avoid the Big Losses.
The sooner your call, the lesser your losses will be. Water damage restoration companies especially in Flood Damage Round Rock and the surrounding areas will also guarantee you that their repair estimates will be accepted by the insurance company which means that you have almost nothing to lose by hiring professionals.
Interesting Facts About Flood Damage Round Rock
Property damage caused by freezing weather occurs more frequently and creates greater damage than is commonly thought. When water freezes, its volume increases by approximately eleven percent and this expansion exerts tremendous force. This force is sufficient to break concrete or even steel! When even a small amount of water enters a structure and freezes, the resulting expansion further damages and weakens the structure allowing more water to enter. The damage cycle continues until the source problem (the initial entry point) is repaired.
A number of variables acting separately or together contribute to freeze damage. A drop in temperature, the type of building construction, the amount and quality of insulation, the direction and force of wind, and other weather related conditions are all contributing factors.
An occupied building is not completely free from freeze related damages, even when it is constructed to withstand freezing weather and is properly maintained and heated. However, a significant amount of freeze damage occurs when a building is not occupied, especially if the owners are gone for an extended period, and the heating system is not on during the freezing weather. In northern climates, many people go south for the winter. They winterize their homes before they leave by draining the plumbing system and adding antifreeze to plumbing fixtures. Frequently this is not completely effective, and the owners find freeze damage when they return.
Draining the plumbing system needs to be thorough and complete. If the water lines sag or bow, it can result in a low spot that is nearly impossible to completely drain. To be most effective, draining the water lines should be accompanied by the use of compressed air to blow out the lines. If this is not done, water will rest and freeze in the low points of the lines and may cause the pipes to break. The damage then is discovered only after the water is turned back on and escapes from that break. Virtually all plumbing lines are placed inside walls and are not visible. As a result, a freeze caused leak is only discovered when water damage to floors, carpet, walls, or ceilings becomes visible. Occasionally the sound of spraying water can be heard by an occupant, but by then it may already be too late. The leak has already caused some degree of damage.
People living in the south usually consider themselves immune from this type of damage. Because of this sense of security, construction in the southern parts of the country often does not adequately take into consideration that fact that the temperature does occasionally drop below freezing. When that happens and property is poorly insulated, then damage will occur.
Winter wind, snow or ice storms frequently damage electric power lines and equipment resulting in interruptions of electric power. Most heating systems depend on electricity, and when the power goes off, so does the heat. In severe cold weather, this can result in extensive freeze damage before power is restored.
Buildings that are poorly designed and do not withstand weather well can contribute to their own damage. Many old buildings were not insulated at all. To avoid freezing, plumbing lines were commonly run along the inside of interior walls and ceilings rather than enclosed within the walls. In some cases, many lines simply ran inside un-insulated walls. During renovation of some old homes, blown or foam insulation has been added into wall cavities between interior and exterior wall surfaces and between each stud. This process many times served to insulate heat away from pipes that were located inside of walls and adjacent to the exterior wall surfaces or in attics, actually making them more susceptible to freezing.
The type and age of the plumbing system is also a factor. Rust or corrosion weakens pipes, making leaks easier to occur. When freeze expansion occurs, such pipes will often split open. As thawing begins or when the water is turned back on, this situation will result in water damage.
There is also a form of direct damage that can occur from extreme cold even though no moisture is present. Most building materials and personal property are unaffected by cold alone, provided they are dry. Extremely cold temperatures can damage some sensitive computer and other electronic components. In northern climates, temperatures commonly fall below zero and occasionally dip to minus 40 to 50 degrees. The contraction associated with those extremely low temperatures can congeal Liquefied Petroleum Gas (LPG) and fuel oil, causing heating system failure.
Regardless of the circumstances if water damage occurs from freezing or other sources, call your insurance claims office. The professionals in your insurance companys claims center will offer you emergency advice to mitigate the loss to prevent further damage; they will assign an adjustor who will make an appointment to assess the damage and make recommendations for the proper repair of the situation.
How do I hire a Flood Damage Round Rock Company?
Repairing water damage is never a pleasant prospect, but drywall damage repair is less onerous than repairs to some other materials. Ceiling water damage repair for drywall is rather more complicated than repairs to walls, and presents some extra issues.
First of all is the possibility that enough water may have accumulated behind the ceiling drywall that it presents a danger of collapse. While most modern houses have 5/8" fire-stop drywall on the ceilings, this can be a blessing or a curse. It is a blessing in that the extra dimension of the material will withstand greater water weight before collapsing catastrophically. On the other hand, if one isn't able to safely drain out that water before collapse, not only will there be a greater weight and volume of water accumulated, but the extra heavy drywall material itself can present an increased risk of injury to people and things beneath.
Once the source of the ceiling water damage is accounted for, if there is a downward bulge in the ceiling drywall, you will know that there is some amount of accumulated water suspended there. After removing all furnishings and other moveables from the affected area, lay down plastic sheeting to catch the inevitable falling of water and soaked drywall. Obtain a supply of buckets and ideally, a wet/dry vacuum and prepare to catch as much of the water as possible. Pierce the drywall at its lowest point and catch the outflow with the vacuum or in buckets. Once you start, the water will flow until it's gone, so don't skimp on the buckets.
Once the immediate danger of collapse is removed, you can proceed with drywall repairs as in repairing wall water damage. However, note that working overhead presents problems not associated with repairing walls.
Drywall is heavy, and the thicker, fire-stop types are the heaviest of all. If you have to replace any area of substantial size, plan to have one or more helpers to hold the patch in place while it's secured with screws or nails.
Also, take account of the fact that you'll be working overhead, and some means of reaching the work area will be required. Doing this sort of work can be accomplished on a ladder. However, be aware that working on a ladder on a patch that you can't reach all of will require trip after trip up and down the ladder. Drywall repairs demand a number of steps, all of which must be done in their own time. A good idea is to buy or rent scaffolding to maximize the amount of area you can work on each trip up and down. It's safer in the long run, and your knees will thank you when it's over.
Ceiling Water Damage
A good water restoration company has the largest inventory of drying equipment. We also have large trailer mount drying units to handle all types of commercial losses. The affiliations that a water restoration company has made in our industry have given us opportunities to dry large complexes throughout the county.
We have the professional expertise, qualified personnel and state of the art equipment to mitigate losses caused by water damage quickly and effectively. Our advanced structural drying techniques make us the leading flood and water mitigation experts in the industry!
Damage Assessment Trust is the key to restoration and with this water damage restoration company you get integrity and over 30 years of experience in the restoration industry.
We use state of the art drying equipment to fully dry and restore water damaged property and surfaces.
Mold Remediation Certified and trained in mold remediation, Mold professionals will ensure all possible measures are taken to completely dry and remediate mold resulting in safety to your health and the health of those most important to you. Reconstruction With a complete and detailed estimate, we create an optimal schedule of events with only the most qualified employees and sub trades.
We Serve These Communities for Water Damage Cleanup:
Water and Flood Damage
Water Damage Restoration.
We provide flood repair, flood clean up, and water damage repair services and the surrounding areas.
We understand that experiencing water or flood damage to your home or business can be traumatic and challenging, be assured that choosing us to restore your home or business is the “Best call to make in the worst situation”.
Whether you experience broken pipes, hot water heater issues, a washer hose break, or a sprinkler system is faulty, your water damage restoration company is available to serve you day or night to address your needs. Our trained and certified professionals immediately respond to assess the damage and develop a comprehensive drying plan for your home or business.
Our goal is to limit the amount of water damage by quickly extracting water, removing unsalvageable building materials and contents, installing high performance dehumidification equipment and following through with documented results to return your structure to a healthy pre-loss condition. We communicate with both the property owner and their insurance company throughout the entire water clean-up and mitigation process, to prevent any surprises and ensure your total satisfaction.
Our technicians receive extensive training and have state of the art equipment and technology to locate the water’s source, extract water from your property and thoroughly dry every corner, eliminating moisture to prevent the development of a mold infestation. The 24 hour water removal experts can quickly and efficiently clean and restore your property from top to bottom.
Our professional clean-up and restoration services for water and flood damage include:
- Phase 1: Emergency Response – Job Site Inspection and Assessment
- Phase 2: Water Removal and Drying – Daily Inspection of Job Progress
- Phase 3: Surgical Demolition, Reinstallation and Cleaning, and Reconstruction Services, as necessary
If you experience water or flood damage to your home or business, the following items should not be done during/after water damage has occurred:
- DO NOT use an ordinary household vacuum to remove water
- DO NOT use electrical appliances while on wet carpet or wet floors
- DO NOT go into rooms with standing water if the electricity is still on
- DO NOT lift tacked down carpet without professional help. Lifting the carpet incorrectly could create shrinkage
For More Information on Flood Damage Round Rock


Quotes On Building Framing
When you get in touch with us, we’ll first schedule a consultation to discuss your needs and blueprint for your project. Are you looking to renovate your basement? Or frame an entire home? Whatever your needs, you can rest assured that we have the experience and expertise to get the job done.
Our next step is to provide you with a comprehensive quote for the job. We base our quotes on the type of framing material, the type of building, the complexity of framing required, and the overall size of the project.
The materials we work with most often include:
- Wood timbers and beams
- Rectangular steel beams
- Steel tubing
- Steel C-channels
Contact us today to schedule your consultation.
Residential Framing Contractors
For developers and individuals in the process of large-scale remodeling projects, home additions, or new construction, we are the framing contractor you need to hire. We have years of professional experience and an impressive portfolio of previous construction projects. Our contractors work hard to construct durable, stable, and safe framing.
Skilled at reading blueprints and architectural plans, we have worked with the region’s top architects and construction companies.
We have worked on projects such as:
- Single-family homes
- Multi-family homes
- Home additions
- Residential remodeling
- And more!
Call your home framing contractors today to find out how we can give your building the structure and support it needs to last a lifetime.
Commercial Framing Contractors
As a commercial wood framing contractor and metal framing contractor, we are able to take on a wide range of building projects. From retail shops to warehouses, we provide the region’s builders with top-quality framing services.
Working closely with your architects and construction team, we will help craft a building that meets all your expectations. In the framing business, craftsmanship is everything. And we leverage years of experience and technical know-how to realize your vision. In addition to commercial framing, we also offer a complete range of other general contracting services that can be bundled together.
Craftsmanship First with Our Framing Contractors
Once you have your foundation laid, it’s time to bring in our framing crew. We begin by installing the sill plate to create a structural base for the floor system. Once that’s all done, we will move onto the vertical components and frame the walls. Finally, this will give us the necessary structure to lead into the roof frame as well.
Although our processes differ depending on the project and the materials selected, our dedication to quality and longevity never wavers. You could even say that our commitment to quality craftsmanship, alongside honesty and integrity, form the structural framework of our business.


If you've ever considered a career in maintaining heavy machinery, join the Army National Guard as a Construction Vehicle Repairer and help pave the way for success. In this role, ..
Description. Hill International is an international construction consulting firm that provides program and project management, construction management, cost engineering and estima..
The Construction Quality Control Specialist (QCS) represents Habitat's first line of defense to ensure the construction work of inhabited houses is performed by contractors using q..
Job Description Contract Temporary PositionResponsible for all phases of cable construction in a manner consistent with Liberty Cable policies, procedures, quality work standards, ..
CONSTRUCTION PROJECT COORDINATORJob SummaryThe Construction Project Coordinator job is related to provide administration, planning, coordination and oversight of construction proje..
Requisitos Preferible con experiencia previa en instalaciones.Debe tener experiencia en soldaduras, albañilería, plomeria y electricidad.Tener disponibilidad de trabajar en horario..
Tener licencia cat 3. Vivir en el area Sur. Estar dispuesto a viajar a traves de la isla. Experiencia en contruccion o labor relacionada. Debe realizar trabajo fisico y ser capaz d..
JOB SUMMARY. The purpose of this position is responsibility for project management services within an assigned geographic market, program or client account to achieve the company's..
Construction Quality Control Specialist. The. Construction Quality Control Specialist (QCS). represents Habitat's first line of defense to ensure the construction work of inhabited..
Your Impact Start your Jacobs career with a company that inspires and empowers you to deliver your best work so you can evolve, grow and succeed. today and into tomorrow. At Jacobs..
We believe real value is powered by the unique skills and experiences of our professionals. The interchange of ideas from a diverse group of people gives our teams an expanded pers..
Since 1996, RQ Construction, LLC. has been a leading player in Southern California's robust commercial and governmental Design Build economy. We have an ever expanding national and..
We are seeking a Concrete Carpentry Foreman to join our Self Perform team for construction projects located in Ponce, Puerto Rico. This position is responsible for the layout and c..
Job DescriptionPrepare, schedule, coordinate and monitor the assigned engineering construction projectMonitor compliance to QA QC and EHS policies, performance standards and specif..


Power stations need big doors
When you’re creating enough energy to power a city things tend to be a little bigger, that was certainly the case with a recent project we completed. We were approached to supply two doors for use at Dungeness Power Station in Kent. As you might expect these weren’t any ordinary doors, both these doors were 6 metres square and weighed 5 tonnes.
We were commissioned to produce these because of our experience of large fabrications and because we have the machine capability to produce work of this size. From receiving the technical drawings and specifications until we delivered the finished doors every aspect of the project was carried out at our facility in Coatbridge.
Our sister company, Cairnhill, carried out the fabrication and we machined and painted the structural steel before delivery. The paint used was interesting, it needed to be able to withstand extreme heat as well as provide a finish to the steel. We pride ourselves on being able to manage every aspect of a project like this but it’s a team effort. There are number of highly skilled and very knowledgeable people involved in this kind of project each of whom brings a level of expertise essential to creating a finished product that can meet the very exacting standards required.


As your property naturally shifts and settles, the concrete around your home might start to crack or crumble. This & That Concrete Repair and Handyman Services LLC in McHenry, IL offers professional concrete services to restore your concrete and give you a solid foundation to build on. Our team can install and repair custom concrete surfaces and leave you with a long-lasting driveway, sidewalk or back patio.
Installing a driveway or an outdoor patio involves more than just pouring concrete and waiting for it to dry. Hiring a concrete contractor will guarantee a level, smooth and long-lasting finish. This & That Concrete Repair and Handyman Services provides start-to-finish concrete services that cover:
Contact our qualified concrete contractor today to see how we can serve you. And don't forget to ask about our installation warranties.
This & That Concrete Repair and Handyman Services is a highly trusted concrete contractor serving the McHenry, IL and tri-county areas. Locally owned and operated, we are dedicated to delivering high-quality services you can rely on. With careful installation and proper sealing, we guarantee a beautiful concrete surface that will last.
Call us in McHenry, IL to get started on your concrete project today.


Construction on Montague
As part of our mission to provide our customers with exceptional service, Greenwood CPW in a partnership with the South Carolina Rural Infrastructure Authority have begun work to replace the water line along Montague Avenue. This project consists of replacing the old 6” cast iron pipe with a new 12” ductile iron pipe to improve water quality and flow to the area.
The construction area runs the length of Montague Avenue from Highland Park to the Bypass. This construction is scheduled to last approximately six months. We apologize for any inconvenience.
ONLINE BILL PAY CUSTOMERS PLEASE NOTE!
As of August 29th the old online billpay system has been permanently shut down. If you have not already, please register in the new improved system.
You may do that by clicking on the New online bill pay portal link.
If you need help getting registered on the new system please call the main office number 864-942-8100.
Welcome to the Commissioners of Public Works in Greenwood, SC!
The next CPW bid opening/meeting:
The next board meeting of the Commissioners of Public Works will be December 11, 2014 at 10:00am.
Please visit Greenwood Metro


Air-slide fabrics (fluidization fabrics) are applied in the cement industry to secure smoothly loading/unloading bulk cement powders transport by truck (silo), train (wagon) or boat, silo discharge, mixing, storage, distribution and transportation of bulk cement powders.
These air-slide fabrics are used for the pneumatic conveying of fine dry products like cement, also called “pulverulents”. The air-slide consists of a chamber separated by a permeable cloth. The chamber is inclined at a very slight angle (as low as 1.5°). Compressed air is injected into the lower chamber which then goes through the media and “fluidises” the cement powder. The cement then behaves like a fluid and “flows” down the length of the chamber.
Air-slide fabrics of SHARE are used to transport solids with high flow rate over long distances. Air-slides provide an efficient and low energy system with a minimum maintenance for transport bulk as well as smooth mass flow. Powder moves on the fluidization conveyor. The conveyor doesn’t move. It is the airflow through the air-slide fabric that removes the friction between the powder and the textile materials : the powder flows smoothly and evenly. Energy requirements are minimal because only a small volume of air at a low pressure is required to move material.
Air-slide Fabrics are also called: aero cloth, airslide canvas, airslide conveyor or belts, aeration pads, fluxo channels fluids, …..
Air-slide fabric is a semi-permeable textile cloth which allows air to pass through but not the products.
- No moisture absorption
- No caking
- Resistant to rotting and decomposition
- Complete unloading without residues
- Consistent fluidization over the complete surface
- Good resistance to abrasion
- Low wear and therefore longer life
- Low shrinkage even when used under hot and humid conditions
- Thickness : 4.5 mm, 6 mm up to 8 mm and up to 2.10 meters
- Length : As per client’s requirement
- Cement industries : cement plant ,bulk cement truck and ship
- Mining industries : aluminium,lime,coal,phosphates
- Chemical plants : soda
- Power plants : coal,desulfurize
- Food industry : flour


This article about Highest paying countries for Civil engineers (Civil engineering). From bridge designed to water treatment. The work of civil engineers has a daily impact on the lives of most people in the world. Civil engineers design major construction projects – Roads, Tunnels, Airports, Dams, Bridges and they supervise project construction and maintenance. They must possess a very broad skill set from cost accounting to geology many Civil engineers have jobs. That requires a hands-on role in construction others may have positions more heavily weighted toward supervisory and administrative skills. Unfortunately, civil engineers do not manage to command a very high salary. This has to do with the fact that there is high competition among civil engineers. Which, in turn, allows employers to reduce the salaries offered to potential candidates. Information for the average salary per country has obtained from the pay scale.
Please note that we ranked the countries by average annual salary. The result of this exercise confirmed our initial suspicions that Civil engineers do not make a handsome salary in most countries. Especially compare software engineers. According to findings the continent for Civil engineers in Europe. This may be due to the fact that these countries have a strong currency enhance. Perform strongly converted to US dollars. Civil engineers in the country highly regarded and paid well. * Highest Paying Countries for Civil Engineers *
Read More about Engineering – Click here * Highest Paying Countries for Civil Engineers *
Highest Paying Countries for Civil Engineers:
10. Netherlands – Average annual salary $ 40,612 (USD)
09. United Kingdom – Average annual salary $ 40,692 (USD)
08. France – average annual salary $ 42,211 (USD)
07. Germany – Average annual salary $ 44,803 (USD)
06. Canada – Average annual salary $ 47,262 (USD)
05. Australia – Average annual salary $ 54,155 (USD)
04. United State of America – Annual average salary $ 62,019 (USD)
03. Norway – Average annual salary $ 67,154 (USD)
02. Denmark – Average annual salary $ 71,565 (USD)
01. Switzerland – average annual salary $ 77,438 (USD) * Highest Paying Countries for Civil Engineers *
Introduction of Civil Engineering
Structural designing influences huge numbers of our everyday exercises: the structures we live in and work in, the transportation offices we use, the water we drink, and the seepage and sewage frameworks that are important to our well being and prosperity. Structural architects.
• Measure and map the earth’s surface. • Design and supervise the construction of bridges, tunnels, large buildings, dams, and coastal structures. • Plan, layout, construct and maintain railroads, highways, and airports. • Devise systems for the control and efficient flow of traffic. • Plan and build river navigation and flood control projects. • Provide plants and systems for water supply and sewage and refuse disposal.
To assemble might be a basic desire. Regularly incorporate tasteful contacts that are there to cause us to feel great about what we have assembled. * Highest Paying Countries for Civil Engineers *
In building structures, roadways, and extensions, structural designers work with engineers to build up the appearance of the structure. Revolting structures speak to a bombed correspondence between the two experts. One that the common architect might have forestalled. Structural specialists are prepared in the associations between structures, the earth, and water, with applications extending from expressways to dams and water repositories. Profoundly engaged with indicating fitting development materials, numerous structural designers and others are utilized by the producers of those materials. Developing a huge structure or open works venture can include expounding arranging, structural specialists can be remarkable undertaking administrators. They now and again administer a large number of laborers and create propelled computerization and arranging arrangements.
Most fundamentally, numerous structural designers are associated with safeguarding, securing, or reestablishing the condition. Most water treatment and water purging activities are planned and developed by structural designers (in these two zones, a large number of them are known as ecological architects.). A developing number of structural specialists are engaged with billion-dollar tasks to tidy up poisonous mechanical or civil squanders at surrendered dump destinations. Structural designers take part in such various extends as saving wetlands or seashores, keeping up national timberland stops, and reestablishing the land around mines, oil wells, or industrial facilities. Terms for water gracefully and sewage and reject removal. * Highest Paying Countries for Civil Engineers *


KUALA LUMPUR: Systems works for the light rail transit (LRT) extension of the Kelana Jaya and Ampang lines are expected to commence by year-end. Syarikat Prasarana Negara Bhd (SPNB) group managing director Datuk Idrose Mohamed said on Thursday, June 24 the system works will be divided into two packages.
A pre-bid briefing was held with the pre-qualified contractors for Packaage A on June 22 and site visit will be held on June 27. Tenders for package B and other subcontract packages such as for the stations, escalators and lifts, and multi-storey car parks will be called at a later date.
The system works comprises of the engineering, procurement and construction (EPC) systems and signalling work for the Kelana Jaya extension. The Ampang extension package will entail EPC systems and rolling stock works. The systems works, together with the advance and facilities works, will cover portions of the line extensions, and will collectively be known as Package A. Package A is expected to be completed three years after work has commenced, he added.
Source: The Edge
UEM Builders-Intria Bina joint venture (JV)
IJM Construction Sdn Bhd
Sunway Construction Sdn Bhd
Loh & Loh Construction Sdn Bhd
MMC Corp-Zelan Bhd
Ranhill Bhd-China Communication Construction Company Ltd
Fajarbaru Builders Sdn Bhd-Signatium Construction Sdn Bhd
Mudajaya Corp Bhd
Muhibbah Engineering Sdn Bhd
MRCB Engineering Sdn Bhd
Bina Puri Holdings Bhd-Acre Works-SNC Lavalin
UEM Construction Sdn Bhd - Projek Penyelenggaran Lebuhraya Bhd.


If your energy bills are skyrocketing, it may be time to think about insulating your roof. Greenquest Roofing LLC offers spray foam roof insulation installation in Floyd & Blacksburg, Virginia. SPF roofing reflects sunlight with its white surface and has an insulation value of R-6.3 per inch of thickness. Cool air is effectively trapped inside your building, reducing cooling expenses by up to 30%.
Are your cooling bills through the roof? Schedule a spray foam roof insulation service now by calling 877-576-6396.
Spray polyurethane foam roofing does more than just increase energy efficiency. Conklin's SPF system delivers countless benefits, ensuring complete satisfaction. It stops leaks in their tracks by preventing lateral water movement and simplifies roof repairs. All you'll need is a caulk gun and coating. Plus, it extends the life of your roof. Your roof will be protected for years to come.
Speak with an SPF roofing pro from Greenquest Roofing in Floyd & Blacksburg, Virginia today.


Today, the McAllen Bridge System announced that beginning on Monday, January 18, 2021, it will begin operating with expanded hours for empty southbound commercial trucks at Anzalduas International Bridge. On that day, hours of operation will be 10:00 a.m. to 10:00 p.m. everyday. Currently, hours of operation are 3:00 p.m. to 10:00 p.m. The additional hours are intended to decongest and facilitate the rapid flow of southbound empty commercial traffic. With trade between the United States and Mexico fueling the economy between the two nations, the extended hours of operation will further solidify Anzalduas International Bridge as the preferred corridor for southbound empty commercial traffic.
“The expanded hours of operation for southbound empty commercial trucks is just the next step for the bridge to become a fully functioning commercial crossing, boosting the economy on both sides and further strengthening the bond between McAllen and Reynosa, Texas and Tamaulipas and the United States and Mexico as great trade partners,” said McAllen Mayor Jim Darling.
The growing demand of empty southbound commercial traffic was the inspiration behind the request by the McAllen Bridge System to Mexican Customs. With Anzalduas International Bridge strategically designed to serve as a connection between the active industrial parks located in Reynosa, Tamaulipas, Mexico and the United States, the demand to facilitate southbound traffic triggered the extension of hours of operation for empty southbound commercial hours.
The extended hours of operation for empty southbound commercial trucks at Anzalduas International Bridge is a bin-national achievement made possible by the collaboration and partnership between the United States and Mexico.
“Anzalduas International Bridge is a regional economic engine powered by international trade and fueled by the collaboration with our partners in Mexico,” said McAllen City
Manager Roel “Roy” Rodriguez, P.E. “Thanks to the partnership with Mexican Customs, the extended hours at Anzalduas International Bridge solidifies a stronger economy in the Rio Grande Valley.”
“We are delighted to announce additional southbound hours of operation for empty truck traffic; and I personally would like to extend an invitation to commercial truck drivers traveling south to cross thru the Anzalduas International Bridge because we can get you through faster.” said Superintendent of Bridges’ Juan Olaguibel.
Anzalduas International Bridge began receiving southbound empty commercial vehicles in August 2016, after petitioning both the U.S. and Mexico’s federal government. Crossing empty southbound commercial traffic is the first step for the City of McAllen to prepare to make the bridge fully commercial ready.


Our theme house today is the work of fgmf architects and cr2arquitectura from Brazil and is called 4X30. The name is significant to the surface where it had to be built and which for these architects was the most important point and an enormous challenge for them. The design of the construction of this project was to give maximum brightness due to the complexity of the terrain, but they also found that by altering, modifying and adapting the structure of the project they could overcome some of their initial problems and the result flowered as you can see. This was no small feat but without a doubt, simply because of the expertise of these professionals. The project received several awards including the VIII Biennial of Architecture and Urbanism in Cadiz in 2012. Congratulations.
Photos: Fran Parente
This post is also available in Spanish.


Our continuous corrugated fencing system has been specially designed so that there is no gap between the
overlapping corrugated sheets at a continuous stretch, thereby keeping the perimeter totally secure
At Alseyaj Metalic Industries, we supply high quality PVCs, which are an attractive alternative to conventional fencing materials. PVC Fences are made of good quality of polyethylene and polypropylene chemicals. Eco-Friendly and excellent looking fence, perfect for branding. As compare to the metal fences, plastic fences are lighter in weight, not to mention these are rust free and anti-corrosive. Specially made for high profile projects keeping in view of UAE weather as these are weather resistant. Also, PVCs are durable as compared to other types.
PVCs are designed to withstand normal winds with ease but with careful installation and support, our fence can easily withstand 100 MPH. Whether it’s a desert storm or a hurricane, our PVC will hold up.
Alseyaj Metalic Industries LLC manufactures panel fencing in unique colors. To prevent rust, powder coated profiled sheets are used in various sizes depending on the project requirements. Galvanized steel pipes and diagonal supports are connected to a concrete foundation to make these panel fences stand strong. These products are easy to install and can be easily removed once the project is complete. Our high quality construction fencing can be used for multiple projects.
Multiple choices are available in terms of mesh sizes, heights and colors to match every requirement of the customer. These fences have high strength as they are manufactured using steel wire woven into a diamond shape. Plain GI Finish and polyester power coated options are also available in approved color codes, including braces supports, foundation blocks, clamps and complete system.
Also, Mesh Fencing is used for making partitions of industries, mesh rooms, mesh walls, cages, stores, data centers, warehouses with gates or doors or any other commercial installation.


Friday, May 18, 2012
Hinomisaki is a port town located at the north coast of Shimane Prefecture facing the Sea of Japan. The Izumo Hinomisaki Lighthouse stands on a steep and rocky cape and is the tallest lighthouse in Japan. The construction of the tower stated in 1900 by the Scottish engineer Richard Brunton and the Japanese engineer Yoshihiko Aya. Aya designed a building structure known as “double shell” resistant to earthquakes and the 44 m (145 ft) round stone tower was first lit on April 1, 1903 during the Meiji Period. The lighthouse survived to the Great Kantō earthquake in 1923, World War II air strikes and the Great Hanshin earthquake (or Kobe earthquake) in 1995. Electrified in 1918 and automated on March 31, 1974 the Hinomisaki Light receives many tourists daily attracted to the panoramic view of the Sea of Japan and the beautiful sunset seen from the upper gallery (over 150 steps). The former lighthouse keeper' cottage now houses a visitor center and a gift shop.


If you’re not sure what ‘groundworks’ refer to, then you’re not alone. Unless you are in the world of construction, it is unlikely that you will see a lot of construction. In line with this, things like groundworks may not be a top priority for you. However, groundworks are very important for a new building because it is usually the first step in the construction process!
What are Groundworks?
‘Groundworks’ refer to all the tasks completed to prepare the sub-surface to begin a construction project. Another way to describe it is to say that groundworks are a series of activities involved in the initial excavation that leads to the laying of foundations.
It also includes activities that involve water lines and cabling. Depending on the type of project, it can also include the installation of utilities like piping, cables, phone lines and gas pipes.
If demolition is required, that needs to be carried out first but then groundworks are the next stage of a project and could include work on any of the following actions:
In relation to the construction of buildings, it is important to install a solid base as the full weight of the structure will depend on its foundation. Getting the basics right is at the centre of success for any construction project. Remember that in the building industry, the base is vital to the whole process. For this reason, it serves as the beginning of any project. This helps create the layout and structure of the building and provide the necessary strength to withstand the weight of the building.
It’s important that the company you hire conducts an evaluation and groundwork basics. For Groundwork companies Bristol, visit a site like https://www.chewvalleyconstruction.co.uk/
Each project will follow a series of carefully planned stages. Every step has to occur in a specific order with the stages working together to ensure the stability of the final structure. The only thing that might happen before groundworks aspects of the project is the demolition of the existing structure to make way for the new project.
As a matter of legal requirement and good practice of most local authorities, soil investigation is carried out to help identify potential problems, the level of stability and past land use. This information is collated and applied to the design stage, highlighting potential issues such as any contamination. Through the collection of accurate information on this matter, appropriate treatment can be carried out before work begins structure.
Next, as part of the initial preparation work, the site will usually need to be cleaned. During this stage, the top layer of soil is taken from the site. If sloping, the soil may need to be levelled. If this happens, retaining walls will be built to create a level platform from which development can take place.


TERI’s recent whitepaper recognises the HVAC energy-saving potential of IoT BMS, ranging between 13.4 percent and 24.9 percent. It delves into the energy-saving potential of utilising an Internet of Things (IoT)-based Building Management System (BMS) for HVAC systems in commercial buildings across different climatic zones in India.
The primary aim of this study was to evaluate and compare the energy-saving capabilities of HVAC systems managed by conventional BMS versus those controlled by IoT-based BMS. Through a comprehensive simulation exercise, the study explored the energy efficiencies enabled by the IoT-based BMS, including sensor networks to address thermal imbalances, indoor air quality management, optimisation of total fresh air intake, chilled water system optimisation, CO2 sensor deployment, and strategies leveraging temperature reversals in buildings.
HVAC energy savings in Indian commercial buildings
The findings reveal that transitioning from a traditional BMS to an IoT-based BMS can significantly reduce electricity usage for HVAC systems, with savings ranging between 13.4 percent to 24.9 percent. Moreover, the whitepaper highlights that implementing an IoT-BMS reduces energy consumption and enhances occupant health, comfort, and productivity.
IoT based BMS versus traditional BMS
This technical note investigates the energy-saving potential of using an Internet of Things (IoT)-based Building Management System (BMS) for HVAC systems in commercial buildings in different climatic zones in India. The study’s main objective was to compare the energy-saving potential of HVAC systems between conventional Building Management Systems (BMS) and IoT-based BMS. The study utilised a simulation exercise to assess the energy savings achieved through various factors enabled by IoT-based BMS, such as sensor networks for addressing thermal imbalances, indoor air quality requirements, total fresh air needs, chilled water optimisation, CO2 sensors, and strategies to capitalise on temperature reversals in the building.
To identify the potential for energy efficiency in commercial buildings in India, sixteen commercial buildings of four different typologies, i.e., offices, health care, hospitality and retail, are studied using a simulation approach.
The energy models of all the buildings were developed using BEE-approved eQUEST simulation tools while following the guidelines of the Energy Conservation Building Code (ECBC) of 2017. The input parameters, such as the thermal transmittance of external wall, roof, and glazing system, Lighting Power Density (LPD), Equipment Power Density (EPD), and occupancy schedules, were based on the standards specified in the ECBC Code. The design parameters of the building’s HVAC system were used as per Indian HVAC industry norms.
The energy models were simulated using eQUEST version 3.65 and DOE-2, which can dynamically simulate building energy demand for each hour throughout the year. Each energy model included a baseline model (Conventional BMS) and a design model (IoT-BMS), incorporating the advanced control strategies developed by 75F. Various centralised HVAC systems, primary-secondary pumps, VAV systems, cooling towers, and condenser pumps were considered to analyse larger buildings > 50,000 sq. ft. As Variable Refrigerant Flow (VRF) systems are a great option for compact spaces because of their adaptability and efficacy, refrigerant-based systems were considered for smaller buildings between 5,000 sq.ft. and 50,000 sq. ft.
While evaluating IoT-based BMS, the study tested these seven advanced control strategies of 75F: Outdoor Air Optimisation (OAO), OAO Interval Modulation, Smart Variable Air Volume, Dynamic Chilled Water Balancing, Dynamic AirBalancing, and Epidemic Mode.
Results: Commercial buildings
Compared to conventional BMS, IoT-BMS leads to a decrease in airflow requirements (CMF/sq. ft.) and an improvement in HVAC system performance (sq.ft./ton). This analysis shows significant savings from IoT-based BMS that uses applications such as Dynamic Chill Water Balancing, Outside Air Optimisation sequences and Smart VAV in large offices, particularly in Temperate zones. The study suggests that implementing the IoT-BMS solution in place of traditional BMS systems can significantly reduce electricity usage of HVAC systems, ranging from 13.4– 15.4 percent. After analysing various building typologies and climatic zones in India, the study revealed that over 50 percent of energy savings for centralised chillers stem from the chiller side. This includes fan energy savings, accounting for 6 to 19 percent of total HVAC energy savings, heat rejection energy savings ranging from 8 to 14 percent, and pump energy savings contributing 21 percent to 25 percent of overall HVAC savings.
Energy savings in HVAC for different climates
Composite -up to 13.40 percent, Warm and Humid up to 13.40 percent, Temperate -15.40 percent, and Hot & Dry 13.70 percent.
The percentage savings on EPI in buildings:
Composite climate -7 percent, Warm and Humid climate -up to 8.30 percent, Temperate climate -7.80 percent, and Hot & Dry climate -5.90 percent.
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Professor Alistair Borthwick awarded ICE Gold Medal for lifetime contribution to civil engineering education
A Gold Medal is awarded annually by the ICE to recognise individuals who have made an outstanding contribution to the civil engineering profession over many years. Professor Borthwick received the honour at the ICE Awards ceremony in London on Friday 4 October 2019.
Professor Borthwick’s career has spanned civil, coastal and offshore engineering across industry and academia. He is recognised as a world authority on environmental fluid mechanics and has particular expertise in river basin management, coastal and offshore processes, water and wastewater treatment, and marine renewable energy.
He joined the University of Edinburgh as Professor of Applied Hydrodynamics in 2013, is also Emeritus Fellow at St Edmund Hall, Oxford and holds honorary professorships at Peking University, NUI Galway, University College Cork, Wuhan University, China University of Geosciences, and Shanghai Jiao Tong University. During his time at University College Cork, he helped establish the SFI Marine and Renewable Energy Ireland (MaREI) Centre.
Professor Borthwick’s nomination was supported by academics representing Edinburgh, Oxford, Plymouth, Shanghai Jiao Tong University and Peking Universities. Describing Professor Borthwick as “the leading educator in civil engineering hydraulics of his generation”, the nomination notes his excellence in research and innovation, coupled with a dedication to educating the next generation of civil engineers on an international scale.
Over the course of his career, Professor Borthwick has employed 22 research assistants, supervised 61 doctoral and 7 MSc students, several of whom have gone on to train future talent themselves including seven full Professors, one Reader, two Associate Professors, and five Lecturers. In addition, he has acted as an internal and external examiner to a further 67 PhD and 6 MSc students worldwide, and mentored countless junior colleagues at the Universities of Edinburgh, Oxford, Cork and Peking.
Professor Borthwick has also contributed his expertise to several bodies supporting young civil engineers, including the Steering Committee of the UK Young Coastal Sciences and the Engineers Conference, and to outreach committees in the Royal Academy of Engineering, Royal Society of Edinburgh and the ICE.
Supporting the nomination, Professor Conchúr Ó Brádaigh, Head of the School of Engineering at the University of Edinburgh, noted Professor Borthwick’s multidimensional contribution to civil engineering, commenting that “he has excelled in education, mentoring and research whilst maintaining and developing deep relevance to industrial applications - a difficult challenge, consummately achieved.”
Professor Deborah Greaves OBE, Head of the University of Plymouth’s School of Engineering, Computing and Mathematics attested to Professor Borthwick’s “significant impact on many hundreds of students who have gone on to work as civil engineers and conduct civil engineering research that has had global impact.”
Professor Ton van den Bremer, who was mentored by Professor Borthwick at Edinburgh and continues to be mentored by him as a Royal Academy of Engineering Research Fellow at the University of Oxford said: “Alistair’s steadfast commitment to advancing the careers of his students and junior colleagues make him an example to anyone supervising students or building a research team.”


Abu Dhabi Airport Mid field Terminal
The MTC’s terminal building will be the largest in the Emirate of Abu Dhabi, and one of the region’s most architecturally impressive structures. It will have 700,000sqm of internal space, and will be visible from more than 1.5km away. The central space of the terminal building could hold three full-sized football pitches and features a ceiling 52m tall at its highest point, taller than the Emirates Palace.
The complex will include approximately 28,000sqm of retail and F&B outlets. These are set around an 8,400sqm indoor park, another first for the region, which will host Mediterranean plants and features at its centre, and desert landscapes at its edge.
Associated support buildings take up an additional 800,000sqm, and will include access to 16-20 aircraft parking stands dedicated to cargo.
Name of the Project: Abu Dhabi Airport
Main Contractor: China State Construction Engineering Cooperation
Total Weight: 1400 Tons
Location: Dubai - UAE
Role: Steel Subcontractor, Scope: Supply and Fabrication.


|ESSEX County Council will switch-off street lights across Basildon from midnight and five in the morning from Friday 31 January.|
However, following discussions with Essex County Council it has been agreed that the lights will remain on in some of the borough’s housing estates until further work has been carried out to evaluate the impact of the switch-off.
Currently street lights will remain on in Five Links, Felmores, Langdon Hills, Chalvedon, Pitsea 1/2/3 and Craylands.
Cllr John Dornan, Basildon Council’s cabinet member for environment, said:
“We very much appreciate that the county highways has recognised that switching off street lights in residential areas is a major concern for us and are continuing to evaluate the impact this could have.”
Cllr Rodney L Bass, Essex County Council’s cabinet member for highways and transportation, added:
“We are keen to ensure that the implementation process of our part-night lighting scheme is sensitive to local needs, which is why we are following a process of consulting with all district, borough and city councils.
“We have considered the feedback from Basildon Council, and we are keen to receive any evidence that they can provide to allow further consideration of these housing estates.”


Have you ever read up on the history of the London Bridge? It’s actually quite fascinating!
Read on to discover everything you need to know about the London Bridge.
Not What You Are Thinking
If you did not grow up in Europe. You may think that the London Bridge is the famed bridge in London with two towers standing on either side. This is actually not true. That is known as the Tower Bridge. I know, right? Go figure. The London Bridge is actually the much less assuming bridge that connects the City of London to Southwark. It does not have towers or much ornamentation at all. However, it has been in existence for about two thousand years.
The earliest acknowledgment of it can be traced back to around 43 A.D. The Romans supposedly built it out of smaller boats, or ferries, and planks of wood. It was a temporary bridge, but a bridge nonetheless.
The next time we hear about the London Bridge is in the late 900s when a mother and son were caught allegedly practicing witchcraft. They were both taken to it to be drowned. They carried it through with the mother, but the boy managed to escape. From this encounter, we know that at this time the bridge was no longer temporary. It was built completely from wood.
During the early 1000s, while the Danes ruled London, a group of Saxons sought to divide the Danes by dismantling the bridge. They succeeded. After sailing up the Thames River and pulling it down, London was without a London Bridge for upwards of a century.
In the late 1100s, Peter Colechurch finally completed the first stone London Bridge. Riddled with gorgeous Gothic design, this 300 yds long bridge took him over 30 years to build.
The Tragedy of 1212
Over the years, many people decided to build houses and shops on it as it was such a staple of the city. But 600 years after Colechurch completed his masterpiece, a fire broke out on both sides. These fires trapped everyone on the bridge at the time and killed many of them, along with the beloved drawbridge in the center of it. Eventually, people built again, the nonesuch house was erected in place of the draw bridge, and life ultimately resumed.
A Change in the 1600s
All was going well until another fire broke out in 1623. This time over 40 houses were destroyed, along with many businesses and other damages. All because someone left a pail of ashes near a set of stairs.
Many merchants and homeowners decided to no longer do business or live on the bridge. The houses were all torn down, and the bridge was partially restored. It stood functional yet fairly desolate until the 1830s when a new London Bridge was erected.
The New Bridge
By the early 1800s, people in charge of the city wished greater things for the London Bridge than what had become of it. So, after mulling over several proposed plans for a new bridge, they finally settled on the plans of John Rennie.
Not too far to the west of the current London Bridge, the new construction began. At 928 feet long and 49 feet wide, this massive granite bridge became a beloved structure throughout the whole city of London.
Opening up to the public officially in the early 1900s, this bridge quickly became highly trafficked. In fact, it was so used that it had to be widened to 65 feet just a couple of years later.
The London Bridge is Falling Down
While it was quite an impressive structure. It was not built to withstand the amount of traffic it received daily. By the 1960s, it was discovered that the stress of all the traffic was causing it to sink deeper and deeper into the Thames. Thus, the nursery rhyme “The London Bridge is falling down.”
Construction for a new bridge went into effect almost immediately. The way the city conducted it allowed commuters to continue using it until the new one was ready.
While the new London Bridge was being built, the city auctioned off the sinking bridge, and the founder of the Arizona city, Lake Havasu City bought it for about 2.5 million dollars. After being shipped to Long Beach, California, and transported on land to Arizona, the bridge was erected yet again. It still stands there to this day.
Modern London Bridge
The London Bridge came a long way from just a temporary string of rafts built by the Romans to where it is today. With such rich and troublesome history, you wonder if the bridge that stands there today will somehow end up like its predecessors. That is certainly not the hope!
It is recommended that anyone visiting London should go check out this Bridge. It is full of history, has a lively atmosphere, you can even find facilities for luggage storage in London Bridge. So, do not forget to stop by. Don’t worry! I think they got it right this time.