Dallas Foundation Repair Dallas Texas
Dallas’ elevations is at about 550 feet, as it lays over gently tilted sediments, while its cities, such as Arlington, Denton, and Grapevine are over sandstones, which the sediments are younger in the foundation repair Dallas / Fort Worth area. The soil in the foundaiton repair Dallas / Fort Worth deal with ground swelling, which is also known as “Expansive Soil”, it is cause by our soil’s composition, which makes foundation repairDallas Texas more frequent in all types of property structures. Many solutions to the foundation problems in Dallas exits, which can be contracting and expanding the soil. By doing so, we must keep the soil moisture constant, so it can be controlled. It is particular difficult to do that, due to the severe drought seasons we have in Dallas foundation repair Dallas Texas, and even the heavy rain storms that we get in occasions.
Dallas Soil and Climate
Dallas Soil Type
Dallas contracts and expands clay soil, which can lead to the soil moving, and ultimately leading to foundation cracks. It is normal to see in the minor foundation problems in foundation repair Dallas TX, which have minor cracks, even if they are a few years old. Cracks on the slab foundation usually happen around the home, and for the most part are not an issue. What’s important to know is that if the cracks are the beginning of a more serious foundation problem in Dallas. You can determine if the cracks can lead to more foundation repair Dallas problems by being aware of signs that your foundation may be in need of help.
Causes Of Foundation Problems in Dallas
Dallas Foundation Repair Dallas Texas tends to have soil thick and clay alkaline matter, which can hold off through long periods of drought, expanding through the summer, and shrinking through the winter months
Another factor that can lead to high cost Dallas foundation repair Dallas Texas is when the soil holds water and it isn’t drained properly. Also not properly watering the lawn, which can cause the soil to move away from the foundation repair Dallas. Keep in mind that properly maintaining your soil can prevent you from having costly foundation work.
The foundation repair Dallas TX area has a high plasticity index, a measure of how expansive the soil is. Some areas are far higher than others, but overall the area has a higher than normal plasticity level.
Contact Us Today, to have one of our Abry Brothers Foundation Repair Dallas experience professionals inspect your home’s foundation.


Berikut ini informasi lowongan kerja Quantity Surveyor di Jakarta bagi kamu yang sedang mencari informasi tersebut.
Jabatan: Quantity Surveyor
Perusahaan: Royal HaskoningDHV
Deskripsi Pekerjaan: Royal HaskoningDHV is an independent consultancy that integrates 140 years of engineering expertise with digital technologies and software solutions. As consulting engineers, we care deeply about our people, our clients, and society at large. Through our mission Enhancing Society Together, we take responsibility for having a positive impact on the world. We constantly challenge ourselves and others to develop sustainable solutions to local and global issues related to the built environment.
What you will do as Quantity Surveyor
- Assist quantity/contract engineer;
- Responsible for verifying the volume of work for the purpose of progress payments and final measurements, reviewing, and checking contractor documents, compiling, and/or giving consideration to additional work, assisting, directing the evaluation of each new item and new price, review, and problem assessment. contract.
Where you will work
Project site in North Jakarta.
What you bring
- Bachelor’s degree in Civil Engineering with minimum 2 years of experience or Diploma in Civil Engineering with minimum 4 years of experience;
- Expertise in quantity surveying;
- Indonesian citizenship.
Are you our new colleague?
Kindly apply by clicking the button below with your updated CV.
Acquisition by agencies is not appreciated.
Tanggal Lowongan: Thu, 01 Sep 2022 01:30:55 GMT
Untuk mengajukan lamaran kerja dan mengetahui apakah lamaran masih tersedia atau tidak,silahkan klik pada tombol bertuliskan “LAMAR SEKARANG” di bawah ini:


Sewer Line Inspection in Warren, NJ
Your home’s sewer lines are integral to its functionality. Healthy sewers are often taken for granted, but when your home’s sewer lines are compromised, the impact is enormous. Unfortunately, due to their out-of-the-way nature, many homeowners fail to realize when a problem is brewing. Sewer inspections can help prevent this. For a sewer line inspection in Warren, NJ, come to Home Scope by Cornerstone.
What Is a Sewer Line Inspection?
A sewer line inspection is a process by which a plumber uses a specialized camera to examine the interior of your sewer line to search for problems, such as cracks, root intrusions, corrosion, blockages, and other similar problems. These problems can often be nearly impossible to identify without this equipment, which makes sewer line inspections an important part of home maintenance.
How Do I Know When I Need One?
While a sewer line inspection doesn’t need to occur yearly, many homeowners put off their inspections until problems begin to arise. Instead, you should look for warning signs or other good opportunities, including:
- Homes that are more than 20 years old
- Homes with trees that have grown larger in the past decade
- Low or overflowing water levels in the home
- Unpleasant smells outside the home
- Water pools or sunken areas on the lawn
- Homes that you are considering purchasing
When in doubt, a sewer inspection in Warren, NJ, can help you prevent a potentially devastating problem down the line.
Who Is Home Scope by Cornerstone?
Since 2000, Home Scope by Cornerstone has provided quality sewer line inspections in Warren, NJ. Homeowners, realtors, and anyone who works with homes have need of sewer line inspections, which is why we aim to provide thorough inspections at an affordable price. If you have need of sewer line inspections, give us a call today at (973) 650-4151 to request a quote or learn more about our services.


If a building is a single qualifying dwelling house the whole of
the qualifying expenditure is attributable to it subject to the
If the dwelling house forms part of a building, the qualifying expenditure attributable to it is the sum of the two following amounts, subject to the relevant limit:
If the dwelling house is in Greater London the relevant limit is
£60,000. If it is anywhere else the relevant limit is
£40,000. Greater London is the area comprising the areas of
the London boroughs, the City and the Temples.
Common parts are common parts of a building which:
The qualifying expenditure on any common parts is so much of the
expenditure on the construction of the building as it is just and
reasonable to attribute to those parts.
If you have to apportion expenditure on the common parts of a building and separate figures are not available, make the apportionment on any reasonable basis. Examples of reasonable bases are by reference to floor space, cubic contents etc. If, exceptionally, you think that a floor space etc type of apportionment would not produce a reasonable result, and the amounts involved are significant, consult CT&VAT (Technical).


Because water quality and scarcity are growing concerns that affect all people and industries, we are committed to proper water use management practices for all Cree sites. We continuously strive to implement best management practices that conserve and recycle water and prevent and reduce water pollution:
- Cree’s Durham site has been recycling process water since 2005, and we currently recycle an average of 120,000 gallons of water per day. Cree’s Huizhou site installed a new water recycling system in 2017 and now recycles an average of 211,000 gallons of water per day. Both facilities have goals to improve water recycling rates.
- In 2007, Cree’s Durham and RTP sites initiated a wastewater pre-treatment system, which prevents 22,000 pounds of fluoride each year from entering a local water supply. Cree’s Racine site also has a wastewater pre-treatment system which prevents various metals from entering a local water supply.
- In 2016, Cree’s Durham site implemented a new system for its cooling towers to reduce water usage, which will lead to an annual estimated savings of 4 million gallons of water.
- At all sites, Cree has implemented best management practices for control of stormwater to minimize the effects of stormwater run-off.
- Cree’s Durham site is reducing the risks associated with chemical spills by using a stormwater conveyance system which allows for containment in the event of an incident.
- In 2018, Cree installed additional rainwater collection at the Durham site, and now collects rainwater to supplement water used in the production process.
Water Withdrawals, Discharges, and Consumption
All of Cree’s manufacturing facilities’ water withdrawals primarily come from municipal (third-party) sources. Our other sources of water withdrawal include recycled water and rainwater, depending on the facility. All water used at Cree manufacturing sites is freshwater. Most of our water is used during electronics manufacturing including cooling tower use, but water is also used for irrigation and human consumption (i.e., drinking water, sanitary sewer and water used in locations where we have an on-site cafeteria). We work internally to ensure each department receives the water required for each step of the manufacturing process, as to not compromise product quality. We engage with our local water supply and wastewater treatment plants to plan for infrastructure needed for future water use, and have a water conservation and management plan in the event that water from local sources is reduced due to a drought. We have not yet worked with other suppliers or customers on water related issues.
Both Cree’s Durham and Huizhou sites have water recycle systems to offset municipal water purchases and reduce the consumption of water. Our water recycle rate goals were developed for the sites that are Cree’s largest water users. The goals were set based on the technology available, the quality of water needed as an output of the process, the availability of water in the operating region, water recycle regulations in place, and to align with our ISO 14001 environmental management systems. The goals aim to ensure each site optimizes their water recycle systems, including ensuring better operation and maintenance of the systems to reduce down time. Refer to our Environmental Goals page for more information about our water recycle goals.
All Cree facilities discharge to a municipal (third-party) waste water treatment plant and are subject to local discharge requirements. Water discharged meets local regulatory requirements for water quality, including nutrients levels, metals, pH, temperature, etc. All of Cree’s manufacturing sites have wastewater permits that mandate the quality of water discharged. Cree’s stormwater is also monitored to ensure it meets discharge criteria, which prevents degradation of local water supplies.
Cree’s 2018 Global Manufacturing Water Usage
|Source||All Facilities||Facilities in Med-High Water Stress1 Regions||Facilities in High Water Stress1 Regions|
|Water Withdrawals (millions of gallons)|
|Total Water Withdrawal||555.2||555.0||0.2|
|Water Discharges (millions of gallons)|
|Third-Party Waste Water||271.9||271.6||0.2|
|Total Water Discharge||404.2||403.9||0.2|
|Water Consumption (millions of gallons)|
|Water Consumed or Evaporated in Process||150.9||150.9||0.0|
1 All of Cree’s global manufacturing facilities were assessed for water stress using the World Resources Institute Aqueduct Water Risk Atlas. Medium to high water stress indicates the facility(ies) scored 2 to 3 out of 5 for Overall Water Risk. High water stress indicates the facility(ies) scored 3 to 4 out of 5 for Overall Water Risk. Overall Water Risk identifies regions that have a higher exposure to water-related risks and represents an aggregated measure of all indicators from the individual water risk categories of Physical Risk Quantity, Physical Risk Quality and Regulatory & Reputational Risk (Source: WRI Aqueduct Water Risk Atlas)


Construction for the Metro Line 3 is underway. I only realized that they are building the underground metro system when I visited one of my favorite roads in Fort – Dr. Dadabhai Naoroji Road – and saw huge sections of this boulevard under construction. This road which runs from Hutatma Chowk to Crawford Market is one of the most beautiful roads in Fort. Named after Dadabhai Naoroji (1825-1917), a cotton trader and professor at the Elphinstone College, this road displays numerous buildings in the Neo-Gothic style of architecture which were constructed during the 1870s to 1890s.
Unlike Metro Line 1 and the Monorail which opened in 2014 and are elevated this line will be Mumbai’s first underground metro system. It will connect Cuffe Parade in the south of the city with SEEPZ and Aarey in the north. The line will consist of 27 stations , including stations at Churchgate, Chhatrapati Shivaji Terminus (CST), Mumbai Central, Dadar, Bandra Kurla Complex, Dharavi , Domestic Airport and International Airport.
Between Dharavi and the Bandra Kurla Complex the line will pass underneath the Mithi River. The metro tunnel will be constructed beneath the river bed.
The metro line 3 is supposed to open in 2020 – this will definitely change how people travel around the city and it will be interesting to see how this will change the city.
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The Capital Area Regional Plan Commission (CARPC) was created in May 2007.
The Commission is composed of thirteen Commissioners appointed by the Mayor of the City of Madison (4), the Dane County Executive (3), the Dane County Cities and Villages Association (3), and the Dane County Towns Association (3).
The function of the Commission is to serve as the regional planning and areawide water quality management planning entity for the Dane County region, consistent with §66.0309, Wis. Stats. and state Administrative Code NR 121.
The Commission is charged with the duty of preparing and adopting a master plan for the physical development of the region, and maintaining a continuing areawide water quality management planning process in order to manage, protect, and enhance the water resources of the region, including consideration of the relationship of water quality to land and water resources and uses.Link to CARPC website: http://www.capitalarearpc.org/


Roof Tips & Tricks Disclosed
Choosing the right roof material for your house could be a mystery for many home owners. With the number of options offered, it has actually come to be increasingly tough to pick.
Over the last couple of years, residential steel roof has actually grown substantially in popularity as several property owners have actually learned of its toughness, while others have actually concentrated on the several designs as well as shades available. Nonetheless, there is still a greater number that are trying to untangle the clues.
Tom Black, executive supervisor of the Metal Roof Covering Partnership (MRA), addresses the most common inquiries most house owners have about metal roof:
Why should a home owner think about metal roofing?
Metal roofing has many advantages. As an example, metal roof coverings have a lower life cycle cost than the majority of typical roof covering material such as asphalt or cedar and it could endure severe climate such as hail storm, snow, high winds along with fire. It's also readily available in lots of styles and also colors to fit virtually any residence.
Just what is the overall price of a metal roof covering?
Metal roofings can at first cost three to four times more than conventional roofing products, however house owners ought to remember that the common asphalt or cedar roofing needs replacement every 15 years. While asphalt or cedar roof coverings are originally less expensive, when house owners think about the expense of a metal roof expanded over a 60-year period, steel is the visit this site clear choice.
Do metal roofing systems have service warranties?
While many superior asphalt roofing systems will certainly last from 12 to Twenty Years, steel could last more than 60. That's why you'll discover most metal roofing with service warranties of concerning HALF A CENTURY-- nearly 4 times greater than the majority of other roofing products.
Aren't metal roofs noisy?
Never. Steel roof coverings with solid sheathing as well as insulation control sound from rainfall, hail storm and poor climate equally as well as any other roof covering material.
How does steel roof withstand severe weather?
Steel roofing is the most resilient roof material available. Whether it's hail, snow, serious winds and even fire, steel roof shields homeowners from whatever Mother earth could toss their means. For example, in a hailstorm tornado, a steel roofing system's solid framework stops dents, dings and various other damage hail is known to create. In fact, property owners web link in some areas receive as much as a 30 percent reduction in their home owners insurance for having a metal roofing system installed.
Will steel roof help battle the rising expense of energy?
Among the most beneficial aspects of steel roofing is its capacity to insulate a residence. Not only does steel roofing maintain your house comfy despite the weather outside, yet it could really decrease a/c and home heating expenses.
Will metal roofing fit with the style of my home as well as neighborhood?
Certainly! Steel roofing is available in a range of designs, shades as well as finishes and also is made to look just like other prominent kinds of roof covering product consisting of cedar shake, slate, asphalt tiles and also clay ceramic tiles.
Where can home look at this now owners go for more information on steel roofing?
Home owners could most likely to www.metalroofing.com to learn more concerning steel roof, check out the different styles available and participate in the "Ask the Experts" area.


Ground Penetrating Radar
Ground penetrating radar or GPR is an essential part of our Locator Guys tool kit. This high-end non-invasive and cost-effective piece of equipment allows us to quickly and accurately identify the presence and depth of services whether they be constructed of modern PE or PVC materials or older clay, concrete or metallic construction.
Not only can it help in the location of pipe and cable infrastructure it can also be used to detect;
- Buried manhole covers
- Buried valves
- Buried septic tanks
- Old foundations
- Underground Storage tanks
- Voids and cavities
GPR isn’t without its limitations, GPR waves are absorbed in certain ground conditions, particularly clay or saline (salty) environments. This is why it’s just one of the techniques used by our utility location experts to map out your site.
Contact us today before you dig to book your locate.


Typically sewers are not something we want to deal with, so when something goes wrong with sewage at home it can be a nightmare. Backups and leakage are only some of the sewage problems homeowners deal with regularly, but they are some of the most common.
The best way to handle these problems is to prevent them, and replacing pipes can be a big saving up front, and will keep catastrophe out of your house and yard. Older pipes made of clay or iron can be replaced with newer plastic materials simply and easily.
Older methods of pipe replacement, or catastrophe repair, require you to tear up your yard to replace your sewage pipes, but replacing your sewage system with a trenchless sewer is minimally invasive. When we replace your sewar pipes, it’ll be like we were never there.
The first step for any prospective customer is an inspection. We can’t know what to recommend for you if we don’t know exactly what the problem is. With a wide selection of cameras, and cleaning tools we can thoroughly survey your pipes and ensure that when we’re gone you won’t need to call us for a very long time, if ever. Here is George, using one of our cameras as he inspects one of our clients sewer lines.
Homeowners love that they can see exactly what the problem is, it removes any doubts or uncertainty about whether or not you have to replace, or just repair your sewer line.
Most municipalities require property owners to maintain the sewage pipes leading from their properties to main lines. This comes with cost, but it doesn’t have to be backbreaking. The older methods of needing to dig trenches in order to replace damaged pipes no longer needs to be taken, saving thousands of dollars and days to weeks in time. That isn’t to mention the avoided damage to electrical and gas lines that can often run in close proximity to sewage lines.
For those looking to replace their sewer line in order to avoid costly repairs to damaged clay and iron lines there are a few things to keep in mind. Firstly, only two small holes need to be dug in order to access and replace your existing system. While those systems have connection points, the newer systems implement one long tube. This is how we protect your lawn and garden. Secondly, the entire job can be done in one day, so no need to worry we’ll be in your hair for more than a few hours.
If you are worried that you’ve had some kind of damage to your pipes that might require a little bit more time and digging, but we can still fix the entire system when replacing it to avoid costly future fixes. And if it is a smaller issue like a back up we can always construct a relief point to ease the pressure put on your system and avoid nasty issues.
Commercial property owners can also benefit from Trenchless Sewer technoloty. From installing things like grease traps, and drains we can help you save on overhead maintenance costs by simply reducing the strain your system is under. This will also ensure that you won’t have to close off huge sections of your storefront foot traffic to replace pipes when they one day have an issue.
If you ignore a sewer problem, it almost always ends up in an emergency situation. When your sewer line collapses, you need to replace it quickly, and of course, we will be there when you need us most, and our trenchless system will help save you money.
Prevention is the best tool any plumber could recommend. If you want to make sure your system is 100% hunky dory book an inspection to check your existing system and learn about what it would cost to update it, saving time and money in the future. Check out our trenchless technology video that explains how we use trenchless technology, and as always, please contact us for more information!


Concrete Repair Seattle
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As a premier provider of concrete repair Seattle, we have the most latest treatments and products to ensure that your concrete buildings are kept amazing, especially for road, along with frameworks that have begun displaying signs of damage. Although concrete is among the most durable, inexpensive, and adaptable substances in the construction industry, damage from unfriendly environmental conditions and water leaks could chip away concrete. Keep your property from danger and structural degeneration by searching for fast Seattle concrete repair. Deteriorating concrete buildings will definitely present risks. Apart from compromising the integrity of the base, it can also cause waste and disposal issues, increased replacement expenses, and produce safety risks for your family.
If you have damage in your concrete, here are the different reasons why you require concrete repair Seattle WA:
Rebar corrosion – Some concrete structures utilize reinforcing bar supports for more concrete protection. Exposure to increased co2 chlorides or carbon dioxide can lead to rebar corrosion. This will also result in the surrounding concrete to crumble.
Alkali-silica reactions – Concrete has chemical reactions as an outcome of the chemical elements of specific aggregates. The alkaline cement, for example, reacts with water and forms a gel, that will result in emotional stress and encourage the concrete to create hazardous splits or cracks.
Freeze-thaw deterioration – Concrete that’s lacking in air-entraining admixtures may break down and create trouble in the long haul. The concrete becomes immersed in moisture, which results in an increase and fracture once it freezes.
Fixing your broken concrete is possible. At Epic Concrete Seattle, we also provide professional concrete patio repair Seattle services. We repair and then upgrade concrete buildings and also protect them from the harm brought on by corrosive elements. Through working closely with our clientele during the procedure of replacement, repair, and diagnosis, we demonstrate a repair that ensures long-range durability.
Concrete Repair Seattle WA
We understand that full concrete removal and replacement may not be part of your budget when managing broken concrete. For concrete replacement in Seattle, contact one of our project managers, and we will help develop the perfect methods that suit your spending budget and needs.
Concrete slab repair Seattle and replacement can offer a solution in numerous instances. Since nearly all of the important uses of concrete are for creating sidewalks and roads, it is going to make sense that repairs will more than likely be prevalent in these particular places. Notably, additional concrete repair Seattle WA businesses will mostly focus on fixing problems like uneven surfaces and potholes. The primary cause is these may present a major risk to pedestrians and drivers alike. An Seattle concrete repair service might also help when you have a parking lot, which demands your quick attention. Epic Concrete Seattle can patch in place and also resurface your parking area, making it appear to be new and fresh. This is one thing that could help bring more earnings to your office or business. Contact us today to schedule an appointment.
Looking for Epic Concrete Contractors in Seattle?
Seattle Concrete Repair
Concrete is created from products that are natural, and may be damaged by too much moisture, misapplied pressure, or maybe common use and tear. We see numerous instances where concrete had a small problem, which turned right into a significant cost because something simple wasn’t fixed shortly after it happened. Concrete is going to break down because of acidification if the area is exposed with no sealant & moisture intrudes. This decomposing procedure is able to lead to additional structural degeneration, and when coupled with much more water, collapse is able to happen in the form of sinking, potholes, and even breakage. Whether your concrete possesses a flaking surface, discoloration, chips, or even broken pieces, or perhaps has cracks, breaks, and also potholes, call Epic Concrete Seattle. We’re full-service concrete fixers, and also can easily handle any concrete repair Seattle. Epic Concrete Seattle has years of experience in repairing any concrete-related damage you are able to think of. Also, we have concrete wall repair contractors Seattle that get it done very good you can’t locate the concrete repair Seattle WA. Learn more about the company by visiting our About Us page.
Contact us for concrete driveway repair Seattle, retaining wall repair Seattle or even if you believe your driveway needs replaced, and we are able to supply a totally free estimate for the most effective and cheapest solution. We are going to let you be aware of choices for resurfacing, or even in case we genuinely believe the driveway demands to be replaced. We do tasks of virtually any size, therefore in case you have that divot that truly bothers you on your otherwise gorgeous concrete kitchen counter, phone us and let us fix it. We are concrete repair contractors Seattle, and we know how to get it repaired like new. Also, we can provide other services such as concrete cutting.


– Develop project design schedules while working in conjunction with construction team members to provide administration and modifications to project designs prior to and during the construction phase.
– Effectively manage and support professional development of staff, including evaluating and hiring consultants.
– Maintain knowledge of state and federal code compliance requirements included in the state specific code amendments to the IBC and the associated fire and mechanical codes.
– Coordinate consultants and their drawings for submittal to local and state building officials for permitting.
– Manage and coordinate with the site supervisor to ensure on time distribution, modifications, or changes to the construction drawings.
– Manage all design materials within a cloud-based server so that all contributors can collaborate and develop detailed construction documents for offices, retail sales, service areas, and parts storage areas.
– Additional details provided upon application.
– Accredited degree in Architecture from a NCARB certified program, or an Engineering degree from an accredited engineering program.
– Minimum 8 years working Commercial or Industrial construction OR relevant experience.
– Knowledge of prefabricated metal building procedures and design practices.
– Knowledge of Design Build and CMGC construction methods.
Understanding of structures – mechanical, electrical, plumbing, etc.
– Expert in Autodesk products, and proficient in Office products and Design based programs like SketchUp, Bluebeam, Revit, etc.
To apply for this job please visit topspotjobs.com.


cdm risk register template is a cdm risk register sample that gives infomration on cdm risk register design and format. when designing cdm risk register example, it is important to consider cdm risk register template style, design, color and theme. in this post, we will go through the a-z of cdm design risk assessment, giving you 26 areas to think about when considering health and safety in your design. in this post, we will go through the a-z of cdm design risk assessment, covering 26 areas to think about when considering health and safety in your design. your design is like a set of instructions for what to build, so you also need to think about how it will be built. how will the client maintain and clean elements of your design that are out of reach for example? you can use these 26 subjects to help guide you through the areas you should consider for the construction and future use of your design and to think about areas where risk can be reduced. are there any risks that need to be overcome, or is more information needed from the client about hazards that may be present?
cdm risk register overview
when your design is built, and the contractors have gone, the client takes over. the client will need to be able to maintain the structure and its equipment. this principal designer is responsible for health and safety at the pre-construction stage of the project. download the cdm design risk register template and cover over 210 construction design health and safety topics. pre-construction information is one of the first health and safety documents you will need on a construction project. along the way, you’ll find examples, resources, and tools to help you comply with cdm on your construction projects.
a cdm checklist is used by designers and architects to evaluate the hazards and risk associated with construction design, plan, and sites. cdm regulations protect the physical well-being of employees as well as define their responsibilities according to their job roles. proper implementation of cdm regulations can: a cdm risk assessment is performed to minimize the likelihood of risks as construction work progresses. ; a good cdm risk assessment reduces the risk of accidents, near misses, and fatalities during construction work. cdm regulations are applied to different roles in construction work.
cdm risk register format
a cdm risk register sample is a type of document that creates a copy of itself when you open it. The doc or excel template has all of the design and format of the cdm risk register sample, such as logos and tables, but you can modify content without altering the original style. When designing cdm risk register form, you may add related information such as cdm risk register template,cdm risk register sample,cdm risk register pdf,cdm risk register template free,design risk register template
a cdm designers risk register is to be regarded as a management tool for the identification and elimination/reduction of hazards and risks associated with the de project. when designing cdm risk register example, it is important to consider related questions or ideas, what is a cdm risk? what does cdm stand for? what is a residual risk cdm? what should be included in a designers risk assessment?, architects design risk assessment template,residual risk register,cdm regulations,cdm 2015,project risk register
when designing the cdm risk register document, it is also essential to consider the different formats such as Word, pdf, Excel, ppt, doc etc, you may also add related information such as risk register construction,interior design risk assessment,risk and opportunity register construction,what is a cdm
cdm risk register guide
listed below are the responsibilities of the most common work roles in the construction industry: construction personnel are expected to comply with cdm regulations to avoid legal and ethical repercussions. cdm regulations aim to protect employees from construction risks such as accidental falls, being struck by an object, accidental electrocutions, and being caught between objects and machines. failure to adhere to cdm regulations during the planning and construction stages of a project may lead to “budget blowouts” due to the inefficiencies and technical difficulties the construction team may encounter during the course of work. construction personnel and key project stakeholders can avoid this by assessing and monitoring risks from the beginning until the completion of a project. cdm risk assessments are traditionally completed through pen-and-paper checklists which are inconvenient when reports and action plans need to be distributed quickly to relevant personnel. improve cdm assessment workflows and take advantage of safetyculture by utilizing the following features: this cdm site audit checklist was converted for millers vanguard using safetyculture.
in very simple terms, a dra should include potential health and safety risks relevant to the design of construction work. general principles of prevention is the term used in the cdm regulations to describe a need for a systematic way to be used in dealing with potential health and safety risks. designers should also take into account certain high level risks as specified in schedule 3 of cdm regulations 2015. brief details are as follows: it is also a legal requirement as specified in the cdm regulations for designers to consider the requirements of workplace (health safety and welfare) regulations 1992, where the use of the designed structure is intended to be a workplace.
prompt: it should be prepared and issued to the project parties in a timely manner, so that they can consider and include the information when preparing cdm documentation e.g., pre-construction information (pci), construction phase plan (cpp) and health and safety file. in reality, dras are a great opportunity for designers to proactively inform the relevant parties about the risks that they are aware of in a project . with hands-on step by step methods of identifying the health and safety risks in their designs and preparing and presenting effective designer risk assessment (dras) for their projects.


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24/05/2023 - 01/06/2023
Many cities in Europe experience population growth, generating increased pressure on urban land uses in and around their cities, often leading to uncontrolled urban sprawl. Evidence showed that during the 2000–2018 period, land take in Europe exceeded the assumed need (population growth). Urban sprawl, generally considered unsustainable, has existed for a long time. However, nowadays policy discourse centres on the concept of sustainability and politicians are looking to spatial planning to manage urban growth.
Reusing spaces and buildings can be seen as an effective way to reduce urban sprawl and its environmental impacts and to keep neighbourhoods occupied and vital. It is considered an attractive alternative to the construction of new buildings or using non-sealed soil. In the spirit of a circular economy, industrial areas in transition and deindustrialisation deserve particular attention.
With this exchange we intend that during 9 days (24th May to 1st June 2023) 33 young people from countries such as Spain, Slovakia, Poland, Turkey, Italy and Macedonia know the concept of sustainability and reuse of spaces in urban land already used for the purpose to give a “new life” to those spaces in different areas and areas connected at a social, economic, citizen, cultural and educational level.
Participants were from Spain , Turkey , Italy , Poland , North Macedonia and Slovakia . There were 4 participants from each country.


By Isri R. Mangangka, An Liu, Ashantha Goonetilleke, Prasanna Egodawatta
This publication identifies the foremost hydrologic and hydraulic elements which effect the functionality of stormwater caliber remedy platforms akin to developed wetlands and bioretention basins. Mathematical relationships derived utilizing conceptual types underpinned via basic hydraulic concept are offered to foretell therapy functionality. the major highlights of the publication will comprise the id of the linkages among influential hydrologic and hydraulic elements for built wetlands and bioretention basins to help extra exact prediction of therapy functionality and powerful layout of those varieties of stormwater remedy structures. additionally, this e-book will show off an cutting edge technique for utilizing conceptual versions to research stormwater therapy procedure performance.
Read or Download Enhancing the Storm Water Treatment Performance of Constructed Wetlands and Bioretention Basins PDF
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Additional resources for Enhancing the Storm Water Treatment Performance of Constructed Wetlands and Bioretention Basins
The selection of hydrologic and hydraulic factors was undertaken by using PROMETHEE, which is a multi criteria decision making method (Khalil et al. 2004; Liu et al. 2015), and the Pearson correlation analysis. Detailed information regarding the PROMETHEE method and Pearson correlation analysis is provided in Appendix B. This selection was to prevent too many correlating parameters overshadowing critical relationships between hydrologic and hydraulic factors and treatment performance of the bioretention basin (Egodawatta et al.
4 Generating Hydraulic Factors from the Model The purpose of the wetland conceptual model was to generate the influential hydraulic factors for the analysis of water quality treatment performance. The selected influential hydraulic factors were outflow volume (OV), outflow average discharge (OQ), average water depth in the wetland (AD), average retention time (RT) and outflow peak (OP). The reasons for selecting these parameters are discussed below. OQ values represented the outflow characteristics, while OP was the maximum outflow discharge recorded during the runoff event.
1. • Step II: The cumulative pollutant load reduction for each sector of runoff volume was determined by the difference between cumulative pollutant loads at inlet and outlet for each 10 % sector in the plot. • Step III: The pollutant load reduction for each 10 % sector was obtained by the difference between the cumulative pollutant load reductions of two consecutive 10 % sectors. Accordingly, the resulting water quality section variables for each rainfall event included ten load reduction values for each pollutant species and section hydraulic parameters consisting of outflow average discharge (OQ), average water depth in the wetland (AD), average retention time (RT) and outflow peak (OP).


Electrical Blog: Things To Consider When Rewiring A House - Types Of Wires - Non-Metallic (NM) cable
Non-Metallic (NM) cable, also known as Romex cable, is a type of electrical wiring commonly used in residential construction. It is made up of two or three insulated wires, typically made of copper, and a bare copper ground wire, all wrapped in a protective outer sheath made of a plastic material.
NM cable is typically used for wiring light fixtures, outlets, and switches in areas that are not exposed to moisture or other hazards. It is suitable for use in dry locations, such as inside walls, attics, and crawlspaces. The sheathing on NM cable is color-coded to indicate the size and number of wires inside, as well as the voltage rating of the cable.
The use of NM cable is regulated by building codes, which specify the types of applications and environments where it is appropriate to use. For example, in some areas, NM cable may not be used in exposed areas, such as in garages or unfinished basements, where it could be more susceptible to damage from impacts or moisture. In these situations, armored cable or conduit may be required.
It is important to use the correct type and size of NM cable for each application to ensure safe and reliable electrical connections. It is also important to ensure that the cable is properly installed and secured to prevent damage or exposure to hazards. In most cases, it is recommended to have an experienced electrician install and inspect the wiring to ensure that it is up to code and meets safety standards.


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The racial makeup of the CDP was 64.8% White, 21.6% African American, 1.1% Native American, 2.4% Asian, 0.5% Pacific Islander, 5.0% from other races, and 4.7% from two or more races.
All training is gender integrated as is Fort Jackson.The line has four sidings used for storing rail cars.At one time the line had centralized traffic control (CTC) signals, but today the signals and CTC equipment are long gone.Three bridges cross the Big Piney River at Devil's Elbow—the modern Interstate 44 bridge, the later U. Route 66 alignment on Highway Z that was made possible by the Hooker Cut through a steep hillside, and the original U. Route 66 alignment on Teardrop Road that includes a historic bridge that is in the process of renovation. Fort Leonard Wood also has its own post utility railway connecting to the national railway system.The Elbow Inn is a biker bar that is a frequent stop on the original U. The rail system is operated by a contractor, Base Services, Inc., primarily carrying heavy equipment in support of the training center.


The continuous research for materials with resistance in erosive environments, led EPE S.A. to cooperate with BLÜCHER, aiming at offering stainless pipes and materials which cover all the applications of vacuum and gravity sewage systems.
The stainless steel piping system of Blucher Metal is applied for vacuum and gravity sewage systems in conjunction with important advantages such as low weight, easy use and installation and long life.
The huge variety of pipes with different diameters and materials make them applicable in all marine and land applications in the field of sewerage systems.
Please contact EPE for details:
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Geotechnical Hazard Awareness for Mine Workers & Supervisors
Strata failure is a principal hazard in surface mining including open cut coal mines. Four videos were produced by UNSW Sydney, ACARP and Mark Coombe Productions to assist with the education of mine operators, mine supervisors and mine planning engineers to provide an overview of: (i) what to look for so the likelihood and impact of slope failure can be reduced; and (ii) describe the function of a geotechnical engineer within the technical services department. These new videos follow on the production of Unearthing Black Gold which was developed by the Australian Centre of Geomechanics in 2004. The new videos were developed to capture the technological advancements over the last 15 years and include a new technical section for mine planning.
Full credit and congratulations to Dr Alison McQuillan, Professor Ismet Canbulat and Mr Mark Coombe for developing and sharing these.
Video 1: Geotech Hazard Awareness for Mine Operators
The contents of video 1 describe the setup of an open cut mine environment. Flyovers of an active mining operation delineate key aspects of an open cut mine such as geometry, mine progression and typical equipment used to mine coal and overburden in a surface environment. This detail provides an excellent overview of a mine setup for personnel new to industry and not necessarily familiar with specific terminology to describe different operating areas of the pit.
Commonly used terms to describe geological features is also provided in the overview section.
Warning signs of slope instability are then displayed. Warning signs are divided into geological, hydrogeological and mining conditions. A verbal description is provided for each warning sign, and then accompanied by either video or still footage so visuals of warning signs are also provided.
Video 1 is approximately 14 minutes in duration.
Video 2: Geotech Hazard Awareness for Mine Supervisors
Video 2 is an extension of video 1, with new sections added describing Types of Failures and Typical Controls.
Type of failures are described by slope category, i.e. failure in excavated or dumped slope. Types of failures described include planar, wedge, toppling and composite failures in excavated slopes. Active-passive wedge failures in dumped slopes. And circular and isolated rock falls in both excavated and dumped slopes.
Typical controls are then listed to provide guidance on how to effectively manage a geotechnical hazard. Controls are described using the hierarchy system of elimination, engineering, separation and administration.
Slope monitoring techniques are also discussed in detail.
Video 2 also describes typical processes and systems open cut mines have in place to identify and control geotechnical risk. These include descriptions of Standard Work Procedures, Standard Operating Procedures, Principal Hazard Management Plans and Trigger Action Response Plans that outline the minimum actions and responses for normal and elevated risk states relating to geotechnical hazards.
Video 2 is approximately 21 minutes in duration.
Video 3: Types of Failures and Typical Controls
Video 3 is made of the sections describing Types of Failures and Typical Controls that are added included in Video 2. These can be viewed as a standalone video, which is approximately 8 minutes in duration.
Video 4: Geotech Hazard Awareness for Mine Planning
Video 4 focuses on the function of a geotechnical engineer within the Mine Planning (or Technical Services) Department.
Legislation requires slope designs to meet appropriate standards to protect the safety of personnel working in and around coal mine slopes. On an open cut mine, geotechnical engineers are responsible for ensuring mine designs meet industry standards.
This video describes how a geotechnical engineer applies and analyses survey, geology, groundwater and mine designs into the geotechnical process. And further details what geological, structural, hydrogeological, geomechanical and spatial data is required to provide exploration geologists a sound understanding of why certain data is being requested and what detail is required when this data is first being collected in the field.
An overview of the four main types of geotechnical assessment completed by a geotechnical engineer is also given. These include empirical, kinematic, analytical (limit equilibrium) and numerical analysis.
Video 4 describes how important it is for the geotechnical engineer to receive the technical information they require in a timely manner to ensure there is adequate time to review, change or optimise slope designs to comply with safety, economic and equipment constraints.
Video 4 is approximately 16 minutes in duration.
Four new videos are presented to the coal mining industry as a practical resource to increase the awareness of geotechnical hazards in an open cut coal mining environment.
The new videos and their content have different target audiences. These include videos 1, 2 and 3 which have primarily produced for mine operators and supervisors to identify and manage geotechnical risk. Video 4 has been produced primarily for technical personnel in Mine Planning Departments to describe the function of a geotechnical engineer and geotechnical data requirements in the mine design process. And all four videos are suitable for universities as teaching material to encourage undergraduate engineering students to pursue a career in mining.
The video format provides industry a consistent training experience. It is further cost-effective and flexible in that videos can be paused, rewound or replayed on demand.
Where serious injury, fatalities and extensive production delays can result from unplanned slope failure and/or rockfall events, hazard awareness training can substantially reduce the likelihood and consequence of slope failure.
A great safety initiative – congratulations to Dr Alison McQuillan, Professor Ismet Canbulat and Mr Mark Coombe!


Write a paragraph on ‘Earthquake’. Use 100-150 words.
Earthquake causes a great disaster. It is a great natural disaster. It is a sudden movement of a part of the earth's surface caused by deep crack in the earth or by volcanic eruption.
Some regions of the earth are prone to earthquake while others are comparatively safe from this natural disaster. Some countries like Japan, Iran, Indonesia, Nepal, the Philippines, China, etc. are frequently hit by earthquake.
Houses and bridges in these countries are, therefore, built shock- proof. Forecast regarding the occurrence of earthquake is not possible. So, people cannot take necessary preparation for this natural disaster.
A severe earthquake causes widespread destruction of houses and properties. People are crushed under the broken houses. Often several quakes hit a place at short intervals.
So, after a quake people live in tents on open field. When a severe quake hits a populous city, thousands of people are killed and injured. Many people get trapped in the broken houses and it takes days to rescue them.
The only way to get rid of the ravages of this natural disaster is to build houses, bridges and roads in such a way that they can resist the tremors.
Alarmed by the recurrence of quakes, experts have called for the development of an earthquake-resistant building code which can save the lives of city dwellers. It is a must to reduce loss.


Epoxy flooring not only enhances the appearance of your garage but also creates a non-slip surface for safety. Garage floors are made to be smoother than interior floors during installation. The surface can be slippery when there are spills or ice forms near the garage door. With epoxy coatings, slip and falls won’t be a problem.
Oil spills, drips, and chemical spills won’t soak into the concrete either. Of course, any spills should be cleaned up but the surface is waterproof and resists chemicals if undamaged.


While severe hurricanes may be a fact of life in many parts in Chattanooga GA, there are some simple measures you can take to minimize the commercial property damage in Chattanooga and reduces their risks of business interruption
Probably the most important thing you can do to protect your property against storm damage in Chattanooga in the first instance is to make sure that your buildings and roof structures are intact and don’t leak. Pay particular attention to windows and doors as once these have been broken, internal pressurization of the building can catastrophically lift the roof off in strong winds. If you haven’t already done so, you should prepare an emergency plan that can be activated at short notice in the event of a severe hurricane warning.
Some of the basic things they need to address in the plan include:
- Knowing how to tune into severe weather warning services and radio broadcasts
- Preparing (and rehearsing) evacuation procedures
- Pre-packing an emergency kit that includes important contact numbers (e.g. key staff, broker, insurance company, etc.), a portable radio, torch, spare batteries, first aid kit and plastic bags (for clothing/valuables)
- Having emergency equipment on standby (e.g. tarpaulins, rope, nails, hammer, timber, sandbags) to protect the plant, stock, and other building contents if the storm damages the roof or wall structure
- Isolating water, gas, and electrical power supplies when severe storms are forecast to prevent further damage and personal injury from ruptured pipes or fallen power lines.
If your commercial property in Chattanooga is located in an area that’s prone to strong winds and severe storms, it’s worth getting a builder to assess:
- How well the roof, windows, and doors are secured to the building wall structure
- The building’s ability to withstand wind forces characteristic of the location
The roof’s attachment to the wall structure is critical. It is also important to make sure that any gable roof frames have adequate bracing at the gable ends. The cyclic nature of the wind load can lead to the progressive deterioration of fastener strength over time. If fasteners loosen and pull out, windborne roof and wall cladding debris can cause further damage to surrounding buildings.
After checking the structure is secure, it’s important to inspect the building’s surroundings. Remove any overhanging branches or adjacent trees (with council permission) that could fall on the building in high winds or following a lightning strike. If space permits, plant windbreaks of trees on the prevailing windward side but well away from buildings.
Be sure to also check around windows and door frames for any gaps, where water seepage commonly occurs, and seal these also. Finally, blocked or inadequate stormwater drainage pits can cause water to back up from the ground level up to the roof during a downpour. Ensure that your stormwater capacity is adequate for your property’s needs. At the same time, identify whether any interior pits or basements require sump pumps. And if your property is in a high flood risk area, installing barriers, embankments and other measures can considerably help.
Storms and hurricanes can be devastating to any business. Wind damage, heavy rain, and flooding can occur suddenly and cause substantial damage in a matter of minutes. There’s never a convenient time for flooding or storm damage to strike your business. Every hour spent cleaning up is an hour of lost revenue and productivity. So when an emergency arises in your business, give ServiceMaster of Cobb a call and we’ll be there fast with the help you need for storm damage restoration in Chattanooga and hurricane damage restoration in Chattanooga.ServiceMaster of Cobb has the training, experience, and equipment to handle large commercial storm damage emergencies in Chattanooga GA. Regardless of your property type or size, we will respond quickly to clean the property and manage the restoration project through to its completion. Learn more about our training and certifications. When ServiceMaster of Cobb professionals is dedicated to your commercial property, you can be sure you’re getting the best the industry has to offer, built on decades of expertise. No type of damage is too big or too small for us to handle, we’re standing by to help 24/7. CALL 678-909-1078 NOW!


A global centre of excellence must have the best infrastructure.
Citywest Business Campus is located on the N7/Naas Road with access via two grade separated interchanges placing it in a pivotal location in easy reach of the M50 orbital motorway and only a 30 minute drive from Dublin airport or Dublin city centre.
Citywest Road is the main thoroughfare through the campus linking the N7 to the N81. Accessibility into/out of the campus is further enhanced by the link onto the outer ring road.
Public transport is excellent. The campus is serviced by a number of public bus routes operating at regular intervals providing multiple services to the city centre and surrounding areas. In addition, the Luas light rail system links the city centre and the IFSC to the campus with a private shuttle bus serving all areas of the campus providing easy access to the two on-site stops.
From the airport


First HEQ building in Luxembourg
Route d’Arlon, 5 minutes from the city centre
As the first building to meet the High Environmental Quality certification in Luxembourg, Serenity offers its occupants exceptional location and comfort.
In the immediate vicinity of the motorway exit, Serenity is located at no. 19 and 21 Route d'Arlon in Strassen, 5 minutes from the centre of Luxembourg.
Google Earth DiscoverDiscover
Park & Ride
In addition to its proximity to the Park & Ride Luxembourg Sud, Serenity offers its tenants a remarkable number of parking spaces.
High environmental quality
Serenity is the first building built in Luxembourg to meet the High Environmental Quality certification issued by NF TERTIARY BUILDINGS.
This certification, granted both for the design and operation of the building, guarantees very good performance not only in terms of eco-construction and eco-management, but also in terms of comfort and health for the occupants of the building.
- Photovoltaic panels
- Mineral insulation 18 cm thick on the facade and 22 cm thick on the roof
- Optimization of glazed surfaces (50% glazing/50% wall)
- Max 1.50 Uw performance window frames
- Collection of rainwater for sanitary use and watering
- Centralized and efficient real-time building management with daily information and corrective actions
- Technical equipment for low energy consumption
- Computer-aided natural ventilation by motorized opening for connection areas
- Presence detector for office lighting
- Waste sorting
Occupants' comfort and health
- Room air renewal prior to commencement of occupancy
- Individual lighting modulated according to the external light input
- Automatic and/or manual management of blinds by facade
- Windows opening on comfort floors
- Air conditioning and reversible hot-cold ceiling
- 2 small kitchens per floor
- 1.35m modulation
- Technical floor with floor-box (2 data sockets & 3 electrical sockets) in 1.35m frames
- Access control by electronic badge
- Shower on the ground floor of each building
- Green spaces


Wednesday January 10, a few days before the opening of the 2023 African Cup of Nations (CAN 2023), the Ivorian Prime Minister, Robert Beugré Mambé, inaugurated the fourth bridge in Abidjan, the “Y4” bypass, and the urban roads of the Civil Prison. and Dabou respectively, all built with funding from the African Development Bank Group (www.AfDB.org) – to traffic.
An enthusiastic crowd joined several government members, heads of institutions, Bank Group executives and representatives of participating private sector construction companies for the opening of the bridge and roads. The road works are expected to ease traffic jams in Ivory Coast’s six million-strong financial capital, known as one of the most congested cities in Africa.
“In the name of the President of the Republic, we declare the fourth bridge of Abidjan open to traffic,” declared Prime Minister Beugré Mambé, alongside the President of the National Assembly, Adama Bictogo, and the President of the Senate, Kandia Camara. “We only ask one thing from motorists, and that is to be careful, because the work is not yet finished.”
The Prime Minister stressed that the new infrastructure would give Abidjan the status of a modern city.
In the immediate future, the infrastructure will facilitate the movement of tens of thousands of African football supporters who have already started to arrive in Abidjan for the CAN2023 matches; Ivory Coast hosts the tournament from January 13 to February 11. The bridges were built as part of the Abidjan Urban Transport Project (PTUA), which is, in turn, a component of the Greater Abidjan Urban Transport Master Plan.
Nearly 1.4 kilometers long, the fourth bridge spans Banco Bay – an arm of the Ebrié lagoon – to connect the communes of Plateau and Adjamé and Yopougon via Attécoubé. With two million inhabitants, Yopougon is the most densely populated commune in the country and a major industrial center, while Adjamé and the Plateau are the country’s main administrative and commercial centers.
The fourth bridge will speed up the movement of goods between the south of the city, where the port and the Vridi industrial zone are located, and the west and north, where new industrial zones have emerged rapidly, according to the Minister of Equipment and Development of the country. Road maintenance, Amédé Koffi Kouakou. The bridge, with 24 tolls, also provides a preferred transit route between the port of Abidjan and international corridors serving the landlocked countries of Burkina Faso, Mali and Niger, which use the port to access the ocean.
Nearly 70,000 vehicles will use the bridge every day, whose connected access roads will facilitate the daily travel of hundreds of thousands of Abidjan residents and help relieve congestion on existing roads. At a cost of 160 million euros, the construction of the bridge took 65 months, or approximately five and a half years.
“These roads will help ease traffic congestion in Abidjan,” Minister Kouakou said. “Before, it took the inhabitants of Yopougon two hours to get from the Plateau. It will now take them five to ten minutes to get home. The time saved will be invaluable!
The African Development Bank provided around 600 million euros for the project and attracted other donors such as the Japan International Cooperation Agency (JICA) and the Global Environment Facility, which contributed 103 million respectively euros and 6.4 million euros.
“This project concerns infrastructure, the environment, social issues and many other aspects,” underlined Jean-Noël Ilboudo, division head of the Bank’s transport infrastructure division for West Africa. “This is fully in line with the Bank’s five operational priorities. »
Stressing that 3,000 women will benefit from income-generating activities, he added: “All these infrastructures will make traffic flow more fluid, improve the living conditions of Abidjan residents and reduce road accidents.”
The Ivorian Prime Minister also inaugurated several roads. These include the west exit, which provides access to the corridor leading to San-Pédro, the country’s second port; the eastern exit, leading to Ghana and Burkina Faso; a road extending Latrille Boulevard, the main urban artery connecting the east and west of the city; and the city’s northern ring road, known as “Y4”. Located to the east of the town, these latter roads facilitate traffic towards the town of Bingerville. A tunnel was also opened in Abobo, a densely populated municipality north of Abidjan.
Koffi Emmanuel, a worker working on the fourth bridge site, said he was proud to be able to help transform the image of Abidjan: “We have been building this bridge since 2018,” he declared. “We are satisfied with this first small ceremony, because we know that the official grand opening is not far away now. I am really happy because I know that my friends, my children and my grandchildren will cross this bridge which now connects all of Abidjan and because it shows that Côte d’Ivoire is opening up to the whole world.
Road user Lassina Demé, who lives in Yopougon, was satisfied with being able to cross the new bridge. “Before, it was difficult to cross here; it was quite scary,” he said astride his motorbike. “Now we can cross without any problem. It used to take 20 minutes to cross this bridge, now it only takes two.
Distributed by APO Group for the African Development Bank (AfDB) Group.
Download more images: https://apo-opa.co/48QgMbN
Romaric Ollo Hien
Department of Communication and External Relations
About the African Development Bank Group:
The African Development Bank Group is the leading development finance institution in Africa. It comprises three distinct entities: the African Development Bank (AfDB), the African Development Fund (ADF) and the Nigeria Trust Fund (NTF). Present on the ground in 44 African countries with an external office in Japan, the Bank contributes to the economic development and social progress of its 54 regional member states. For more information: www.AfDB.org


Example of pairing two manhole covers together in a small place. Perfect consultation project if you also want a manhole cover in narrow areas.
We don’t really get to choose where to have our manholes,
With Alusthetic, we can solve that problem by providing loads of different manhole cover sizes for customers to mix and match.
For this project, our customer needs to install two manhole covers on a narrow pathway in the garden.
They picked the 300mm x 300mm and 450mm x 450mm aluminium recessed manhole under the double-sealed range.
Alusthetic recessed manhole cover has two seal options available, Double-sealed and Triple-sealed. Double-sealed is suitable for exterior uses, whereas triple-sealed is best for interior uses.
The manhole cover also has the right weight loading capacity for the foot traffic of this project.


Benefits of Single-Ply Roofing Systems
Single ply roofing is one of the best options in any modern roofing systems available, and in this discussion, we shall consider the benefits of single ply roofing in any modern constructions. Single-ply roofing involves the utilization of synthetic polymer based on a level roofing material which can be precisely fixed or cemented into a level rooftop, or even a low slant material style which can, in any case, be utilized in green rooftop frameworks in single sheets. More often than not it is provided in rolls, and the material is either completely homogeneous or has a support layer. It is generally lightweight or moreover, it is waterproof and incredibly financially savvy and has zero effect on nature which makes it significantly increasingly mainstream with regards to business roofing arrangements.
Single ply does not add any weight to any structure that it is built upon hence it does not require any further changes to the building plans since it augurs well with any form of construction due to its flexibility to accommodate any type of structure. Installation of single polymer is easy and does not require extreme labor or very many workmen to install it since the process is not complex. Another critical component is the covering ability of the polymer to ensure that inside the structure does not end up hot in the midst of hot days or freezing in the midst of cold days. The material is very viable in any part of the world, in that it can be easily imported without any kind of restrictions and this is due to the fact that every nation knows the importance of using the material since it is environmentally friendly and does not have any greenhouse effect. This really makes the material a perfect material for any kind of improvement or update.
There are a couple of sorts of polymers one of them is Ethylene Propylene Diene Monomer (EPDM) which is a flexible designed versatile layer that is generally used in home endeavors and has a good fire rating which moreover helps in diminishing UV exposure, or dangerous engineered mixtures. This polymer can reflect heat and damaging UV bars and results in lower energy usage. It moreover uses fewer petrochemicals than other roofing materials not neglecting that it furthermore has a stronghold for PVC or fiberglass that is added to give quality, life range, and quality. This likewise adds its life to 20 years subsequently it is a long haul answer for any development venture. In this article, we have had the choice to look at the upsides of Single-handle material systems. If you want more info on this topic, click on this link.
Reference: have a peek at this site


Schedule 40 Gray Electrical conduit is required. Diameter of 6" is required for 9 products or less and 8" diameter for 10 and 12 product trunklines. All joints must be solvent cemented to guarantee a water tight chase. Only ONE 45 or 90 degree radius sweep bend may be used at each end of chase. Conduit must be sealed and capped during construction on both ends. Installer must trim exposed ends to four inches above finished floor during product line installation. After product lines are installed, open ends of the conduit must be capped and sealed watertight.


Spencer Clarke Group are working alongside a local authority in Southwark to appoint a talented
Building Control Group Manager on a contract basis.
As Building Control Group Manager, you’ll play a vital role in managing the building Control Full Plans Team and also support the Head of Building Control, as in order to deliver the Building Control Service and achieve the BC Business Plan and corporate objectives.
The ideal candidate will have a background in building control in a local authority setting,
If that sounds like you, we’d love to hear from you!
Purpose of the role & accountabilities:
- To manage the Major Projects Team and ensure the team meet the statutory targets for decisions on full plans applications and also that all works carried out on site comply with the building regulations.
- Ensure the Major Projects Team effectively manages the determination of full plans applications and a decision is made within the statutory period.
- Be a member of the Building Control Senior Management Team and support the Head of Building Control, in delivering an effective Building Control Service and to achieve the BC Business Plan and corporate objectives. Also make a positive contribution to the management and development of the Building Control Service.
- Deputies for the Head of Building Control including representing them on behalf of the Council in building related matters, in both a legislative and professional capacity.
- Ensure that a customer focused service is provided and a high level of satisfaction with the building control service received and that the service fully respond to the needs of all those who use the Building Control service.
- Provide guidance and advice to customers on achieving compliance and ensure a customer focus service is delivered. Monitor the level of customer satisfaction and deal effectively with any complaints.
- Develop and implement initiatives that maintain and enhance the level of service relating to the building control function, to include areas of enforcement consultation, education and partnerships with other organisations.
- Develop and implement procedures, systems and service standards with stakeholders, to enhance and continuously improves the building control function and service, both at corporate and local level, which comply with policy, codes of practice and legislative requirements.
- Advise the Head of Building Control on the effect of new Building Control legislation and regulations and advising specifically and generally in connection with the appropriate Council, Members, individual Departments, officers and outside bodies.
- Evaluate the impact of changes in legislation to the Council’s overall management of the building control function and use best practice and developments in professional conduct in establishing the Council’s approach to its building control responsibilities, and implement any necessary amendments.
- Respond to Building Control queries received from Members, Chief Officers, Members of Parliament, Ombudsman and external organisations.
- Be part of Building Control’s Dangerous Structure Team including providing out of hours attendance at dangerous structure incidents
Knowledge & qualifications required:
- Corporate membership of, RICS, ABE IStructE, ICE or CIOB; E S / I
- Evidence of continuing professional development E I
- A detailed knowledge of current local authority building control roles and related functions and also building control legislation and the building regulations
- A knowledge and understanding of the ways in which the Building Control process can contribute to regeneration/economic development objectives in an urban area
- An understanding of managing diversity and equal opportunities with regard to Building Control
Experience required :
- Substantial amount of post qualification experience of building control activities particularly in dealing with both full plans and building notices applications
- Experience of working on major projects covering commercial, residential and educational buildings and successfully working with architects, engineers, developers and contractors on complex building regulation applications
- Substantial experience of delivering a customer focused service
- Substantial experience of dealing with dangerous structures, section 20 buildings and section 30 applications
- Experience of marketing Building Control services
- Experience of financial management of substantial budgets
- Evidence of developing and maintaining sound management systems and procedures for Building Control
What’s on offer:
- Negotiable salary (DOE)
- On going contract
- 36 hours per week (9-5)
If you’re interested in the role and would like to apply, please email your up to date CV to email@example.com or call Chris on 01772 954 200


Lubrizol’s history of providing superior piping solutions for residential, commercial and industrial applications dates back to 1959 when Lubrizol (formerly BF Goodrich Performance Materials) pioneered chlorinated polyvinyl chloride (CPVC) for use in piping systems. Their high performance and low-combustibility CPVC technology is backed by robust research and development capabilities. This high-performance piping system is the most widely used CPVC plumbing system in the world. Made by the industry-leader in CPVC, FlowGuard™ products boast more than 50 years of field use. Over that time, billions of feet of pipe and fittings have been successfully installed globally in residential and commercial applications. Further, it continues to offer the industry’s largest network of technical support specialists and provide the necessary education and technical support to help construction partners choose the best system to fit their needs.
The pipes manufactured with Lubrizol’s FlowGuardTM compounds are specially formulated, tested, and proven to maintain water purity, resist corrosion, and last longer than generic CPVC products. They provide exceptional corrosion resistance for hot and cold water plumbing applications, are easily installed using reliable solvent-welded joining techniques and offer quality, cost-effective choice for long-term system service.
Marvel® FlowGuard™ pipes are made from a specialty plastic known chemically as chlorinated poly vinyl chloride (CPVC). This CPVC compound meets cell class 23447 B as defined by ASTM D 1784 and has a design stress of 2000 PSI and a maximum service temperature up to 93°C.
FlowGuardTM pipes & fittings utilize solvent cemented joints, proven with over 50 years of successful CPVC service history, and are available from 15mm (1/2″) to 50mm (2″) in SDR 11 & SDR 13.5 and produced as per ASTM D 2846 (Copper Tube Size pipes and fittings).


Snorkel Man Lift
The Advantages of a Man Lift
For places that are too high to reach by any other means, man lifts offer an easy and safe method to fix problems. These are mechanical lifts that allow employees to safely reach an elevated work place. Often, man lifts are used by construction and service workers to perform work on light poles, buildings and other areas that are very up high to reach by other methods.
Taking safety into account is the major factor when operating a man lift. Ladders are not a practical choice for great heights and hence man lifts are the perfect choice for these areas. Most of these machines are outfitted with emergency shut-off switches and safety rails to make worker safety a main concern.
Man lifts could reach certain heights which other machines cannot reach. This machinery was initially utilized to pick fruit, but has evolved to take on other tasks. For example, they are usually utilized for changing light bulbs and to do finishing work in the construction industry. Usually, man lifts can reach heights of about 20 to 100 feet.
There are smaller man lifts that could operate indoors to carry out jobs in areas such as big office buildings, hotels and sports arenas. They could be powered with electricity. This eliminates the noxious fumes and the hazards associated with them.
Engine-Powered Boom Lifts
An engine-powered boom lift is the solution for workers who have to reach heights both efficiently and quickly. The boom lift allows for a much mobility, capable of moving in many directions. Boom lifts can also easily fit into narrow spaces. Each "joint" in the boom lift is controlled to adjust to different heights to be able to position the worker precisely where she or he has to be to be able to get the job completed. The engine power system is what enables boom lifts to reach their full elevation in not a lot of time. Firefighters often use engine powered boom lifts when they need to quickly ascend to heights during a rescue mission.
- Skyjack Articulating Man lifts
Types of Articulating Man Lifts Man lifts are available in both engine-powered and electric-powered models. These machines are made up ... More
- Terex Straight Man Lifts
Aerial Manlift Hazards Aerial man lifts are personnel lifts such as articulated boom lifts, scissor lifts and boom lifts which use an ... More
- Pecco Tower Cranes
Other KInds of Crawler-Mounted Cranes In order to be able to power a huge variety of machinery, industrial wheel tractors were adapted ... More
- Manitou Counterbalance Forklift
The lift truck is fairly a popular commodity, with their usage is discussed and sought after, each day. The truth is, this comes as no ... More
- Kalmar Container Forklifts
For many years, Kalmar has been developing specially made machinery designed to handle empty containers. Kalmar's empty container ... More


New York, Brooklyn Bridge (1896)
Having taken the world by storm with their projected motion pictures in 1895, the Lumière brothers quickly dispatched cameras to far points of the world, eager to get images that would be exotic or exciting for audiences at home and abroad. This one comes from New York City, and is a rather idiosyncratic view of a still-famous structure.
The camera is set up on train tracks, facing a stationary engine and a small building. A train approaches, turning to exit screen left. As it does so, it blocks the one recognizable arch from the bridge in the distance. Soon other trains cross our view, one quite close to the camera is being driven “backward,” with the engine behind the other cars. These appear to be commuter trains, with people sitting in the coaches. A workman on a ladder is on the other side of the tracks, and at times he seems to look at the camera. It is impossible to tell which side of the East River this image was taken from, but it appears to be at the point where the tracks are turning toward the bridge, not actually on the bridge itself.
Today, we don’t think of the Brooklyn Bridge being for trains. The upper level is largely for pedestrian and bicycle traffic, and below that is roadway for cars. Even buses and trucks don’t cross the bridge anymore, it isn’t used for public transit, just personal transportation. This was not always the case, however, as we see here. It’s surprising that the photographer felt that this view was the best way to show the bridge, since the trains block its most recognizable features for much of the run time. There isn’t a lot to distinguish this from “Arrival of a Train at La Ciotat” or dozens of similar train movies from the nineteenth century, but presumably audience demand was high for this type of film, and getting the famous bridge was a secondary concern.
Director: Alexandre Promio
Camera: Alexandre Promio
Run Time: 50 secs
You can watch it for free: here.


The right colour for your home
POROment and KALKOpor colours from Buschek
POROment and KALKOpor paints ensure breathable masonry right down to the last layer. They contain the same building biology property as the Buschek renovation plasters and thus make the system complete. Ideally suited not only for renovations, but also for healthy, natural living.
Whether silicate or lime paint, whether for interior or exterior use: Buschek paints guarantee a solid coat of paint with above-average durability.
- Silicate or lime paint
- For indoor or outdoor use
- Same, highly breathable property as Buschek plasters
KALKOpor interior lime paint€158,59Includes 20% VAT.Add to shopping cart
KALKOpor lime paint exterior€181,44Includes 20% VAT.Add to shopping cart
POROment silicate paint interior€158,59Includes 20% VAT.Add to shopping cart
POROment silicate paint exterior€181,44Includes 20% VAT.Add to shopping cart


We deal in power generation using diesel and gas-driven generator sets. The main applications in this field are (emergency) power units and cogeneration plants in customized versions.
Power generation with diesel-driven generator sets (gensets)
iesel-driven generators are normally used to produce electricity in locations that have no access to the power grid, or where an emergency power supply is required. This particularly applies to cases where safety to human life, maintaining critical infrastructure or data security must be ensured. Therefore, the installation of emergency power systems in hospitals, subway stations or data centres is indispensable. Up-to-date, efficient systems are often installed within existing premises and are subject to strict statutory provisions.
K & W Drive Systems has specialised in precisely these challenging conditions and provides convincing concepts and technical solutions for emergency generators. Whether you require an installation in an existing building (e.g. hospital) or have a newly planned project (subway line extension): we have the ideal complete solution at our fingertips. More information can be found under Emergency power generators.
Power generation with gas-driven generator sets & cogeneration plants
Gas-driven generators can be used to generate electricity alone. However, it would be more effective to make use of a combination of heat and power (CHP), thus significantly increasing efficiency. In addition to natural gas, biogas and speciality gases are also used. K & W Drive Systems is a cogeneration (CHP) expert and delivers customized concepts for cogeneration plants, above all wastewater treatment plants, which can use sewage gases optimally through the employment of a CHP system. More on this topic can be found under Cogeneration plants (CHP).


Throughout the years, humanity has been evolving and with it the lifestyle, with which every day a better world and social welfare is sought. For this reason, the construction industry has also put its ‘grain of sand’, getting involved in the design of sustainable architecture projects.
What long ago seemed impossible, today is a reality in developed and developing countries, as the materialization of buildings with ecological values is becoming more and more common, and Mexico is no exception.
In 1993, LEED (Leadership in Energy and Environmental Design) certification was born under this concept, an internationally recognized certification system for sustainable buildings created by the U.S. Green Building Council (U.S. Green Building Council). Among the benefits provided by this assessment are:
• Spaces with better conditions for health and productivity.
• Reducción de emisiones de gases de efecto invernadero.
• Access to tax incentives.
• Decrease in operating and waste costs.
• Increased asset value.
• Energy and resource savings.
And in case you didn’t know, companies in Mexico have opted for this type of architecture and construction and have already obtained this certification. Surely you have seen these buildings, you have heard of them or if you do not know them, here are some of them:
Torre Virreyes – Edificio ubicado en la parte baja de las Lomas de Chapultepec, junto al Bosque de Chapultepec.
Torre Mayor – Ubicada en la avenida Paseo de la Reforma, en la Ciudad de México.
4. Torre KOI – Ubicada dentro del complejo VAO en el sector de Valle Oriente en San Pedro Garza García, Nuevo León.
Torre HSBC – La torre HSBC, ubicada en el Paseo de la Reforma, en la Ciudad de México.
Obtaining this certification does not only apply to new buildings, it can also be obtained by those planning a remodeling whose purpose is sustainability, since it evaluates the environmental performance that a building will have throughout its life.
It should be recognized and emphasized that exponentially more civil engineers, architects or real estate developers, among other construction professionals, are looking for efficient alternatives to face environmental and energy challenges.
Reference: BEA Bioconstruction and Alternative Energy


When Glencoe Plant Services invested in a new purpose-built facility at their site in Bedfordshire, they wanted to work with a company that shares their own ethos of taking on projects from start to finish, making Granada the natural choice.
Glencoe Plant Services is part of Masterson Holdings, a construction group with an annual turnover in excess of £140 million, that offers their customers a complete service from pre-tender budgets through to advanced value engineering and programming. Granada’s capability to take a project from design, through manufacturing to installation and commissioning was a key factor in this latest contract award for the onshore division at GMH.
To provide the new facility with optimum flexibility, Granada’s solution was a crane system comprising of an 80 metre freestanding gantry with two 10 tonne electric overhead cranes, complete with load displays and anti-collision systems.
Martin Maddocks, sales engineer at Granada, comments on the project,
“While the last year has been a difficult one for everyone operating in the pandemic, it’s very encouraging to know that our customers are investing and demonstrating confidence – nowhere more so than in the construction industry. Granada’s onshore division continues to have a busy year, with contracts and new projects for clients across the UK – testament to our team’s expertise and the engineering excellence across the company.”


Altern aims at offering Services and Solutions at every stage of a Building Life Cycle to ensure a Holistic Sustainable Approach. The ultimate objective of this concept is to develop buildings which are sustainable in all respects, aiming at Carbon Neutral Buildings from the early design stages.Using advanced Simulation Software, Altern offers the possibility to analyse different design options, materials and building envelope features which aid the Energy Performance of a building.At implementation stage, Altern uses its expertise to propose the ideal Sustainable Solutions for the reduction in energy consumption, as well as the production of Alternative Energy.
The building is Digitally Simulated under different Maltese (or any other location) environmental conditions (Daily, Monthly, Seasonal), to output the building thermal loads. Such a software gives the possibility to analyze in detail the periodic temperatures and thermal loads of each room in a building, months before constructing the real structure.
The software is used by Altern Engineers at various stages in a Building life cycle including:
- The choice of specific materials and assembly methods of Walls, Roofs, Glazing, and Partitions.
- The choice of passive cooling systems and their effects on the building
- The simulation of the Building Thermal Performance under specific environmental conditions, taking into consideration outdoor effects such as third-party building shading
- The simulation of the Building Thermal Performance under different load conditions (e.g. occupancy, lighting, etc.)
- The Design of correct HVAC systems for each specific room and area, for maximum efficiency
This software also gives the possibility to compare the building to a simulated Baseline Building as specified by the local Energy Legislations. It can be shown that, such simulations offer the most accurate results in building energy performance and grading.
Throughout, Altern uses its partners to ensure sustainability at all levels, including Waste Management during project implementation, as well as at the end of the project lifetime.


When the sun sets and darkness envelops the streets, we rely on street lighting to guide our way and ensure safety.
But have you ever wondered who foots the bill for this essential service?
In this blog post, we will delve into the responsibilities and arrangements surrounding the payment of electric bills for street lighting.
In most cases, the primary responsibility for paying the electric bill for street lighting falls upon the shoulders of the local government or municipality.
They recognize the importance of well-lit streets for the community’s safety and convenience and allocate funds accordingly from their budget.
Funding for street lighting is often considered a part of the local government’s infrastructure expenditure. This expenditure is a crucial investment to ensure that the public spaces within the jurisdiction are adequately illuminated.
The funds allocated cover various aspects, including the purchase of street lights, installation, maintenance, and, of course, electricity costs.
While the local government commonly bears the financial burden, some arrangements involve shared responsibilities with utility companies.
In these cases, the local government pays for the electricity consumption, while the utility company takes care of the maintenance and infrastructure aspects of the street lighting system.
This shared responsibility model can have its advantages. Utility companies, with their expertise and experience, can efficiently manage the maintenance and repair of the street lights, ensuring they are in optimal working condition.
Simultaneously, the local government can focus on strategic planning, budget allocation, and meeting the community’s overall lighting needs.
Another approach to managing street lighting expenses is through public-private partnerships (PPPs). Under this model, a private entity collaborates with the local government to handle various aspects of street lighting, including financing, installation, maintenance, and billing.
In PPPs, the private entity often assumes responsibility for the electric bill, as they typically enter into long-term agreements with the local government.
The private partner invests capital and recoups the investment through a portion of the savings generated from the use of energy-efficient lighting systems or through negotiated service fees.
These partnerships can be beneficial, as the private entity brings specialized knowledge and innovative solutions to enhance street lighting efficiency and sustainability.
Regional and International Variations
It is essential to note that the payment of electric bills for street lighting can differ across regions and even within countries. Local policies, budgetary considerations, and government regulations influence the specific arrangements.
In some areas, neighborhoods or homeowners’ associations may contribute to the funding of street lighting within their communities.
This collaboration ensures that the local government’s financial burden is shared, promoting a sense of ownership and pride within the community.
Street lighting plays a vital role in ensuring safe and well-illuminated public spaces, allowing individuals to navigate their surroundings with ease.
The responsibility for paying the electric bill for street lighting is commonly shouldered by the local government, funded through their budget allocations.
However, shared responsibilities with utility companies and public-private partnerships offer alternative models to manage street lighting expenses.
Understanding the intricacies of who pays the electric bill for street lighting provides insights into the behind-the-scenes operations that keep our streets illuminated. By appreciating the efforts involved, we can work towards creating efficient, sustainable, and well-lit communities for all to enjoy.


Bulking and Liquid Mud Plants Storage Facilities
A Bulk Plant silo platform on the jetty head provides silos (capacity 110 m3 and 135m3) for the storage and rapid loading of bulk
materials such as Barite, Bentonite, and Cement.
The Liquid Mud Plants (LMP) provides mixing, storing, and pumping of drilling fluids such as Oil Base Mud, Water Base Mud, Base
Oil, and Brines to meet the demands of deepwater drilling activities.