Spherical bearings are designed to carry combinations of vertical loads, horizontal loads, longitudinal and transversal movements and rotations and they are used in steel and concrete road and railway bridges. The bearing is composed by steel elements coupled with PTFE surface to allow movement and rotations. One side of the internal steel plate is machined as a spherical surface to allow tilting movement (rotation) whilst on the other side a flat sliding surface is obtained to allow displacements.
Depending on whether the bearing is fixed, guided or a free sliding, spherical bearings accommodate vertical loads and corresponding horizontal forces, as well as movements in longitudinal or transversal directions. Spherical bearings are producing according to latest IRC specifications also to the clients request they can produced according other codes as well.


Architecture firms are pursuing transparency and disclosure en route to achieving high sustainability ratings for their clients’ buildings.
“Transparency and healthy materials is one of the hottest topics in the green building industry,” says SERA Architecture’s Lisa Petterson, AIA, LC, LEED AP BD+C. “We are seeing more and more emphasis on actual rather than predicted performance.”
With partners Lucid and Enmetric, SERA is studying plug load use in its own Portland, Ore., office, to see how to save energy. A previous research project on water savings in actual projects led to regulatory changes in Oregon.
VOA Associates is developing post-occupancy surveys to collect building performance data. “This will help us understand human interaction on specific buildings and building types, to inform future projects and help us create better, healthier built environments,” says VOA Sustainability Leader Susan Heinking, AIA, NCARB, LEED AP O+M.
To get a better handle on real performance numbers, HDR Architecture has developed two metrics: the Sustainable Return on Investment (SROI), which computes a dollar-based measure of project goals in reducing energy, water, and waste; and the Sustainability-adjusted Life Cycle Cost Analysis (SLCCA), which evaluates the full cost of design decisions so that benchmarks can be developed for sustainable design decisions.
As a firm that does work all over the world, Gensler has to be attuned to many different climates; hence its use of design performance analysis software at the beginning of virtually all projects, says Kirsten Ritchie, PE, LEED AP O+M, the firm’s Sustainable Design Director. “We develop early conceptual designs and use building simulation software to measure design impacts on energy, carbon, water, and daylight,” she says. “This enables us to make design decisions that ‘tune’ our building performance.”
Firms are finding, however, that energy modeling, while usually helpful, is not an end in itself. “It narrows the universe of options really quickly and helps us make the right moves as early [in design] as possible,” says Heather Holdridge, Assoc. AIA, EIT, LEED AP BD+C, Sustainability Coordinator with Lake|Flato Architects. “It helps us to set some clear goals early in the process.”
At Cannon Design, project teams have a proprietary design tool at their fingertips—it’s called Material LIFE—that enables them to compare construction systems and materials from cradle to gate. According to Sustainability Director Rand Ekman, AIA, LEED Fellow, this process allows designers to choose materials that not only reduce global energy use but also have a positive life cycle impact.
MINING FOR PRECIOUS GOLD—AND MORE
More and more architecture firms are pushing higher and higher on the sustainability ladder.
For example, PGAL has executed numerous high-LEED projects in recent years: the net-zero-ready Bachelor Enlisted Quarters at Marine Corps Air Ground Combat Center, Twentynine Palms, Calif., awaiting Platinum certification; Gold-certified Innovation Village Apartments at Florida Atlantic University; the $42 million U.S. Federal Courthouse, Fort Pierce, Fla., awaiting Gold certification; and two transport projects seeking LEED Gold—the Consolidated Rental Car Facility at Boston’s Logan International Airport and the Regional Intermodal Transit Center at Bob Hope Airport, Burbank, Calif.
Globetrotting firm RTKL recently earned LEED Gold for the Mirdif City Centre, a 230,000-sf mall with parking for 7,000 cars, in Dubai. Another LEED project, the 135,000-sf Mall of Egypt, in Cairo, was also completed for client Majid Al Futtaim Properties. Closer to home, RTKL gained LEED Gold for the 21,000-sf White Oak Wonders, a child care center on the campus of the Food and Drug Administration headquarters in White Oak, Md.
WD Partners, a leader in green retail design, emphasizes the ongoing investment value of sustainability to clients like grocers Whole Foods, Price Chopper, and Fresh & Easy. The firm collaborated with UTC Power on the installation of a 400-kW fuel cell at a Stop & Shop in East Torrington, Conn., that provides 95% of the store’s electrical needs; the store’s total utility bills have been trimmed in half in the last two years.
WD Partners has also contracted with the U.S. Energy Department’s Pacific Northwest National Lab to develop the next-generation Home Depot retail outlet—one that will cut energy use 50%.
Design firms are also widening their green service capabilities. Atkins has launched a retro-commissioning business, based in Fort Myers, Fla., to capture some of the potential $1.8 billion that Pike Research projects will propel the retro-Cx market by 2014.
Firms are also stretching their goals. Net-zero energy is no longer the impossible dream, as the Health Professions & Student Services Building at North Shore Community College, Danvers, Mass., demonstrates
The three-story, LEED Gold building uses a 50-well geothermal system, chilled beams, and a tight building envelope to reduce energy consumption, and roof-mounted PVs to generate the power needed to make the building net-zero for energy. DiMella Shaffer Associates (designer) and Walsh Brothers (CM) headed the team.
On the green horizon: PNC Bank Headquarters, under design by Gensler and Buro Happold (SE, MEP, modeling consultant). The client for this $400 million, 800,000-sf tower, PNC’s Gary Saulson, has publicly defined his “modest” demands—to make it the “greenest high-rise building in the world,” with the lowest predicted energy use intensity. We’ll find out how well the Building Team did to meet these goals in about three years. +


Miami Condo Needed Over $9 Million In Repairs Years Before Collapse, Emails Showhttps://t.co/ym8nZ8aDwx
— Daily Caller (@DailyCaller) June 27, 2021
“The failed waterproofing is causing major structural damage to the concrete structural slab below these areas.
Failure to replace the waterproofing in the near future will cause the extent of the concrete deterioration to expand exponentially.”https://t.co/YNuwIORthd
— Washington Examiner (@dcexaminer) June 27, 2021
“Nearly three years before an oceanfront building collapsed near Miami, an engineering firm estimated that major repairs the building needed would cost more than $9 million, according to newly released emails.” https://t.co/lSmgBeMRql via @Newsmax
— Logan Ratick (@Logan_Ratick) June 27, 2021


Wallis Annenberg Center for the Performing Arts opens to the public.
In October, the historic Beverly Hills Post Office building was reborn as a significant component of the Wallis Annenberg Center for the Performing Arts. The 1934 former post office was adapted and expanded as part of the $70-million, 2.5 acre performing arts campus which contains two theaters and a performing arts school for youth. Zoltan Pali, FAIA, of Studio Pali Fekete Architects designed the project, including a contemporary new facility and sculpture garden south of the historic structure. HRG has been part of the project team for many years, from CEQA review through design and execution, including working along side artisan contractors on the roof and masonry wall restoration. Congratulations to the City of Beverly Hills, the Center (orchestrated by Ms. Lou Moore), construction managers Rodney Freeman and Elaine Nesbit, and Jason Lin’s team at Matt Construction for a striking addition to the cultural landscape of Beverly Hills.


Based in Gauteng South Africa and delivering projects nationwide, we are a dynamic organization who repeatedly complete contracts to the satisfaction of our customers with integrity, performance, and value.
Wholly self funded and sustainable, we undertake contracts of varying nature and value across all construction sectors.
Our professional management team hold over 50 years combined experience to ensure works are carried on to the satisfaction of our clients at all times.
Gamula Construction has established a proven track record in groundwork and major civil engineering projects, ranging from turnkey construction projects to social and private housing developments. More increasingly, we find ourselves in leading roles as the main or sub-contractor.
Our scope of works embrace every aspect of the construction cycle from the initial site survey to liaising with the Project Engineer on:
We have earned an enviable reputation as a quality provider, solving complex problems but moreover, for successfully delivering projects on either a stand-alone basis or as part of a consortium, offering a larger package to major contractors, local authorities and consulting engineers. Our one stop shop approach is supplemented by an extensive training & development program ensuring that all site staff “get it right first time”.
Our management and contract team have experience in all aspects of civil engineering and have a wealth of resources to call on including; our In House Training, Health & Safety and Surveying Departments, enabling us to meet all requirements demanded on any size of contract.


New Orleans Lakefront Airport Terminal / Administration Building Hurricane Repairs & Restoration
New Orleans, LA
RCLA is proud to have led the restoration of the New Orleans Lakefront Airport Terminal Building to its original Art Deco Grandeur. The building was built in the early 1930’s by Artisans and Master Craftsmen during the Works Progress Administration Period. It was later transformed into a potential military shelter following the Cuban Missile Crisis in the 1960’s. Heavily damaged during Hurricane Katrina, the terminal was stripped of the concrete panel cladding that entombed this historically significant structure. This project involved the complete restoration for this extensively damaged, historically significant building. Included a complete interior restoration and all new mechanical and lighting systems (including sprinkler and fire alarms) and partial structure repairs and total exterior repairs.
Cost: $19,000,000 Size: 43,000 sf
900 WEST CAUSEWAY APPROACH I MANDEVILLE, LOUISIANA 70471 I PH. 985.727.4440 I email@example.com


Dr. Dursun Zafer Seker is a full professor in ITU, Istanbul Technical University, Civil Engineering Faculty, Department of Geomatics. His researches and studies are mostly related to GIS, Photogrammetry and Remote Sensing. He currently works on using GIS and Remote Sensing on the Environmental Issues, GIS Based Coastal Zone Management, Watershed Management and Documentation of Cultural Heritage.
He has more than 50 SCI paper, around 15 research paper published in Turkish Journals, more than 100 papers which were presented in the International Conference and Symposium and more than 50 papers presented in the National Organizations. He worked in many projected related to environment and GIS. He is also working as reviewer in many national and international journal related to Geomatics and Environment. He has been charged as the actively as scientific committee member of several national and international conferences.


VENTILATION DUCT CLEANING >REVIEWS:
BRIDGEWATER BOARDWALK APARTMENTS KANGAROO POINT
Kangaroo Point, Brisbane, Queensland
Bridgewater Boardwalk Apartments are nestled along the Brisbane River at renowned Kangaroo Point and feature sweeping views over the river to Brisbane’s city centre. SafeAir were contracted by on-site Management and the Body Corporate to deep-clean ventilation duct systems throughout its 23 apartments.
Having completed a positive and successful deep-clean on the ventilation duct systems at Bridgewater Terraces, building Management and the Body Corporate for Bridgewater Boardwalk made the proactive choice to engage SafeAir to deep-clean their ventilation duct systems as well as their sister complexes Riverview Terraces Apartments and Bridgewater Quays.
SafeAir used its deep-cleaning techniques to remove all accumulated matter from within the buildings ventilation duct system. Any potential fire or health risks were extracted from the ducts in apartments and roof exhaust fans were cleaned and restored back to good working order for greater system efficiency.
管理是满意的改善人工智能rflow suction throughout bathroom, en suite and laundry areas and daily access requirements to apartments were managed with no disruptions to residents or their guests.
Management and the Body Corporate for Bridgewater Boardwalk Apartments also chose to update apartment air vents, air registers and control dampers in order to modernise the look of apartments and for greater exhaust efficiency and correct system operation in bathroom, en suite and laundry areas. Replacing air vents and air registers adds value to apartments and allows earlier constructed buildings to keep pace with more modern establishments that have newer ventilation systems that benefit from fresh, clean air.
Air moisture and humid conditions can cause damper control mechanisms to fail due to rust and corrosion. Damper control fins and casings can break apart or seize completely. Dampers allow airflow to be controlled into the exhaust ventilation duct system in each apartment and at each floor level. The damper fins are set in position when the ventilation duct system is installed during construction of the building and are designed to allow the system to have a balanced rate of airflow throughout all floor levels and apartments..
SafeAir provide duct cleaning services in Brisbane and surrounding regions including the Sunshine Coast and Gold Coast. South East Queensland’s growing population, large scale construction and building developments, road and infrastructure upgrades as well as the increasing demand for public transport throughout our cities can all lead to an increase in air particles including dirt and dust which make their way into our homes and into our ventilation systems.
Be sure to engage a professional duct cleaning contractor with the necessary tools and equipment to deep-clean your buildings ventilation duct systems to an approved standard and meet Australian Standards guidelines for a recommended number of air-changes per hour in toilet, bathroom, en suite and laundry areas.
“Very reliable and did a great job with no mess.”


We are currently looking for a Graduate Engineer with a degree in Civil or Structural Engineering to assist our Senior Engineers on a wide range of projects, in a variety of sectors.
In addition the successful candidate should be enthusiastic and self-motivated. They should have a passion for architecturally challenging building design and excellent communication skills.
Main tasks to include:
– Preparation of structural calculations and specifications
– Liaising with internal contacts to determine project requirements
– Ensuring projects are completed to agreed budgets and timescales
– Efficient design using steel, masonry, timber and concrete
Key attributes required:
– Computer literate with knowledge of AutoCAD and typical engineering modelling software
– Ability to manage own workload
– Well organised and methodical
– Excellent written and verbal communication skills
– Some site experience useful
– Clean driving licence preferable
– Full training will be provided but independent study and the ability to learn quickly will be essential to this position.
– Candidates will be expected to take a short test to assess general engineering knowledge.
Please send CVs to Linda Capon at Linda@pcaconsulting.uk
PCA Consulting Engineers
117 Fore Street


Hire Construction & Slip And Fall Accident Lawyers In Queens
Accidents happen every day, and an unfortunate truth of life is that accidents are unavoidable. In some instances, accidents aren’t a big deal, but in other instances an accident can lead to a disastrous event, one that results in many injuries and extensive damage.
As far as construction sites are concerned, many accidents that happen in or around these result in injury, property damage, and death. After all, there’s heavy machinery everywhere, individuals working at high elevations, frequent exposure to dangerous materials—with all these hazards present, it’s only a matter of time before an accident happens.
Many kinds of accidents happen in or around construction sites, but one of the most common accidents is an individual slipping and falling. Of course slip and fall accidents don’t just happen at construction sites, but with materials, tools, liquids, and other things strewn all over the place at construction sites, it’s much easier for someone to slip and fall at a construction site.
So how does an injured party seek compensation after they get hurt at a construction site? Does a construction site worker have to pursue a special process to seek compensation? What if an injury is construction-site related but the event which caused it didn’t happen inside the site? An experienced and skilled construction accident lawyer, one who knows the ins and outs of slip and fall cases, will be able to answer these questions.
Call 1 800 HURT 511 if you’ve been injured in a construction site accident. Our construction accident lawyers in Queens are also slip and fall case experts, so they’ll be able to help you navigate the complexities of a slip and fall case, whether it was related to a construction site or not.
Do Construction Site Workers Slip and Fall?
According to OSHA, slip and fall accidents claimed the lives of more than 300 construction workers in 2018, and what’s even more unfortunate is that the vast majority of these deaths could’ve been prevented. It’s an unfortunate reality, but many construction site workers are not properly trained. Also, a lot of sites are without proper fall-prevention equipment.
For these reasons as well as others, construction site workers are especially prone to slipping and falling. And in a lot of cases, when a construction worker slips and falls, the surface that’ll break their fall is hundreds, if not thousands, of feet below them.
Construction site slip and fall accidents can often be broken down into two categories:
Same-Level Falls: Falls of this nature usually result in minor injuries, like cuts, bruises, muscle strains, and minor concussions.
Falling to a Lower Level: Falls of this nature can be a lot more severe, and many of them are even fatal. The larger the distance one falls, the greater their injuries will be.
Does a Construction Site Create Hazards?
While working at a construction site, a construction worker will face a range of hazards, whether they’re working on the ground floor, on scaffolding, or several stories in the air. Since there are hazards everywhere at a construction site, workers need to be especially cautious, though some accidents happen regardless of how cautious workers are. Here are some of the hazards that lead to slip and fall accidents at construction sites:
- Uneven surfaces
- Worn or uneven carpeting
- Loose or damaged floorboards
- Wet floors and floors that have been recently waxed or polished
- Strewn debris and materials
- Cords and electrical wiring
- Scattered tools
- Handrails that are broken or defective
- Insufficient lighting
Are Construction Accident Injuries and Slip & Fall Injuries Similar?
Not all accidents that happen at construction sites are the result of slipping and falling. However, when a construction worker slips and falls at a site, it’s likely they’ll sustain injuries that an individual who slips and falls outside of a construction site would sustain.
Again, what separates construction-related slip and fall accidents from non-construction slip and fall accidents is the degree of severity. Because construction site workers are exposed to more hazards, there’s a greater chance that their injuries from a slip and fall accident will be more severe. Still, there are plenty of non-construction slip and fall accidents that result in a fatality. One might even lose their life by slipping and falling on a concrete sidewalk.
Are Construction Accident Lawyers Slip & Fall Accident Experts as Well?
Since a great number of construction accidents are caused by slipping and falling, a construction accident lawyer must understand the nature of slip and fall accidents. An experienced and skilled construction accident lawyer will know which hazards are likely to cause a slip and fall accident at a construction site, and they’ll also be able to accurately depict the extent of one’s injuries. Moreover, a construction accident lawyer will know who bears responsibility for the accident, so they’ll be able to pursue compensation from the appropriate parties.
Are the Construction Accident and Slip & Fall Claim Processes Similar?
A major difference between construction-related slip and fall accidents and slip and fall accidents that happen outside of a construction site is that usually construction site workers are covered by workers’ compensation. Therefore, if a worker gets injured because they slipped and fell, they won’t be able to sue their employer. Rather, they’ll be compensated by their employer’s insurance company.
However, there are instances when an accident is not covered by workers’ compensation. For example, if a worker slips and falls at a site while being under the influence of drugs or alcohol, they won’t be able to seek workers’ compensation.
In a non-construction slip and fall accident, a plaintiff would sue whoever owned the property on which they slipped and fell, and here they would be relying on premises liability.
Why Hiring a Lawyer Is Advised in either Instance
Whether your slip and fall accident happened at a construction site or outside one, it’s best to get in touch with a lawyer right away, as they’ll help you pursue compensation. Our slip and fall accident lawyers in Queens have been sought after for years, and we’ve secured hundreds of favorable judgments for our clients.
Call 1 800 HURT 511 when you need best-in-class legal representation!


With industry-leading knowledge and experience, a strong client-first focus and through collaboration with key supply chain partners, PTS Solutions delivers safe projects of an exceptional standard whilst adding value to all stakeholders.
All our projects implement best-practice in Health, Safety, Quality and Environmental Management Systems that support our business in delivering projects safely and to a high standard, without harm to the environment.
We aim for continual improvement in all that we do and are focused on evolving to support the sustainable growth of our business.
Post Tensioning & Structural Solutions provides a diverse range of specialist construction and engineering services to the private and public sector clients, including Road, Water, Bridge and Energy authorities and private commercial, industrial and residential developers.
Our team has a wealth of experience as a specialist solutions provider in the design and construction of infrastructure and are able to solve complex construction and engineering challenges.
We provide technical advice and designs which benefit the client practically and economically.
We have extensive knowledge and experience in the post tensioning, stay cable, heavy lifting, bridge-jacking and incremental launching fields, supplementing our capabilities with those from our design partners. Our team has collectively over 80 years’ construction experience in the industry, gained in Southern Africa and in Europe, whilst our design partners are leaders in their field.
We have a comprehensive range of products and services from concept through to design and construction to meet your engineering project requirements.
We can advise on technical solutions to provide a design and construct solution to suit a range of geo-technical requirements. Our range of construction products includes bridge bearings and joints, high tensile stress bars and fittings.
We can advise on the correct concrete repair and strengthening solution and offer the following services:


Sand Mound Installation & Repair
Nothing is worse than moving into a new area and realizing your plumbing needs are different from before! Depending on your area, traditional sewage systems might not work. That’s where Sand Mounts come in!
Sand Mounts are an on-site sewage disposal system that is elevated above the natural soil surface in a suitable sand fill material. They are an option in areas of shallow soil depth, high groundwater, or shallow bedrock. The constructed sand mound contains a drainfield trench.
Don’t worry, A Plus Plumbing have the tools and equipment to install and maintain a Sand Mount. We’ve got you covered!
What Our Clients Say about Us
“Andy came to our home within 24 hours of contacting him. He quickly fixed our plumbing issue, which was a tremendous relief. He is quite personable and punctual. "
“Excellent service, from setting up appointment to fixing the problem. Andy arrived at on time, was professional, friendly, and knowledgeable. He looked at the problem, explained the fix, and gave me a quote before he started.”
"Our experience was great. Andy was responsive and identified our plumbing problem that another plumber missed! His work was thorough and he did a great job communicating with us."


Pipe leaks in sewer systems can be a major headache for property owners. Not only do they cause unpleasant odors and unsanitary conditions, but they can also lead to structural damage if left unaddressed. Traditionally, the solution for sewer leaks involved digging up the pipes and replacing them entirely. However, advancements in technology have introduced a more efficient and cost-effective method called pipe relining. In this article, we will explore the pros and cons of pipe relining for sewer leaks, providing you with valuable insights to make an informed decision. Blocked downpipes and overflowing or sagging gutters are common signs of a damaged stormwater drainage system so to fix these you will need the services of stormwater relining Northern Beaches.
What is Pipe Relining?
Pipe relining is a trenchless technology that involves rehabilitating damaged or leaking pipes without the need for extensive excavation. It is a minimally invasive solution that provides a durable and long-lasting fix for sewer leaks. By lining the existing pipes with a resin-based material, pipe relining creates a new pipe within the old one, effectively sealing any cracks, leaks, or root intrusions.
Pros of Pipe Relining
Longevity and Durability
One of the significant advantages of pipe relining is its longevity and durability. The resin-based liner used in the process is designed to withstand the test of time. It is resistant to corrosion and deterioration, ensuring that your sewer system remains leak-free for many years to come. Unlike traditional pipe replacements, which may require future repairs, pipe relining offers a more permanent solution.
Pipe relining can be a cost-effective alternative to traditional pipe replacement methods. Since it doesn’t require extensive excavation, it eliminates the need for costly digging equipment and the subsequent restoration of landscaping or hardscaping. Additionally, pipe relining saves on labor costs by reducing the time and effort required for the installation. Overall, it provides a more budget-friendly solution without compromising on quality.
Minimal Disruption to Property
Unlike traditional pipe replacement, which can cause significant disruption to your property, pipe relining minimizes the disturbance. With no need for large-scale excavation, the process is less invasive and doesn’t require tearing up driveways, gardens, or other structures. This means minimal disruption to your daily life and a quicker resolution to your sewer leak problems.
Pipe relining is an environmentally friendly option for repairing sewer leaks. By avoiding extensive excavation, it reduces the carbon footprint associated with traditional pipe replacement methods. Pipe relining also minimizes the amount of waste generated since the existing pipes are rehabilitated rather than discarded. This eco-friendly approach aligns with sustainable practices and contributes to a greener future.
Cons of Pipe Relining
Pipe relining may not be suitable for all situations. It is most effective for pipes with moderate damage or leaks. In cases of severely deteriorated or collapsed pipes, traditional replacement methods may be more appropriate. Additionally, certain pipe materials may not be compatible with the pipe relining process. It is crucial to consult with a professional to assess the feasibility of pipe relining for your specific situation.
While pipe relining offers long-term cost savings, the initial cost may be higher compared to traditional repairs. The specialized materials and equipment required for pipe relining can contribute to a higher upfront investment. However, it is essential to consider the long-term benefits and potential savings in future repairs and excavations.
Pipe relining requires specialized knowledge and expertise for successful installations. It involves precise measurements, thorough cleaning of the pipes, and careful insertion and curing of the liner. Improper installation can lead to issues such as wrinkling, misalignment, or incomplete sealing, which may compromise the effectiveness of the repair. It is crucial to choose a reputable pipe relining service provider with experience in handling complex installations.
Potential for Incomplete Seal
While pipe relining aims to provide a seamless and watertight seal, there is a slight possibility of an incomplete seal in some cases. Factors such as irregular pipe shapes or challenging access points can make it challenging to achieve a perfect seal throughout the entire pipe length. However, reputable pipe relining service providers conduct thorough inspections to ensure the integrity of the relined pipes.
Comparison with Traditional Pipe Replacement
When considering pipe relining for sewer leaks, it is essential to compare it with traditional pipe replacement methods. Traditional pipe replacement involves excavating the old pipes and replacing them entirely with new ones. While it is a well-established and reliable solution, it comes with disadvantages such as extensive property disruption, higher costs, and longer project durations. Pipe relining, on the other hand, offers a less invasive and more efficient alternative, with benefits like cost savings, minimal property disruption, and a durable repair solution.
How Does Pipe Relining Work?
To understand the pipe relining process, let’s take a closer look at the step-by-step procedure involved:
Inspection and Cleaning
The first step is to conduct a thorough inspection of the sewer pipes using advanced technologies such as CCTV cameras. This inspection helps identify the extent of damage, blockages, or root intrusions. Once the assessment is complete, the pipes are cleaned using high-pressure water jets or mechanical brushes to remove debris and obstructions.
Inserting the Liner
After cleaning, a resin-soaked liner, usually made of a flexible material like felt or fiberglass, is inserted into the damaged pipe. The liner is carefully positioned to cover the areas of damage, cracks, or leaks.
Curing the Liner
Once the liner is in place, it is inflated and pressed against the inner walls of the existing pipe. This ensures a tight fit and enables the resin to bond with the pipe’s surface. The resin is then cured using hot water or ultraviolet light, allowing it to harden and form a durable, seamless lining.
After the curing process, a final inspection is conducted to ensure the quality and effectiveness of the relined pipe. CCTV cameras or other inspection methods are used to verify that the pipe has been properly sealed and restored to its optimal functionality.
Is Pipe Relining Suitable for Your Situation
When considering pipe relining for your situation, several factors need to be taken into account:
Type of Pipes
Pipe relining is compatible with various types of pipes, including clay, cast iron, PVC, and concrete pipes. However, it is crucial to assess the condition and suitability of the existing pipes before opting for relining. Consulting with a professional can help determine if your pipes are suitable for the relining process.
Severity of Damage
Pipe relining is most effective for pipes with moderate damage, cracks, or leaks. If the pipes have extensive deterioration or collapse, traditional pipe replacement may be the better option. A professional assessment can help evaluate the severity of the damage and guide you towards the appropriate solution.
Another aspect to consider is the impact of the repair process on your property. Pipe relining offers the advantage of minimal disruption compared to traditional pipe replacement. If preserving your landscaping, driveways, or other structures is important to you, pipe relining may be a suitable choice. However, if property disruptions are not a concern, traditional replacement methods could also be considered.
Choosing the Right Pipe Relining Service Provider
To ensure a successful pipe relining project, it is crucial to select a reputable and experienced service provider. Consider the following factors when choosing a pipe relining service:
Experience and Expertise
Look for a service provider with a proven track record in pipe relining. Experience plays a vital role in the proper assessment, installation, and quality control of the relining process. An experienced provider will have the necessary skills and knowledge to handle complex situations.
Quality Materials and Techniques
Ensure that the service provider uses high-quality materials and advanced techniques for pipe relining. The durability and effectiveness of the repair depend on the quality of the liner and the resin used. Research the materials and techniques employed by the service provider to make an informed decision.
Customer Reviews and References
Read customer reviews and seek references from the pipe relining service provider. Feedback from previous clients can give you insights into their reliability, professionalism, and the quality of their work. Positive reviews and satisfied customers are indicators of a reputable service provider.
Pipe relining offers a range of benefits for addressing sewer leaks, including longevity, cost-effectiveness, minimal disruption, and environmental friendliness. It provides a durable solution that can extend the life of your sewer system and mitigate the inconvenience caused by leaks. However, it is essential to consider the limitations and factors specific to your situation before opting for pipe relining. Consulting with a professional pipe relining service provider will help determine the most suitable approach for your sewer repair needs. Take note of our company before choosing other companies for pipe relining.


02/18/2014 Turf Mowing
02/18/2014 Turf Mowing
2/19/2014 9:27:44 AM
2/19/2014 9:27:43 AM
Clerks Office - Type
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Mount Prospect Public Works Department
INTEROFFICE MEMORANDUM
9.
TREE CM USA
TO: VILLAGE MANAGER MICHAEL E. JANONIS
FROM: FORESTRY /GROUNDS SUPERINTENDENT
DATE: FEBRUARY 12, 2014
SUBJECT: BID RESULTS — TURF MOWING — $66,300.00
BACKGROUND
Sealed bids for turf mowing were opened on January 27, 2014. This contract is for the mowing
of publicly owned sites during the calendar years 2014 through 2016.
BID RESULTS
Twenty invitational bids were mailed and a notice was published in a local newspaper. Six bids
and one "no bid" letter were received. Bid results to mow 80 sites totaling an estimated
2,128,673 square feet are shown below.
Contractor
2014 Total
2014 -2016 Total Cost
Gambino Landscaping
$61,353.00
$184,059.00
Flecks Landscaping
$65,100.00
$195,300.00
Herrera Landscape, Inc.
$65,949.00
$203,698.80
Milieu Design Inc.
$66,013.80
$202,330.50
KGI Landscaping
$76,352.10
$229,056.30
Moore Landscapes, Inc.
$190,682.40
$590,844.30
Grounds Keeper
No Bid Letter
DISCUSSION
The bid totals above are based on an expected 30 weekly mowings per year, but we have the
ability to add or subtract mowing as determined by turf growth. We also have the ability to
remove sites from the contractor's assignment list if we wish.
The apparent low bidder was Gambino Landscaping, but Gambino failed to submit with their bid
the required 10% bid bond. For this reason, Gambino's bid must be considered to be non-
responsive.
The next lowest bidder, Fleck's Landscaping, submitted four satisfied references for municipal
or school district mowing contracts. In addition, Fleck's has mowed satisfactorily for us in the
past, taking over our mowing contract when they bought out Lundstrom's Nursery in the summer

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Let Geo LEED the Way
Developed by The United States Green Building Council (USGBC) the Leadership in Energy and Environmental Design (LEED) is a rating system for sustainable building design / construction and is designed to encourage the construction of buildings that use less energy, water and natural resources in order to minimize the impact of a structure on the local environment during construction and throughout its useful life. Learn the benefits of LEED certification and how geothermal heating and cooling systems can be used to help achieve LEED status on any building with this short guide.
About the Author
Ryan Carda has been involved in the ground source heat pump industry for over 5 years. His involvement in the industry has included research, development and technical support for thermally-enhanced grouting materials in addition to design, installation, commissioning and troubleshooting of all types of geothermal systems.
Ryan has provided loopfield design assistance to PEs across the country on commercial projects exceeding 5000-tons worth of installed closed-loop GSHP system capacity. He is a co-author of “Design and Installation of Residential and Light Commercial GSHP Systems”, developed in cooperation with the International Ground Source Heat Pump Association (IGSHPA).
Since his involvement as co-author of IGSHPA’s latest design and installation manual, Ryan’s efforts have primarily turned to the development and advancement of LoopLink RLC and LoopLink PRO, our web-based ground source heat pump modeling and design software programs.
Ryan graduated with his Master of Science degree in Engineering from South Dakota State University in 2006.


Europe’s largest industrial water recycling plant
The textile district of Prato has the largest wastewater recycling system in Europe.
A system that has been realized thanks to the shared commitment of many companies in the area, convinced that the reduction of the environmental impact has a greater weight if to share the path are more subjects, instead of a single company.
This wastewater recycling plant is one of the first in Europe. Even today, it is the largest industrial aqueduct for the distribution of recycled water for industrial purposes.
How the wastewater recycling plant works
The plant of the Textile District of Prato involves over 350 companies that use recycled water instead of drinking water from water table.
The network of pipes is 60 km long and, every year collects about 3.5 million cubic meters of water. The wastewater recycling plant collects and treats the water that comes from the processing of farms in Prato.
The collaboration with GIDA
The centralized wastewater treatment system and recycling plant are operated by GIDA, a non-profit company with mixed public and private capital. The majority shareholder of the company is the Municipality of Prato, the other members are Confindustria Toscana Nord and Gruppo CONSIAG.
The advantages of the water recycling plant
The use of the wastewater treatment plant, over time, has allowed achieving several goals.
- reduce the consumption of water for industrial activity, so as to ensure the need for drinking water for other uses
- do not pollute water to meet industrial needs
- reduce the impact of wastewater (collected, purified, and recirculated in industrial activity) on the surrounding environment
In fact, purified and recycled water can be reused for some textile production processes, but also in the fire prevention system. In this way, all companies, even the smallest ones, which otherwise would not have the possibility to invest in similar projects, can contribute to saving water resources.


Cement Frame Install and Construction - (972)784-8142
If you're planning on constructing any solid structure or implementing new installations, it's imperative to ensure proper framing. Are you in need of a skilled cement framer? Don't hesitate to contact us at (972)784-8142 at any time. Undertaking cement framing without the necessary expertise can prove to be a daunting task. While many different contractors may offer differing opinions on the best approach, the key lies in having a well-formulated plan. There are numerous factors to take into consideration when erecting and fixing a new concrete slab, with proper framing being the foremost step in the process. If you reside in Frisco, TX, and desire the services of the most knowledgeable cement framers, simply reach out to us today. Spare yourself the risk and uncertainties by giving us a call today at (972)784-8142.
To ensure success in any new concrete project, it's essential to have the best cement contractors at your disposal. Call us today at (972)784-8142. Proper framing is critical to the success of any concrete project, and without the right cement framers, a lot can go wrong, resulting in significant financial implications. Investing in an experienced cement framer who can complete the job correctly the first time can make all the difference. Unfortunately, some people fail to recognize the value that a skilled concrete contractor can bring to a project. However, anything worth building or installing requires time and expertise. When it comes to cement frames, there are six fundamental steps that must be followed to frame a concrete slab.
Cement Framing Construction
If you're planning to construct a new patio in your backyard or side yard, it's crucial to follow these concise steps to frame a concrete slab. The first step is to measure the overall dimensions of the ground and surface on which the slab will be laid. Once the measurements are taken correctly, the next step is to level the ground. The easiest and most efficient way to do this is by using a string leveler. After the ground surface has been leveled, the next step involves boarding up the sides of the slab in the ground, which is typically the quickest step.
Adding a curve to the concrete slab is a crucial step that should not be overlooked. Without this curve, it may be challenging to determine how to finish the slab and add the necessary chicken wire. Once the ground has been leveled and the curve has been added, it's essential to take a step back and re-evaluate the work that has been done. Failure to double-check everything could lead to future issues. Having the assistance of a professional framer can make the process much more manageable. The final step in creating a proper cement frame involves adding chicken wire to the frame. This wire is essential in keeping the concrete stable, especially once it has been poured.
Attempting to complete all of these steps on your own could take days or even weeks, and that's time you simply cannot afford to lose. Instead, it's best to lean on the expertise of professionals for advice, consultation, construction, and estimations when considering a new project involving concrete, stone, or brick on your property. Whether it's for patios, sidewalks, front yards, side yards, pool decks, roads, concrete driveways, concrete building, decorative concrete construction, asphalt construction, barbecues, fireplaces, chimneys, fire pits, or concrete flat work, we are here to help. So don't hesitate to pick up the phone and give us a call at (972)784-8142.
Paving, Pool Decks
Contact Us - (972)784-8142


"Volgomost" (Open Joint-Stock Company) is a bridge construction enterprise with a 77-year production history, the structure of which consists of 8 bridge construction crews, mechanization management and the Volgoproektstroymost design department.
Today OJSC "Volgomost" ranks among the top five bridge construction enterprises in Russia.
Volgomost’s main area of expertise is the construction of major bridges in severe geological and hydrolic environments.
Since 2010, OJSC "Volgomost" has been considered a road and bridge holding company that executes the full specter of services in the transport construction field, from design to post-warranty maintenance of constructed units.
Over the period of its existence, the company has built and reconstructed over 3,100 various transport units (bridges, overpasses, tunnels, and interchanges).OJSC "Volgomost" operates in the following: Moscow, Leningrad, Saratov, Volgograd, Astrakhan, Orenburg, Penza, Ulyanovsk, Samara regions, the Republic of Tatarstan, Mordovia, Chuvashia, Bashkortostan, North Ossetia-Alania, Karachay-Cherkessia and other constituent territories of the Russian Federation.


Fire Alarm System
An early warning device, fire alarm systems (FAS) are a crucial part of building’s security against emergency situations.
Modern FAS detect signs of fires breaking out in the building through sensors that detect smoke, unusual heat or carbon monoxide.These systems then inform the building authorities through various methods such as flashers, or quick alerts.
Fire Alarm Systems installed by seamlessly fit into our BMS, offering the user a one-stop solution to their needs.
Facilities such as educational hubs, hospitals, hotels, industrial complexes, shopping arenas, and large facilities all required an FAS.Back to ELV Solutions


Have you noticed that your walls are bowing, your floors are sagging or your doorframes have cracks around them? These could be signs of a cracked foundation. With a prompt foundation crack repair from Sexton Brothers Construction, you can put your home back on level ground.
Contact us today to get an estimate on foundation crack repair services in the Etowah, Asheville, & Hendersonville, NC area.
If your foundation becomes cracked or uneven, it can cause a host of structural problems in your home. Hiring a professional for an efficient foundation repair can prevent serious problems like:


We are a proud, authorized contractor of Astec Re-ply Roof Coatings. Our roof coatings provide a solid top layer for existing roofs, and can be applied over any kind of existing material. These roofing systems also meet or exceed public and private standards for incentives for cool roof benefits. Adding a roof coating will extend the life of an existing roof for up to 15 years. Once B&W Painting Service installs an Astec Re-ply Roof Coating, it will create a barrier that restores and protects the entire roof and lower layers. Astec’s Roof Coating offers a reflective surface once installed. This helps deflect infrared and UV light from the sun, which will keep the building cooler, reduce cooling costs, and create a green roof. Astec Re-ply Roof Coatings also helps protect an existing roof from weather elements such as rain, hail, wind, temperature changes, snow, and more. Since roof coatings installed by B&W are seamless, it prevents leaking issues. Enjoy a sustainable, waterproof, weather-tight, temperature- and corrosion-proof, cool roof for decades to come! No matter where you are located in Marietta, OH, Parkersburg, WV, or the Mid-Ohio Valley, call B&W Painting Service today at (740) 984-4826 and discover what we can do for you!


Builder's Risk... Are You at Risk?
Builder’s Risk Insurance, sometimes called Course of Construction is a form of insurance which protects a building where the building or insured area is being constructed. It can solely provide coverage for the structure or coverage for the structure and the materials on site waiting to be installed or even transported to the job site. Typically, it is an insurance coverage most owners will expect every contractor to carry.
A builder's risk insurance policy will cover damages up to the specified coverage limit, determined by the total completed value of the structure (materials and labor costs, excluding land value). Builder’s Risk insurance policies can be termed at three, six, or twelve months, depending on the length of the project.
Understanding Builder's Risk Coverage
SIS's Builder's Risk policy is one of the many coverages offered in our SIS Business+ Program. It will provide coverage for damage done to the insured structure from an array of causes. Damage from the following events will be covered:
Wind (may be limited in coastal areas)


Benjamin Orr Elementary School, built in 1974, is an open space school that is located in the Fairlawn neighborhood of Washington, DC. This new building is 68,000 SF and holds over 400 students. Enclosed classrooms were added and open spaces were expanded to provide for a 21st century learning environment. Asurface provided both floor and wall tile throughout the school.
Check out other recent projects from our amazing clients.
Oxon Hill, MD


A building can have the best possible design for achieving energy saving, but unless it is constructed as designed and is operated according to the design intent, it will not realize those energy savings. Mechanical Consultants Inc. - Building Commissioning Division ensures that the energy- and water-saving methods and devices selected by the design team are incorporated in the building plans and specifications; that everything is built and tested accordingly; and that school personnel, including those occupying the building, are provided the necessary documentation and training to operate the building properly after it is occupied.
Some owners prefer to use third-party consultants for the building commissioning role to ensure that the work is done independently of the design team and that the results are not biased. Mechanical Consultants Inc. - Building Commissioning Division is happy to work in this role, answering only to the owner.
Mechanical Consultants Inc. is a pioneer in locally innovative building Commissioning services and has in-house industry-recognized building Commissioning experts. We employ a unique approach to building Commissioning and final project documentation. Mechanical Consultants Inc. Building Commissioning Division provides owners with best practices on how to procure and operate their new or renovated facilities.
The company's Commissioning staff includes some of the industry's most recognized experts in the field. Mechanical Consultants Inc. Building Commissioning Division executives hold Professional Engineering licenses in multiple States and are Professional Members of the Building Commissioning Association, (BCA), the Department of Energy's "Energy Star Partner" Program and the American Society of Heating Refrigeration and Air Conditioning Engineers, (ASHRAE). Our team has experience in applying Commissioning techniques during all project phases including planning, design, construction, and post construction.
It is our goal to design and
properly commission every building
we work on so that the absolute
minimum amount of energy is
used to maintain the owners'
desired level of comfort.
Commissioning is a systematic process.
It integrates and enhances the traditionally separate functions of design peer review, equipment operational documentation and facility staff training, as well as functional testing and performance verification.
Commissioning is a quality assurance process.
It spans from pre-design to construction and start-up and increases the likelihood that a new building will meet the owner's expectations. Commissioning enables a building to begin its life cycle at optimal productivity and assists in maintaining this high level of performance. Commissioning brings back the missing ingredient necessary for all great buildings. Only with a formal commissioning program, can you be assured that your building will operate to its peak potential.
• Building Commissioning


Many water companies are focusing on how digital transformation can help clear and transparent decision making in challenging locations, but the real challenge is how to begin connecting disparate data and information from facilities and the water network in a one Platform for review, change management and effective use for maintenance and operations.
The solution in 3 simple steps
Establishes the data structures (Classes) and business rules required for the data, information and digital content to be gathered so that the data is consistent and complete.
Setting up and managing changes to the data structures is very quick and changes are rolled out across the whole system instantaneously.
Industry standards can be applied to data – setting the standards for information requirements and measurement.
Maintaining data and information in a trusted, shared data backbone, accessible online or via a mobile app.
Information is shared on an application independent connected data platform
Access to the data and information, including documents and digital content is available online and offline using devices or desktops.
Connected critical digital information in a single, easy to use, visualisation Platform.
Essential information such as design data, equipment information, supplier specifications, drawings, and models are available quicker to support critical activities such as engineering, planning, site maintenance work, site surveys, and equipment and infrastructure replacement.
The Datum360 Connected Data Platform enables the Water industry to improve decision making and deliver efficiencies by connecting critical digital information in a single, easy to use, visualisation Platform.
Efficiencies, in such areas as predictive/pre-emptive maintenance, planning and executing modifications and updates to the infrastructure, and the design and build of new network capability.
A ‘digital twin’, or ‘digital asset’, delivering efficiencies to operations and is essential for reducing costs as Water companies upgrade and expand their networks.


The project is a small modern residence, only 6.5 m wide, designed by architects from FMD Architects. This small residential block is located in central Melbourne. Initially, the client only wanted to renovate the kitchen and bathroom to allow natural sunlight to enter the living area. Located at the end of the house on the south side, two cozy bedrooms were not to be renovated.
This small modern home answers spatial issue
The complexity of the project was that the possibilities and area were limited. The roof and cornices on the north side had a strong slope and did not let in light, requiring reconstruction. In addition, the proximity to another site was a serious problem.
Preserving the building’s box has become key for both economic and ethical reasons. The designers wanted to carry out only internal redevelopment, but additionally decided to change the height of the walls and the structure of the roof to allow natural light to pass through.
Due to the common side with the neighbors, the roof was raised only on the northern half of the building, which made it possible to create an asymmetrical space outside and inside the original house. On this side, the façade is completely glass. By connecting two walls with unequal height and volume beams, the craftsmen received a small but original living space.
During the reconstruction, materials were chosen simple, but of high quality. Plasterboard, laminate and mirrors were used as interior decoration elements. With the help of the height difference and asymmetry, the task was completed. Old coatings such as pine floors and textured brickwork have survived.
Photos courtesy of Shannon McGrath.
A solution to spatial problems in a small modern home, 6.5 m wide, from https://incredibletinyhouse.com/
Follow us on Instagram: https://www.instagram.com/incredibletinyhouses
Originally posted 2020-07-22 14:25:43.


Residential systems graywater recycling or rainwater capture systems for the home the average four person single family home uses over 20,000 gallons of water monthly. Free essay: water reclamation and recycling as our population continues to grow, many begin to raise questions about how (or even if it’s possible) to. All water is recycled and reused as a part of natural water processes such as the hydrologic cycle man-made water recycling, also known as water reclamation or water reuse, centers on using treated wastewater. Title xvi - water reclamation and reuse title xvi of pl 102-575, as amended (title xvi), provides authority for reclamation’s water recycling and reuse program, titled “title xvi”. The scotts valley water reclamation facility (wrf) is designed to complement the aesthetics of the community the plant is compact and efficient and has an attractive contemporary design that blends with the surrounding residential neighborhood.
The environmental beneﬁts of water recycling and reuse j anderson 120,000 m3/d water reclamation plant that incorporates dissolved air flotation and filtration. Water maze’s clp mechanical filtration systems are the standard in the high-pressure cleaning industry for automated wash-water recycling all are totally automated using a digital sequencer to monitor and control the system’s functions including filtration, recirculation, filter backwash and sludge discharge. Reclaimed or recycled water (also called wastewater reuse or water reclamation) is the process of converting wastewater into water that can be reused for other purposes reuse may include irrigation of gardens and agricultural fields or replenishing surface water and groundwater (ie, groundwater recharge).
The city of akron water reclamation facility utilizes proven treatment processes such as the activated sludge process the existing plant has been in continuous service since 1928 there have been, and continue to be, numerous expansions and improvements to the akron facility to keep up with changing environmental conditions and restrictions. Detail king has been offering water reclamation car wash systems for several years and have the expertise to assist you with choosing the right equipment that you need to be compliant. Rec recommends water reclamation as a means to reduce water and sewer access charges as well as your monthly water and sewer bills, reduce water consumption and promote adherence to an environmentally friendly operation. City of cedar park, texas home menu solid waste (trash & recycling) pickup schedule what is water reclamation simply put, it is treating domestic . The institutions that are most likely to be involved in water reclamation and reuse projects are those responsible for water supply, wastewater management, water resources management, environmental protection, public health and agriculture (us epa, 2004).
Recycling water has many benefits, most obviously that it saves potable water in addition to conserving potable water, greywater may actually be better for vegetation greywater usually contains detergents that have nitrogen or phosphorus, which are plant nutrients. Residents and architects and planners from around the world, embraced the water reuse system architects and city officials continue to visit 50 years later, as padre dam ‘s water recycling facility, recreational lakes and distribution system can be scaled and designed to fit the needs of any community. Read the latest water recycling articles, products & technology water reuse & recycling using grey water recycling, water reclamation system & water recycling technology waterworld. Cahaba water recycling & reclamation lllp provides water recycling and reclamation service to the industrial and municipal clients in houston, tx. Reclamation's recycling program the reclamation recycling and water conservation act of 1996 also placed several important limitations on reclamation’s .
Water reclamation is useful in minimizing impact of storm water on the florida storm water system, while minimizing the use of potable water for maintenance and landscaping purposes by treating and recycling water. The term water recycling is generally used synonymously with water reclamation and water reuse another type of recycled water is gray water gray water, or gray water, is reusable wastewater from residential, commercial and industrial bathroom sinks, bath tub shower drains, and clothes washing equipment drains. Benefits of water recycling: 1) all reclaimed water produced by the sanitation districts' water reclamation plants regularly meets state and federal standards and .
Read the latest water reclamation articles, products & technology. The city of san jose, california san jose area water reclamation and reuse program received $4,000,000 in fy 2014 title xvi funding this is a joint effort of local municipalities and water districts administered by the city of san jose to serve recycled water throughout santa clara county. Our ground water and surface water supplies are at risk of overuse in many areas the demand can be greater than the amount supplied by rain and snowmelt water conservation, wastewater recycling, and reuse is becoming more important due to increases in: demand on potable water resources, the cost .
Water recycling treatment process how does water recycling work the water recycling process utilizes very basic physical, biological and chemical principles to remove contaminants from water. The proposed water reclamation requirements for recycled water use (general order) will replace 2014-0090-dwq general waste discharge requirements for recycled water use the general order establishes standard conditions for recycled water use and conditionally delegates authority to an administrator to manage a water recycling program and . Bureau of reclamation - managing water and power in the west. Recycle used cooking oil this cooking oil recycling program is easy, free to use and helps keep orlando the city beautiful water reclamation division home .


All work is taking place while the airport remains in operation around the clock as usual. There will continue to be sufficient capacity and space for airlines and travellers throughout the duration of the work. This is in part due to the fact that Schiphol is implementing the projects in a particular order.
Renovation of Departure Hall 1 & Lounge 1
The construction work in Departure Hall 1 is well under way. The work includes introducing a mezzanine floor in Departure Hall 1, creating more space for security, check-in and waiting areas. In addition to the extra security lanes that are to be installed in Departure Hall 1, Schiphol will be putting in a temporary security filter on Cockpitplein. This is set to be ready by the end of 2019 and can remain in use until the new terminal is opened. Completion of the renovation work is scheduled for mid-2020 for Departure Hall 1 and for the start of 2022 for Lounge 1.
The new terminal
The new terminal will be situated partly where temporary Departure Hall 1A is currently located. Construction on the new terminal will only commence once the temporary departure hall has been completely dismantled. The dismantling of temporary Departure Hall 1A (set to finish by the end of 2020) will commence once the renovation work on Departure Hall 1 is complete.
Tendering process for the new terminal
The construction work for the new terminal was put out to tender last July. The contract will be awarded in spring 2020, when we will announce the construction firm/consortium with which Amsterdam Airport Schiphol will be working.
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The digging of trenches is an important part of many constructions and engineering sites. They are used for laying telephone lines, pipes or any other tubular structure that needs to be placed deep beneath the ground, such as oil rigs, etc. Trenching can be a laborious work because the soil that is found in these regions has excessive levels of moisture. This can make it challenging not just to clean all dirt and debris around objects but also to ensure your safety during the process since accidentally exposing the skin could cause severe injury.
Trench boxes are essential for any repair or construction work that requires access to the ground. They are able to prevent collapse depending on the type of soil and the quality. Trench boxes are constructed using steel/aluminum frame to temporarily secure them prior to excavation starts. The grout is then fixed between two layers should it be necessary, ensuring that it is not cracked when installed at site level.
Before you dig before digging, you must know the possible dangers. This involves knowing the type of equipment needed and how many people need access to the area, as well as an evaluation of whether there may exist alternatives to how the work could have been done without risking life and the limb (such methods that are minimally invasive). A thorough risk assessment should also take place during pre-excavation inspections to ensure that any potential dangers are easily discovered prior to the project; this will reduce unforeseen complications later downline.
It’s also crucial to evaluate the trench’s depth. It will require assistance from sloping or shoring, if you have a 5 feet wide strips. But, if the trench is deeper than 20 feet, it will require more engineering work. This is because of the lack of straight sides on either side. Any building that rises above ground must consider the potential for foundation displacement.
Access to the trench must be accomplished via steps or ladders. The trench should be accessible within 25 feet of the workers during an emergency. The trench box may also be used to check for low oxygen levels, toxic gasses or other issues. The installation of these articulated devices is easy, but they can increase the risk of stacking them on top of one another because you don’t know how high your piles will extend to their vulnerable bottom.
Care: Caring to the trench
1. It is recommended to inspect your trench box and support each day for any damage or movement.
2. Anyone working on the premises must wear protective equipment and be wearing steel-toed boots.
3. Keep heavy equipment and other tools at least three feet away from the trench’s edge.
A trench box installation will be more difficult than excavating it since the ground around it shifts. Chain slings may be utilized for extraction or three ways to assist you in this regard, one of which is by using an overhead crane.
1. Straight Pull: This is one of the most fundamental methods of extraction of materials. Simply attach the sling to two points and pull it outwithout fussing with excessive force or inefficient movements.
2. Half Pull: A half pull is used to attach the trench box to one side , and to lift as much as possible. This will help remove all dirt and debris inside the trench without causing damage to your lawn.
3. Single Pull to move the trench box, you connect a single piece of chain slings to an extraction or lifting point and then raise each panel by turning. Make use of your pull to lift the trench box.
For more information, click trench box


The General Assistant will create a positive Company image working collaboratively with others; and will be expected to carry out, as required, the following: Principle Responsibilities/Duties
To assist the Service Engineer with all required aspects of day to day drainage cleaning and basic plumbing work including reactive jobs and pre planned maintenance. This may include physical activities i.e. heavy lifting, excavational works, working at height and working in a confined space.
To liaise and work alongside work colleagues and sub contractors and have the ability to use own initiative to solve problems under the supervision of the Service Engineer
To assist the Service Engineer to investigate a problem and conclude the best corrective action
To provide and promote the best possible service
To assist the Service Engineer with the relay of onsite information and updates of work completed/recommendations for further works to office team for processing.
To complete job cards and other related paperwork as required by the Service Engineer
To assist the Service Engineer with the general upkeep of service van and equipment and completing checklists
To wear correct clean uniform/ppe issue at all times to maintain the IDC corporate image
Salary: £18,000.00 /year


Our Specialize Fields
Reliable construction service since 1979. We are not just building projects. We are building dreams.
CONSTRUCTION & MAINTENANCE OF ROADS
EXECUTION OF DAMS & TUNNELS
CONTRACTING OF WATER & SANITATION WORKS
ELECTRICAL & ELECTRONIC CONTRACTING
WORKS OF ROCK’S BLASTING
WHOLE SALE & RETAIL OF AUTO PARTS
INFRASTRUCTURE & FOUNDATION WORKS
SOME OF OUR PROJECTS
WHY CHOOSE Al-ENJAZ?
All of our partners are working towards progressive goals, just like Al-ENJAZ. By building relationships based on our core principles, we create partnerships that are meaningful.


Safety First Technicians
is a department you can rely on to protect and care for your building.
From regular code check-ups, systems testing, to HVAC repairs, your building is handled with the utmost care.
We know that when the heating or cooling systems fail, it is first priority. With out specialized technicians, our Engineers are there to fix any issues that may arise.
CCS ENGINEERING is here to serve.
What our engineers Do Best
heating and Cooling
About Our Engineers
Our Building Engineers are experts in all things building repairs and preventatives.


When Franklin Pavement Management, LLC is involved from a project’s inception, our clients receive the most benefits from our project management service. We look at current and future needs compared to current and future budgets, and then formulate a plan of action according to what works best for our client’s overall needs. We look at more than just the costs of construction; we look at the cost of maintenance, current and future uses, safety, traffic flow, and the ability to adapt to future infrastructure needs. This fee-based service is determined from the beginning, ensuring that we are responsible exclusively to the owner and in all aspects act in the owner's best interests.
Pavement Management is the systematic process of maintaining and upgrading pavement in a cost-effective manner to achieve the greatest possible return on investment. We begin the process by collecting data on pavement location, area measurements, current use, construction materials, surface condition, and any evident failures. After evaluating the owner’s need and available funding, we create a pavement management plan that will typically span over 30 years. Pavement management is a fee-based service that we provide for any scope of work -- large or small. The same scrupulous detail is given to every job.


Laser scanning measures and captures the space around you with accurate 3D data.
Mainly used in architecture, construction and engineering.
Millions of laser measurements are taken from objects and surfaces surrounding you.
These are combined into a file a called a point cloud.
The point cloud is used in CAD and BIM (Building Information Modelling) software to create detailed 3D models, floorplans, elevations and section drawings.
All the information you need to design can be extracted from the scan.
With accurate data you will speed up the design process.
No need to revisit the site to take more measurements.
Buildings are rarely as square as you think, especially older properties which have changed over time.
Capturing the building with a laser scanner gives you the ability to see all these discrepancies enabling you to plan ahead.
360 high quality panoramic photos are combined with the point cloud to give you an all-round view.
This is extremely useful for when you return to the office and wish to know how a particular part of the building looks from different angles.


Apparently, most garage owners find it more convenient to pave their way on taking the easier selection. Foam sheathing insulation materials can be used for uncomplicated customizations. Installing Garage doors is done by cutting the foam sheathing insulation material depending on the preferred size taking into consideration the garage door panels. These materials are simply attached to the garage door.
If sheathing door insulation materials are not on hand, you can use reflective foil insulation. The standard thickness of this kind of foil is 5/16th of an inch. It normally consists of heavy-duty polyethylene foams that are double-layered between aluminum foil sheets. You can also use polystyrene panels that are even easier to install on the door. Put into mind that when you are installing your garage door, it is best time to think about its insulation. When replacing your garage door can also be the best time to cope with insulation problems that need to be attended. If you want to use a natural insulator, you can use wood over metal when thinking about what material your door should be made of.
Professionals can be the ones to do the job of garage door insulation for yourself, but if you want to save money, you can do it by yourself since it is not a very hard task. The kinds of kits mentioned regularly include the things you will need on your project such as a tape measure, a straight edge and a utility knife. Garage door insulation will not only save you bucks but will also make your garage, be it a car parking area or a workshop area, a suitable, comfortable place for your needs.


Alibaba.com offers 1,116 demolition crushers products. About 42% of these are mining machinery parts, 36% are construction machinery parts, and 13% are crusher. A wide variety of demolition crushers options are available to you, such as jaw crusher, impact crusher, and hammer crusher.
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Iowa Plains Signing, Inc. (IPSI) provides 24-hour traffic control. Conveniently located just minutes of Greater Des Moines, we are able to offer you efficient, state-wide service. Our modern equipment exhibits a wide scope of solutions, and our skilled workforce provides the capacity for large-scale projects and/or ambitious deadlines. Learn more about our traffic control services.
As members of the Associated General Contractors of America and the American Traffic Safety Services Association, we will provide traffic control drawings and installation services that adhere to MUTCD and IDOT standards.
We also provide sign fabrication and a variety of traffic control products available for rent or sale. Learn more about our sign and traffic control products.


Travertine is a natural stone that originates in groundwater and streams just below the earth’s surface. Formed when calcium carbonate precipitates from heavily concentrated calcium ion groundwater, each piece of travertine has its own natural texture and pattern, bringing a unique look to commercial natural stone design. Travertine is often used on countertops, walls and flooring, as well as, exterior spaces and hardscape accents. Travertine tile is perfect for high traffic areas and complements any architectural design from rustic to contemporary. Travertine slabs and tiles will add a subtle elegance to your next new construction or renovation project.


Idaho-Maryland Mine Project
- Underground mining to recommence at an average throughput of 1,000 tons per day.
- Existing Brunswick Shaft, which extends to ~3400 feet depth below surface, would be used as the primary rock conveyance from the IM Mine.
- A second service shaft would be constructed by raising from underground to provide for the conveyance of personnel, materials, and equipment.
- Gold processing would be done by gravity and flotation to gold concentrates.
- Barren rock from underground tunneling and sand tailings would be used for creation of approximately 58 acres of level and useable industrial zoned land for future economic development in Nevada County.
- A water treatment plant and pond to ensure that groundwater pumped from the mine meets regulatory standards before discharge.
The Company believes it drilling program has been successful but cautions investors no current mineral resources or mineral reserves have been defined. The Company’s submission of an application for a Use Permit from Nevada County requires information regarding planned throughput and material quantities. The Company cautions investors that no technical report has been filed to support that this rate of production can be achieved. The Company has not completed a feasibility study to establish mineral reserves and therefore has not demonstrated economic viability of the IM Mine. The Company has not made a production decision for the IM Mine.
Conceptual Underground Design


When people consider brick or mortar, that they most often imagine homes and commercial structures. Whilst this is where various use mortar, it can also be employed in construction and repair of concrete and stone buildings. Brick is an extremely durable building material that creates concrete and stone constructions, as well as other masonry structures, a practical option. Drilling into concrete floor vs . brick is dependent on a couple of variables like the kind of stone, depth and diameter of this hole, just how old brick is, sort of anchor employed and how much weight is placed after the core to keep it in position. While there are several differences among using packet or mortar for a composition and tangible, these are the key ones that the majority of people may have experience with.
An individual of your most usual means people apply or wrong use their stones is by impressive them with a hammer drill bit. This may cause very small cracks to create around the drilled area, which may become greater and more recognizable over time. By using a concrete sludge hammer is similar to hammering a area with a sludge hammer drill little bit, but the approach you apply the pressure and way to the bit changes items. When using cement https://www.mark-solutions.com/ hammers, you need to ensure that you are presenting the sludge hammer drill little bit straight up and down and that you are driving a vehicle it within a circular pattern so that the dental face will not contact the surface of the brick or perhaps mortar. Be sure to read the instruction sheet supplied with your masonry drill little to make sure that you are holding the bit in the correct position. If you don’t follow these simple steps, then you are highly susceptible to cause even more damage than good for the area you want to drill.
Bordering the area you wish to drill is another way to help keep the location from obtaining too damaged when you are going. You can also bench mark the location of exactly where you want to put the anchor to stay in yourself right from accidentally driving a car your bit in to the mortar. By making use of these tips, you will be sure to make your anchor bolt head last for many years. So long as you remember these basic simple steps when going, your point will continue to work for 10 years.


Pierson Landscaping was established in 1993 as a property maintenance company. Through the years it has evolved into a competitive landscape construction and excavating company. Today, Pierson Landscaping operates three landscape construction crews, two septic and excavating crews and a cutting edge landscape design team. To add to its versatility, Pierson works closely with a select group of subcontractors ranging from Engineers to Electricians which enables them to keep projects flowing as obstacles arise.
Our staff continues to develop their skills through industry training programs and contractor networking allowing them to consistently stay informed of changes and improvements in local codes and practices. Pierson Landscaping has the equipment, the knowledge, the motivation and the manpower to successfully complete your project.


PM Modi to inaugurate pedestrian-only ‘Atal Bridge’ in Gujarat: Prime Minister Narendra Modi is set to inaugurate the pedestrian “Atal Bridge” on the Sabarmati River in Ahmedabad, Gujarat. The Honorable PM of India is on a two-day visit to the state of Gujarat. On the first day of the visit, Narendra Modi will inaugurate the pedestrian-only Atal Bridge. The Bridge is named after the former Prime Minister of India Atal Bihari Vajpayee. Atal Bridge will provide connectivity to Multi Level Car Parking and various public development on the East and West Bank from the plaza between Flower Park and Event Ground on West Bank to the proposed Art /Cultural / Exhibition Centre on East Bank. The article below discusses the inauguration of the pedestrian-only ‘Atal Bridge’ in Gujarat.
Inauguration of Atal Bridge in Gujarat by PM Modi
- The pedestrian-only ‘Atal Bridge’ is a foot-over bridge on the Sabarmati river.
- The Bridge is constructed between Ellis Bridge and Sardar Bridge.
- Atal Bridge is an iconic bridge that has an eye-catching design and LED lighting.
- Atal Bridge is nearly 300 meters long and 14 meters wide in the middle.
- The Pedestrian only Atal Bridge connects the flower garden on the western-end of the riverfront and the upcoming arts and culture centre on the eastern end.
- The Bridge is built by the Ahmedabad Municipal Corporation.
- 2,600 metric tonnes of steel pipes are used in the construction of the bridge.
- Other than pedestrians cyclists can also use Atal bridge to cross the river and avoid the traffic.
- The roof of the bridge is made up of colorful fabric.
- Railing of the bridge has been made up of glass and stainless steel.
- The Pedestrian only Atal Bridge will permit people to view the riverfront from the middle of the waterbody.
- The bridge is designed in such a way that people can approach it from both the lower and upper walkways, or promenades of the riverfront.
|Current Affairs April 2022|


Redflex Expansion Joints
Red Valve manufactures a complete line of Redflex Expansion Joints, rubber fittings and rubber pipes. Expansion joints are designed to alleviate piping stress, compensate for movement, reduce noise, and isolate vibration. Redflex products can be custom-built in a variety of styles and configurations to accommodate pipe size reductions, misalignments and offsets.
Red Valve offers flanged and slip-on connections, single or multiple arches, and a range of elastomers to meet process conditions, including Teflon-lined joints for severely corrosive applications. The Redflex product line also includes rubber fittings, rubber elbows, vibration pipe, and rubber pipe to accommodate radius turns. Red Valve also custom builds many unique rubber products, such as headers with multiple pipe connections.


The Atchison County Solid Waste Transfer Station and Landfill Site No. 1 along Neosho Road will be closed for three days in June to accommodate some demolition and re-installation of some equipment.
The facility will be closed Thursday, June 24, Friday, June 25 and Saturday, June 26 to allow the St. Joseph, Missouri –based P1 Group to remove the dilapidated hopper and repair the concrete floor. Then the P1 workers will fabricate a new hopper and install it.
It is time to take out the old and put in the new, said Solid Waste Manager Staci Waggle. The transfer station was built in 1994 and the current hopper and chute are original to the building. Since 1994 the hopper and chute have been twice repaired and modified. The steel plates are worn out and the concrete it is attached to have deteriorated over time and use.
“Now is the time to get a new one,” Waggle said.
Throughout the closure at the Atchison facility the public can take their residential trash to the county’s site at Effingham.
Atchison County Commission members unanimously accepted the $37, 375 bid from P1 during their business meeting Tuesday, June 8.
Funding for the new hopper and installation is generated from a portion of revenue generated countywide sales tax that voters approved in 1993 to fund solid waste and joint communications.
Waggle described the hopper as the equipment that trash brought to the transfer station passes through from floor into the trailer trucks before the loads are hauled out of the facility.


The SFEER project is a collaborative effort of 12 partners aiming to develop a circular window renovation concept that will accelerate building renovation processes and reduce the environmental impact of replacement. The project is made possible through funding provided by the Topsector Energie subsidy from the Ministry of Economic Affairs and Climate within the MOOI program. It has a four-year duration, running from April 1, 2023, to March 31, 2027.
The partners of the SFEER project are composed of companies, universities, and research institutes. They include ClimAd Technology, TNO, Zuyd University of Applied Sciences, Eindhoven University of Technology, Hemubo, GSF Glasgroep, OMT Solutions, Timmermans Hardglas, Sekisui Europe, Ecomatters, Vlakglas Recycling Nederland, and de Alliantie.
The primary goal of the SFEER project is to develop a circular window renovation concept that involves the reuse of existing glass panels and the upgrading of windows with insulating coatings and smart solar heat regulating films. The project aims to develop an innovative thermochromic PVB film, as well as two types of smart retrofit window films that contribute to lower emissions. The impact potential of the films will also be quantified during the project.
The Brightlands Materials Center is one of the partners in the SFEER project. They are responsible for developing a process to efficiently disassemble existing windows, clean the glass surface, characterize it, and provide it with insulation coatings to enable the reuse of glass plates. Brightlands Materials Center is a research center focusing on the development of sustainable materials solutions for various industries, including construction.
The SFEER project will deliver a process for glass plate reuse, a new thermochromic PVB film for laminating recycled glass to make safety glass, and new photochromic and thermochromic retrofit window films. All products developed within the SFEER circular window project are based on established technologies that have been proven at the laboratory scale and are now ready for scale-up and optimization. These technologies will be further developed to pilot scale with demonstration tests in a realistic environment.


Our products are used for many different applications, ranging from static electricity control & dust suppression to odor control and concrete curing. Other popular uses include humidifying exotic plant and animal enclosures, outdoor people cooling, livestock cooling, etc.
The pump that is included with the Rainmaker I & Rainmaker I Expanded system (pump # WT25FI) is designed for intermittent or continuous duty. The pump that's included with the Rainmaker Junior system (pump # RMJR6) is designed for intermittent duty only (maximum 5 minutes on, with a minimum of 1 minute off between mistings).
Misting system worked by forcing water through a nozzle to produce ultra-fine water droplets into the air, surrounding target areas that require cooling. Heat is absorbed by the moisture as it changes from liquid to vapor during the evaporation process and creates a cooling effect.
Low pressure misting systems operate on city water pressure ranging from about 30-85 PSI, the low pressure systems generally spray the water without power to create the fine mist for cooling, FIBI GREEN low pressure misting systems can work to 15-22 bar operation.
FIBI GREEN high pressure misting systems are affordable, constructed from Brassl, commercial grade, capable of handling pressure up to 1000 PSI, offer superior longevity.


Best Automatic Safe Load Indicator for Truck Mounted Crane
A truck-mounted crane is one of the most specialized kinds of cranes. This crane is used for lifting heavy equipment and, at the same time, helps increase the efficiency of execution. The lift of every crane has a maximum capacity that has been prescribed by the manufacturer, which the crane can safely lift. If the power is extended, then in such a situation, the crane can disintegrate, and the equipment’s damage can occur.
An automatic safe load indicator is installed for the truck-mounted crane. This is a kind of sensor that is marked with processors. These processors are switched with the algorithms, which can remind the sensor about the maximum limit of the weight lifted by the crane. These sensors raise the alarm if the limit of the weight exceeds. This alarm helps create a situation of caution for the operator to function correctly.
Truck-mounted cranes are one of the most distinctive types of cranes. This crane is used for lifting heavy equipment and at the same time, helps in increasing the efficiency of execution. Each crane lift has a maximum working capacity, as determined by the manufacturer, that the crane can safely lift. If the power is increased, the crane may disintegrate, and equipment may be damaged.
An Automatic Safe Load Indicator is installed for truck-mounted cranes. This is a kind of sensor on which the processor is installed. These processors are switched with algorithms, which can remind the sensor about the maximum limit of weight lifted by the crane. These sensors sound an alarm when the weight limit is exceeded. This alarm helps the operator to position caution to work correctly. This sensor is both easy to install and use
Property: wide range, high accuracy, high reliability, high linearity, rugged construction, high overload limit, single load monitor, dual load monitor, total weight of all hooks, over hosting protection, load and angle, Radius in Feet/Meter, boom angle, boom length, boom tip height, wire rope deployment, hook travel, wind speed, crane tilt, slewing angle, alert or alarm status.


Pipes solution is a crucial component of any brand-new construction project. A plumbing consultant will certainly supply an extensive style that fits the needs of the task. They will certainly determine where pipes should be placed and mount piping systems. They are also responsible for preserving piping systems. Despite size, pipes service is an essential component of any type of new construction project. Plumbing provider are readily available any time of the day or evening to deal with any emergency situation that might emerge. Many pipes emergencies can be fixed swiftly. Calling a plumber as soon as you think a problem can conserve you from a lot of aggravation and expenditure. Several pipes concerns can be stayed clear of by maintaining the pipes in a proper means. For example, obstructed drains prevail as well as can be prevented by avoiding clogging items in the drainpipe. Leaky pipelines can likewise be a reason for significant plumbing troubles. Employing a plumber can additionally save you cash due to the fact that they can spot problems prior to they become expensive. A local plumbing technician has the experience and also know-how to recognize problems and fix them in a prompt manner. Plus, hiring a plumbing service can provide you assurance. Plumbing is an important part of any kind of home, and also working with an expert will make sure that your pipes system functions properly. When selecting a pipes service, see to it you authorize an agreement that details the details services that will be supplied and also how frequently these will certainly be done. Additionally, it is very important to check the level of liability insurance the plumbing service has. Having a solution contract can help you stay clear of expensive problems in the future. Additionally, plumbing service agreements may include emergency situation services that you may require. A pipes service will certainly likewise have the ability to use preventive services. Some of these solutions will certainly consist of making sure the water drainage system is clear and also devoid of blockages. Along with these, plumbing service will additionally check for leaks in the hot water heater and piping systems. Last but not least, plumbings will have the ability to check the temperature level setup of a hot water heater and also guarantee that it works appropriately. Leakages in pipes systems are a serious hassle that can be expensive and difficult. Also little problems, such as a damaged O-ring, can create a great deal of unneeded water waste. It is important to arrange plumbing solution in Cobleskill often. By setting up a go to every couple of months, you can stay clear of a major plumbing emergency. On top of that, pipes maintenance will keep your water as well as energy costs reduced. In addition to fixing leaks in your pipes system, a pipes solution can also mount all sort of fixtures as well as home appliances. This includes garbage disposals, sinks, bathrooms, as well as showers.


The project, situated at the east end of the European school, consists of two separate gymnasiums.
The narrow terrain determined the compact building, directly connected to the existing school at the playground level, which is located 2.2 m below the Boulevard Konrad Adenauer level. This difference in height reduced the visual impact of the building on the boulevard, while at the same time answering to the continuity of the existing school, emphasizing one of its extremities. The tight budget and a short period of 28 weeks designated for the construction, influenced the choice of the finishing. The interior is defined by an exposed prefabricated concrete, occasionally marked with color elements, aimed to be used as a guide in space. Visible white installation elements are contrasting the gray of the concrete. From the outside, the façade opens towards the playground, following a regular pattern.


Developed in partnership with Citimark, Glenaire will consist of 164 homes adjacent to Belle Isle Park. The development proposes a wide array of options ranging from 1-bedroom ground-oriented flats to 4-bedroom townhomes. The homes will be built in a west coast architectural style with an emphasis on incorporating the natural environment into the design. Glenaire is well-located in the Lions Gate neighbourhood with convenient access to downtown Vancouver and the rest of the North Shore.
North Vancouver, BCCanada