As noted earlier, The Ambush golf course at Lajitas Resort was mostly washed out by severe flooding earlier this year. That original course was designed by Randy Russell and Roy Bechtol, a ribbon of green through the Chihuahuan desert. And it included a 19th hole (actually, hole 11A) with a tee shot across the Rio Grande, into Mexico (no, you didn't get to cross over to finish out the hole).
Lajitas Resort recently announced plans to rebuild The Ambush. The new Ambush will be designed by Lanny Wadkins Design Group and built by Fezler Golf. Construction was scheduled to begin this month, with completion targeted for Fall 2009.


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Advanced Construction Technology provides a comprehensive introduction to The style of the original books by Roy Chudley has been retained, avoiding. The fourth edition of Advanced Construction Technology continues the authoritative introduction to building provided in the companion volume, Construction. Advanced Construction Technology · Roy Chudley Snippet view – Bibliographic information. QR code for Advanced Construction Technology.
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Flash Flood Damage
Here in the Jemez, this time of year is referred to as ‘monsoon season’. The rain is mostly welcomed, as it cools everything down and helps lower the potential for fires. The rain usually comes in the afternoons– some days really heavy– and may cause flash flooding. A little over a week ago, we experienced flash flooding that caused damage to the existing roads impeding vehicular access to certain areas. My supervisor and I took a trip up to that area to see what actually happened, and the damage was pretty bad. The source of watershed was from the surrounding mountains that had been burned during the previous year. I recently learned that normally the vegetation helps to absorb and slow the flow of water but when an area is burned, the water just basically runs off of it. Because the water can collect and glide much faster, it is much more intense causing more damage.
Although I will not be working on the reclamation of these roads, I thought it was an important aspect to share– this was unexpected and poses a significant inconvenience to the accessibility along in the northeast area of the preserve. The combined effect of two of these natural processes resulted in washing out this area completely. It’s going to take a significant amount of research, engineering, and planning to regain access to the roads beyond.
We continued on different route to the North Rim of the preserve to see if there was any additional damage and get a glimpse from the top- what an awesome journey. For those who are interested, I’ve posted additional images on our facebook page– click here to view.


The one year street plan consists of streets or storm sewer projects that are budgeted and construction is planned to proceed that year. Some plans on the one year plan are funded by private developers, such as new residential subdivisions and are not funded by the city.
A public hearing for the 2021-2022 Fiscal Year One and Six year street plan was held on September 14, 2021 during the regular bi-monthly city council meeting. A copy of the plan can be obtained at the city office or email firstname.lastname@example.org for a copy. Or click on the links above to open the map or the summary.
Six Year Street Plan
Six year street plans are longer term projects that are in the planning stages to be added to the one year plan at a later time. Depending on budget and funding, some projects maybe on the six-year plan for some time, due to financial limitations of the city.


Mode of Transport and Infrastructure
Transport is vital as a result of it allows commerce between individuals, which is crucial for the event of civilizations. Transport modes are the means by which passengers and items obtain mobility. They’re cellular transport belongings and fall into one in all three fundamental classes, relying on over what floor they journey; Land (Street, Rail and Pipelines), Water (Delivery), and AIR. Every mode is characterised by a set of technical, operational and industrial traits.
a. Street Transportation
Street infrastructures are giant customers of area with the bottom degree of bodily constraints amongst transportation modes. Nevertheless, physiographical constraints are vital in street development with substantial extra prices to beat options equivalent to rivers or rugged terrain. Whereas traditionally street transportation was developed to help non-motorized types of transportation (strolling, home animals and biking on the finish of the 19th century), it’s motorization that has formed essentially the most its growth for the reason that starting of the 20th century.
Street transportation has a median operational flexibility as automobiles can serve a number of functions however are not often in a position to function exterior roads. Street transport programs have excessive upkeep prices, each for the automobiles and infrastructures. They’re primarily linked to gentle industries and freight distribution the place fast actions of freight in small batches are the norm. But, with containerization, street transportation has turn out to be an important link in freight distribution.
b. Rail Transportation and Pipelines
Railways are composed of a traced path on which wheeled automobiles are sure. In gentle of current technological developments, rail transportation additionally consists of monorails and maglev. They’ve a median degree of bodily constraints and a low gradient is required, significantly for freight. Heavy industries are historically linked with rail transport programs, though containerization has improved the flexibleness of rail transportation by linking it with street and maritime modes. Rail is by far the land transportation mode providing the best capability with a 23,000 tons totally loaded coal unit practice being the heaviest load ever carried. Gauges, nevertheless, fluctuate world wide, usually difficult the combination of rail programs.
Pipeline routes are virtually limitless as they are often laid on land or underwater. Their objective is to maneuver liquids equivalent to petroleum merchandise over lengthy distances in a cheap vogue. The longest gasoline pipeline hyperlinks Alberta to Sarnia (Canada), which is 2,911 km in size. The longest oil pipeline is the Transiberian, extending over 9,344 km from the Russian arctic oilfields in japanese Siberia to Western Europe. Bodily constraints are low and embody the panorama and pergelisol in arctic environments. Pipeline development prices fluctuate in response to the diameter and improve proportionally with the space and with the viscosity of fluids (from low viscosity gasoline to excessive viscosity oil). The Trans Alaskan pipeline, which is 1,300 km lengthy, was constructed beneath tough situations and must be above floor for many of its path. Pipeline terminals are essential since they correspond to refineries and harbors.
c. Maritime Transportation
With bodily properties equivalent to buoyancy and restricted friction, maritime transportation is the simplest mode to maneuver giant portions of cargo over lengthy distances. Most important maritime routes are composed of oceans, coasts, seas, lakes, rivers, and channels. Nevertheless, as a result of location of financial actions, maritime circulation takes place on particular components of the maritime area, significantly over the North Atlantic and the North Pacific. The development of channels, locks, and dredging are makes an attempt to facilitate maritime circulation by lowering its discontinuity, however such endeavors are extremely costly. Complete inland waterway programs embody Western Europe, the Volga / Don system, the St. Lawrence / Nice Lakes system, the Mississippi and its tributaries, the Amazon, the Panama / Paraguay and the inside of China.
Maritime transportation has excessive terminal prices since port infrastructures are among the many costliest to construct, keep and function. These excessive prices additionally relate to maritime transport the place the development, operation, and upkeep of ships is capital intensive. Greater than some other mode, maritime transportation is linked to heavy industries, equivalent to metal and petrochemical amenities adjoining to port websites. But, with containerization, maritime transport has turn out to be the linchpin of globalization, permitting buying and selling a variety of products and commodities.
d. Air Transportation
Air routes are virtually limitless, however they’re denser over the North Atlantic, inside North America and Europe and over the North Pacific. Air transport constraints are multidimensional and embody the positioning (a industrial airplane wants about 3,300 meters of runway for touchdown and take-off), the local weather, fog, and aerial currents. Air actions are linked to the tertiary and quaternary sectors, notably finance and tourism, which lean on the long-distance mobility of individuals. Extra lately, air transportation has been accommodating rising portions of high-value freight and is taking part in a rising position in world logistics.
e. Intermodal Transportation
Considerations a wide range of modes utilized in mixture in order that the respective benefits of every mode are advantaged. Though intermodal transportation applies for passenger actions, such because the utilization of the totally different, interconnected modes of a public transit system, it’s over freight transportation that essentially the most vital impacts of intermodalism have been noticed. Containerization has been a strong vector of intermodal integration, enabling maritime and land transportation programs to interconnect.
Cowl a gray space when it comes to if they are often thought-about as a transport mode since telecommunications usually do not need an obvious physicality. But, this physicality is actual since they’re structured as excessive capability networks with very low constraints, which can embody the physiography and oceanic lots crossed by fiber optic cables. They supply for the “instantaneous” motion of data (velocity of sunshine). Wave transmissions, due to their restricted protection, usually require substations, equivalent to for cellphone and information networks the place WiFi connections are of much more restricted vary. Satellites are sometimes utilizing a geostationary orbit which is getting crowded.
Excessive community prices and low distribution prices characterize many telecommunication networks, that are linked to the tertiary and quaternary sectors (inventory markets, enterprise to enterprise info networks, and many others.). Telecommunications can present a substitution for private mobility in some financial sectors, however the main influence is expounded to e-commerce, which has opened an entire vary of business alternatives.
Transport infrastructure consists of the fastened installations together with roads, railways, airways, waterways, canals and pipelines and terminals equivalent to airports, railway stations, bus stations, warehouses, trucking terminals, refueling depots (together with fueling docks and gas stations) and seaports. Terminals could also be used each for interchange of passengers and cargo and for upkeep.
Automobiles touring on these networks could embody cars, bicycles, buses, vehicles, trains, helicopters, watercraft, spacecraft and plane.
A street is a paved floor to facilitate the motion of individuals or items with [#_Road_transport road transport] means, equivalent to cars, bicycles, buses, vans or vehicles.
Roads in itself usually are not an fascinating safety goal, however blocking a street will trigger issues with the visitors move and reachability of sure components of town or space.
Rails are the infrastructure for rail transport. A rail street which connects two areas can also be known as a rail line. As for roads, rails on itself usually are not an fascinating safety goal, however blocking a railroad will trigger giant issues with the rail transport.
Pedestrian / Bicycle paths
Pedestrian paths or sidewalks, curbs, pavements, footpaths or platforms are paths alongside a street designated for pedestrians. Bicycle paths includes of a number of totally different types of biking infrastructure, from non-segregated pathways aligned subsequent to the street to segregated cycle amenities.
Segregated cycle amenities are a type of biking infrastructure consisting of marked lanes, tracks, shoulders and paths designated to be used by cyclists and from which motorised visitors is mostly excluded. The time period consists of bike lanes, cycle tracks, separated bike lanes, street shoulders and facet paths situated inside a street right-of-way.
Inter and intra city transport over waterways equivalent to canals, rivers or different waterways varieties a smaller though nonetheless vital facet of the city transport system. For port cities equivalent to Rotterdam, Antwerp or Hamburg the waterway system is of important significance for his or her financial growth.
Bridges and fly-overs
A bridge is a construction constructed to span bodily obstacles equivalent to a physique of water, valley, or street, for the aim of offering passage over the impediment. A flyover is a bridge, street, railway or related construction that crosses over one other street or railway forming a grade separation. Numerous totally different designs are potential relying on the size of the span and the situations of the positioning.
Bridges and fly-overs kind an important and weak factor of a transport system since blocking may cause critical disruptions within the transportation system. Safety dangers are excessive since bridges and fly-overs are usually tough to achieve in case of emergencies.
A terminal is any location the place freight and passengers both originates, terminates, or is dealt with within the transportation course of. Terminals are central and intermediate areas within the actions of passengers and freight. They usually require particular amenities and tools to accommodate the visitors they deal with.
Terminals could also be used each for interchange of passengers and cargo. Examples of passenger terminals are airports, railway stations and bus stations. Examples of terminals for cargo are warehouses, trucking terminals, refueling depots (together with fueling docks and gas stations), and seaports.
All terminals are vital for safety, because it are potential targets for terrorists. Harm may have a big effect, each economically, life hazard of individuals and by hampering the transportation course of closely. Due to this fact it’s endorsed to have an intensive and sturdy transportation system in the direction of and from the terminal and to find terminals exterior city areas.
An airport is a location the place plane equivalent to fixed-wing plane, helicopters, and blimps take off and land. Plane could also be saved or maintained at an airport. An airport consists of not less than one floor equivalent to a runway for a airplane to take off and land, a helipad, or water for takeoffs and landings, and sometimes consists of buildings equivalent to management towers, hangars and terminal buildings.
A practice station, additionally known as a railroad station (primarily in america) or railway station (primarily within the British Commonwealth) and sometimes shortened to only station, is a railway facility the place trains usually cease to load or unload passengers or freight. It usually consists of a platform subsequent to the monitor and a station constructing (depot) offering associated providers equivalent to ticket gross sales and ready rooms.
A metro station or subway station is a railway station for a fast transit system, usually recognized by names equivalent to “metro”, “underground” and “subway”.
A bus terminus is a delegated place the place a bus or coach begins or ends its scheduled route .
A freight terminal is a processing node for freight. Most freight terminals are situated at ports. They might embody airports, seaports, railroad terminals, and trucking terminals. Freight is often loaded onto and off the transport.
A sea port (or shortly port) is a location on a coast or shore containing a number of harbours the place ships can dock and switch individuals or cargo to or from land.
At visitors intersections, a sure sort of visitors infrastructure is intersecting. Principally this considerations street intersections, although additionally rail and air intersections are potential. To forestall incidents at street intersections, the visitors is managed with visitors alerts.
Future Tendencies of Transport Trade


Pazhassi Dam Location
Pazhassi Dam is located near Iritty, about 37 km to the east of Kannur. The dam is built across the Valapattanam River located near Kuyiloor Puzha. The reservoir supplies drinking and irrigation water for the entire Kannur District.
Iritty has the nearest bus station. Mattanur is the nearest city about 21 km away. Kannur has the nearest railway station.
Kacherikadavu, Chandanakampara and Virajpet are nearby cities.
The nearest airport is in Mangalore about 160 km away. The Kozhikode airport is about 160 km away.
Pazhassi Dam History
The dam project was commissioned in 1979 by the then Prime Minister Mr Moraji Desai. It is named after the Kottayam King Pazhassi Raja, who laid down his life fighting against the British. The king’s birthplace is about 11 km from the dam site.
Pazhassi Dam Kannur Attractions
The dam site is a perfect spot for picnics and one day trips. Beside the reservoir is a beautiful garden, which makes Pazhassi Dam distinct from other reservoirs in Kannur District.
Boating down the river, you can come across tiny islets that provide habitat to chirping feathered friends. The Tourism Promotion Council provides pleasure boating facilities at the dam reservoir.
Other attractions in the vicinity of the dam are the sculptures of Pazhassi Raja and the Buddha’s mountain.
The best season to visit the dam is October-May.
Accommodation near Pazhassi Dam Kannur
The nearest accommodation is the Project Inspection Bungalow and its attached dormitories.
Kannur is usually the ideal base to explore Pazhassi Dam along with a whole lot of other attractions, including beaches, forts, temples and hill stations.
Kunnola Beach House, Golden Sand Beach House and Waves Beach Resort are well-rated hotels about 30 km away.
DTPC Office Pazhassi
Phone number: 0490-2471760
[Please click on any photo to open image browser and slideshow.]


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With over 25 years of management experience throughout Asia and Europe, Neil has been successfully deployed on a wide range of complex construction projects and programmes.
Neil is a Chartered Quantity Surveyor and heads his own Project Services company. He is a former Commercial Director and COO of an M&E contracting company.
He has acted in the capacity of client, consultant and contractor. He has managed projects and commissions for funding institutions, private developers, multi-national corporations and government agencies.
Neil has acquired an in-depth knowledge and understanding of the entire project life-cycle, stakeholder dynamics, existing customs and working practices. His experience has benefited small residential developments to $multi-billion, mixed-used developments and public infrastructure programmes.
With a background in contracts administration; project procedures; controls; project auditing; procurement; claims; and dispute resolution, Neil acts in the capacity of Industry Consultant to the Kapio team.


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Architects and Contractors Explore New Collaborative Arrangements
Stoel Rives attorney Dick Alexander discussed in the Portland Business Journal the trend of greater formal collaboration between builders and designers. Integrated Project Delivery ("IPD") is the latest and most effective manifestation of this trend. IPD fosters collaboration throughout the entire construction project and ties the parties together through shared financial risk and reward.
"Over the years, the industry has made small steps towards more collaboration and cooperation, but IPD goes further," said Alexander. "IPD is a whole bunch of ways that the ownership team, the contractor team and the design team can work together on the job to maximize the likelihood that the project will be successful and minimize the likelihood of disputes."
Alexander noted that most requests for proposal on major projects around the county include some form of IPD. While pure IPD projects may not be a universal fit, he said that increased collaboration is the future. "IPD is just a continuation of earlier efforts to collaborate. It may not be the entire answer, and in a few years there might be another buzz word, but it will still be based around collaboration and cooperation."
"Encouraging a little more collaboration" was published by the Portland Business Journal, August 10, 2012. Subscription required.


UCLA receives sustainability award for LEED Platinum-rated training facilities
UCLA received an award for its sustainable athletic facilities because both Wasserman Football Center and Mo Ostin Basketball Center earned the highest LEED certification. (Daily Bruin file photo)
Nov. 27, 2018 2:31 a.m.
UCLA earned an award for the sustainable design of its athletics facilities from the Los Angeles chapter of the U.S. Green Building Council.
USGBC LA gave UCLA the award because both the Wasserman Football Center and Mo Ostin Basketball Center had obtained Leadership in Leadership in Energy and Environmental Design Platinum certification, the highest rating awarded to green buildings. UCLA policy has required all new constructed buildings on campus to obtain LEED certification since 2006.
The sustainable designs of the two training centers were part of University of California President Janet Napolitano’s initiative to establish the UC as the first research university to achieve carbon neutrality. The facilities are also part of the Sustainable LA Grand Challenge, a universitywide initiative aimed at helping LA achieve 100 percent sustainability in energy, water and biodiversity by 2050.
The UCLA Wasserman Football Center employs water-saving strategies, including efficient plumbing solutions and grey water management programs. This strategic planning achieved a 72 percent reduction in the facility’s water use, saving the training center approximately 197,000 gallons in total, according to USGBC LA. The Mo Ostin Basketball Center minimizes energy use with efficient natural ventilation and natural sunlight.
USGBC LA will present the 2018 Visionary Award to UCLA at its 14th Annual Green Gala on Dec. 6 at the Taglyan Cultural Complex in Hollywood. The annual Green Gala gathers more than 400 of Southern California’s environmental leaders, the region’s leaders in the green building industry. Its honorary host committee will include LA Mayor Eric Garcetti and State Sen. Ben Allen.


Isogeometric Analysis-based Topological Optimisation for Heterogeneous Parametric Porous Structures
*传丰 胡 (浙江大学)
慧 胡 (浙江大学)
宏伟 蔺 (浙江大学)
Porous structures widely exist in nature and artifacts, which can be exploited to reduce structural weight and material usage or improve damage tolerance and energy absorption. In this study, we develop an approach to design optimised porous structures with Triply Periodic Minimal Surfaces (TPMSs) in the framework of isogeometric analysis (IGA)-based topological optimisation. In the developed method, the designed porous structures can achieve the optimal mechanical performance by controlling the density distribution under a fixed weight constraint. Firstly, the implicit functions of the TPMSs are adopted to design several types of porous elements with different densities. Secondly, an equivalent method is proposed to calculate the equivalent elastic modulus of porous elements on the basis of Energy Conservation Law. Subsequently, the functional relationships of different porous elements between the equivalent elastic modulus and the relative density are constructed. Thirdly, given the design domain represented by a trivariate B-spline solid, boundary conditions and the type of porous material, we can obtain an optimal density distribution from the IGA-based porous topological optimisation to minimise the compliance. Finally, an optimum porous structure is generated in the B-spline solid with TPMS on the basis of the optimised density distribution. Experimental results demonstrate the effectiveness and efficiency of the proposed method.


Update from T Loughman – 17 May
Installation of the railings around the upper level is now complete. Soil grading to the upper level has been completed and the soil reinforcement that will prevent the soil slipping in future is being installed. Bandstand refurbishment continues with the spindles being fitted and the ceiling slats being fabricated. The gravel is arriving shortly for the tar spray and chip surface finish to the upper level and mid level paths. The upper level will be open for an event on 23rd May.


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Ground investigation design
Geotechnical drilling, core logging, sampling and laboratory analysis
Static and dynamic penetration testing (CPT and DCP)
Slope Stability Analysis
Slope stability is really important factor to be considered in the management of mining operation for example open pit mines, waste dump and land fill and also civil engineering projects. Proper slope design will ensure a safety work environment and profitable mining operation. Successful slope design requires the gathering of information regarding the site‟s geology and characteristics (e.g. the properties and status of rock mass, soil, and groundwater in and around the excavation), interpretation of these information, and the development of design based on the information. Noras Nusantara professional team has capability and experience in assessing and designing of slope stability to handle slope stability issues, including :
Open pit and quarry
Soil, rock, and waste dump
Hydrology and Hydrogeology Analysis
Both surface and ground water have an impact to mining operation and civil work productivity. Excessive water inflow into mining area has an effect on lowering slope stability and cause water paddle in excavation. For safety working environment and good productivity of project, the excavation operation must be carried out above water level so that engineering approaches have to be done to prevent (reduce) the water flows into excavation (water drainage) and lowering water level below the excavation.
Our professional team have capability and experience to analyze and interpret of both hydrology and hydrogeology data and design the appropriate water drainage and water dewatering program to handle water issue.


The Minkoff Group specializes in developing and repositioning top quality commercial and residential properties in Silicon Valley’s most desirable locations for top companies and their employees. Most development projects are a quick walk from Caltrain stations and restaurants, contain abundant bike parking and showers, include operable windows and extensive roof decks for fresh air, and are built to the highest levels of environmental stewardship.
Dan Minkoff launched The Minkoff Group in 2006 when he began developing projects in the Bay Area. Over the years he has demonstrated a keen ability to deliver projects in some of the Bay Area’s most challenging jurisdictions. Dan received his Sc. B. in Civil Engineering from Brown University and his M. Arch. in Architecture from Harvard University.
Bay Area native Will Birdsey joined Minkoff Group in 2018. Prior to this role, he spent the majority of his real estate career working at Hines and The Carlyle Group in the San Francisco Bay Area where we was responsible for acquisitions and asset management for projects in the San Francisco Bay Area, Sacramento, and the Pacific Northwest. Will received his BA in Economics from the University of California, Davis and his MBA from the University of California Berkeley Haas School of Business.


Chinese researchers say they have achieved technological breakthroughs to realize zero waste discharge for paper plants, which is significant for environmental protection.
Xu Nanping, an academician of the Chinese Academy of Engineering, told Xinhua sewage treatment and film filtering technologies have successfully made the 32,000-tonnes of waste water discharged by Jiangsu Oji Paper Co., Ltd per day into reclaimed water, industrial salt and dried mud.
It took Xu and his fellow researchers from Nanjing Technological University nine months to develop the technology and design the equipment. Xu is also deputy governor of east China's Jiangsu Province and head of the provincial department of science and technology.
The treatment project has operated successfully since Jan. 2014. The paper plant planned to discharge waste water into the Yellow Sea via a pipeline in 2012, but the project was forced to be canceled due to protests of coastal residents over environmental concerns.
The quality of the reclaimed water is better than water taken directly from the Yangtze River and even tap water in terms of major quality indices, said Wang Chaohui, director of the area's environmental protection bureau.


Roof Maintenance is an essential element of home-ownership. Without regular maintenance, roofs can become unsightly, leak prone and more difficult to service. Regular maintenance keeps homes looking great. So, here are some simple tips for keeping your roof in tip-top shape:
Roof Maintenance – One of the most important aspects of roof maintenance is to ensure regular inspections. Roofs must be inspected at least twice each year for small cracks, holes, decay, weathering and exposure to elements. Roof repair work is only necessary if you notice significant damage such as missing shingles, missing tiles or a severely frayed portion of the roof. Roof repair will prevent further damage to your home. In addition, cleaning may prevent damage from ultraviolet rays. Cleaning will also extend the life of your roof.
Roofs that are built from clay, concrete, asphalt or slate require different types of cleaning methods. Clay and concrete roofs need to be washed with chemical cleaners that are non-reactive. Asphalt and slate roofs can simply be washed with water and a mild detergent. However, a complete roofing inspection is recommended every thirty years or so to ensure that the entire roof is in good condition.
If you notice any problems with your building, call roof maintenance professionals immediately. Most problems can be fixed easily with cleaning, but larger issues will require building personnel to come out and take a look. You don’t want to have a big problem in the middle of the night because building personnel were too busy to come out. It can be extremely frustrating to have a roof maintenance company come out only to find that the issue wasn’t really a problem after all. This can also be embarrassing, especially if the problem is something that building personnel have been unable to fix on their own.
Roofs that are constructed from asphalt shingles will need a more rigorous roof maintenance schedule than roofs that are made from clay or concrete. While they may seem less prone to damages than other types of materials, asphalt shingles will be more likely to be damaged if they aren’t maintained. If there are cracks or signs of damage in the flashing around your home, there is a strong chance that there is damage to the entire roof system as well. Even small damages to flashing around the structure can lead to leaks. If this happens, there is a good chance that your entire roof has been damaged, which means that you will need to replace the entire roof system.
Unfortunately, repairing damage caused by a failure to use proper roof maintenance is not always an easy task. Sometimes it is difficult for homeowners to understand that the roofing professionals aren’t merely doing a job – they are making your home safer. A complete roof inspection at least once every 30 years will ensure that your home is safe from weather damage and other types of damage that will slowly erode your roof. Having a professional inspect your roof at least once every three years is also important for the same reasons.


A setting foundation could cause a lot of damage and reduce the value of your house. Therefore, as a homeowner, you should focus on stopping soil erosion around the foundation. In this article, I will share simple ways that you can use to prevent foundation erosion.
If you follow my blog, you may know that my husband is a home inspector in Florida. He sees first-hand the erosion at the foundation of homes. And, how this erosion then affects the value of a property.
From not having gutter systems, soil not sloping away from the house, trees planted too close to the foundation that the roots actually crack the foundation— everything damages the foundation of a house. And, ultimately lowers the value of a property.
Whether it is just small cracks or a setting foundation, the foundation issues can cause big problems.
Before we talk about tips to prevent foundation erosion, let us discuss what causes foundation erosion? Excessive heat, ice, snow, rain, flooding, and droughts—affect the foundations of a property. There can be a number of causes behind erosion. A professional will find the source of the problem and help you repair the damage.
What are the Signs of Foundation Erosion?
For stopping soil erosion around foundation, look for the following signs:
- Foundation Cracks & Gaps—In walls, floor or the exterior of the house.
- Setting/Sinking Foundation—Property will start getting lower on one side.
- Slab Foundation Upheaval—Continuous moisture and plumbing issues cause this.
- Doors Sticking or Dragging—Problems with both interior and exterior doors indicate a foundation issue.
- Gaps & Spaces around Doors and Windows—This includes doors not latching and not aligning properly.
- Sagging Floors—It also includes uneven floors. This indicates a problem in the piers and beams of the building.
- Counters & Cabinets Separating— From tiny gaps to cabinets and counters getting farther away from the wall.
Do you know how much it costs to repair foundation erosion? A typical homeowner pays between $1895 to $6691.
All these symptoms indicate that you have a foundation issue. And, it is better to call a professional for help. So, watch out for these signs of foundation and soil erosion.
How can you Prevent Foundation Erosion?
The foundations of most houses show wear and tear with time. The older the house, the more important it is to keep an eye for signs of erosion.
If there are none, you are lucky, my Friend! Read about these simple steps that can help you in stopping soil erosion around the foundation.
1. Inspect the Perimeter of Your House Regularly
It is very important that you inspect your house at regular intervals. While inspecting, focus on signs of cracking and the sings of breakage on:
- Exterior coverings
Make sure, they are 6-inches above the foundation. Also, clear away the dirt and debris regularly.
2. Installing a Rain Gutter System
Investing in a rain gutter system is the best way to protect the foundation especially if your area gets heavy rains. Rain gutters have many benefits but most importantly they channel the water away. So, your foundation stays safe.
3. Clean your Rain Gutters & Check for Water Pooling
If you already have rain gutters, it is important to keep them clean. Clogged gutters won’t work properly, and as a result, the rainwater will damage the foundation.
Therefore, clean the rain gutters. When it comes to keeping your rain gutters clean, debris is your worst enemy. Luckily, you can DIY clean the gutters with these tried & tested gutter cleaning methods. Another tip is to use leaf guards and say Bye, Bye to debris clogging your gutters.
4. Check for Water Pooling Before Heavy Rains
If you don’t have a rain gutter system, or if your gutters aren’t working, you will end up with water pooling around your foundation.
To get your house ready for heavy rains, do this little test. Use a hose to spray water. If you see pools of water forming, you have a problem.
There is an easy solution to this. First, remove the water. Then, fill those areas with more soil. When filled properly, this will prevent foundation erosion from pooling water.
5. Check Trees, Plants, and Vines around your House
The foliage around your house can also cause problems. For instance, trees and plants that are very close to the house may block air circulation. It may also result in more dampness.
In areas that receive more rain, plants can get wet. And, dampness is one of the most important causes of foundation issues.
While dampness is bad for your foundation, it still needs some moisture to keep from cracking. If there are trees very close to your house, they will soak up a lot of water and leave the foundations dry. As a result, you will experience cracking in the foundation.
Use these simple tips to prevent foundation erosion. Your house is your biggest investment. Damages in the foundation of your house will bring its value down. It will also cause a plethora of other structural problems.
By taking care of the foundation of your house and stopping soil erosion around the foundation, you can avoid these problems. And, save thousands of dollars spent on repairing the foundation.


Supa-Peg 175x6.3mm Galvanised Steel Key-Head Tent PegSKU:132 PLU:134195
Notify me when back in stock
Supa-Peg wire key-Head tent pegs are specifically designed for hard ground. The key-head design was developed in 1999 by Supa-Peg Australia enabling our pegs to drive into harder ground than what our competitors can. The key-head also locks into the ground preventing the tent peg from spinning. The peg is made from hi-tensile steel and has a unique chisel point so that the pegs drives straight when hammered into the ground.
- Available in Hi-Tensile steel & hard structural aluminium
- Chiseled point for straight & easy ground penetration
- Key-Head design reduces bending
- Locks into the ground to eliminate spin
Material: Galvanised Steel


Efficient, advanced heat pump technology using ground-source energy.
Innovative Carrier geothermal heat pumps tap into the earth's surface, using the energy and relatively consistent heat found in the earth, a pond, or well water instead of using outside air like traditional heat pumps.
Geothermal heat pumps provide both cooling and heating to your home and are able to maintain the geothermal-installationshighest efficiency on even the coldest winter nights or the hottest summer days. Have a look at Carrier's Geothermal Consumer Brochure for more information.
If you're planning to build a new house, office building or school, or replace your heating and cooling system, you may want to consider a geothermal heat pump system. Energy-efficient geothermal heat pumps are available today for both residential and commercial building applications. When geothermal heat pump systems are installed in commercial buildings, the state-of-the-art designs are extremely competitive on upfront costs when compared with cooling towers and boilers, and they have lower energy and maintenance costs.


GRP Enclosures – Westfield Stratford City Mall
Industrial GRP was recently contracted to design, supply and install 21 GRP Enclosures which will house MCC Control Panels on the roof of the largest urban shopping centre in Europe.
Due to the advanced stage of the roof structure we were unable to bolt the GRP Enclosures down to a secure structure. Industrial GRP proposed and developed a detailed design that utilizes an integral GRP composite floor that includes aggregate ballast that is sufficient to satisfy the design criteria.
Moreover, these GRP Enclosures had to be manufactured in extremely small sections that could easily be transported to the final location. These small sections were then assembled on site by our specialist site team.
"Industrial GRP exceeded our expectations in managing what was a large and complex project in which they achieved tight deadlines without compromising the quality or finish of the final product. They were instrumental in overcoming our installation issues. Their team of engineers designed a solution which allowed a number of GRP Enclosures to be installed on the roof of the Westfield Stratford City Mall using a 'bund & ballast' system which eliminated the use of any fixings which may have ultimately compromised the existing structure. Industrial GRP provided a high quality product backed by a team of knowledgeable and experienced engineers who were a key part in the successful delivery of this project."
Schneider Electric Ltd


What is Constructibility Review?
Constructibility review is an ongoing process to enable that the right engineering deliverables will be completed supporting the required construction sequence in a timely manner. This we also call construction-driven engineering. In order to do a constructibility review, construction experts or trade specialists need to get involved during the engineering design phase. The goals are to minimise rework on site, delays in construction because of engineering deliverables not available in time or incomplete, to review consistency of drawings regarding height and level elevation and more for modules to fit, to ensure safe access for maintenance personnel, and to ensure that the construction sequence is commissioning-driven.
This requires a different mind-set and traditional silos have to vanish.
DesignPro has tools and experts available to support. We need it more than ever. Think about it the Empire State Building was finished in 1931 in 13 months. How much has performance efficiency developed in construction since then. It is time for some real re-thinking. Constructibility Review needs to be part of the project life cycle. It can be best manifested in a suitable project-delivery method, such as DB (design-build) or IPD (integrated project design).
The short video below from Bentley sums it up very well.


The interior design of the AZ Groeninge project was to create a completely new and modern atmosphere for the hospital environment. Part of the design is a sleek, uniform look of the flooring surface which provides not only extra footfall comfort, but also the possibility of many color choices. Of course, easy maintenance and possibility of easy renovation were important factors for the floor system specification as well.
Apart from the points mentioned above, it was also important to meet hospital design standards with proper certificates and compliance guarantees such as: fire resistance, cleanroom, slip-resistance class, etc. Ideally, it is a system which can eliminate joints in lavatory areas where joints allow dirt and bacteria to harbor, which means a seamless floor was preferred.
- Sika ComfortFloor® met all of these requirements and was applied on 46,000 m² floor surface in the hospital. For different areas, Sika provided different system buildups including: Sika ComfortFloor® PS-23 system for the corridors, rooms and other areas: Sikafloor®-156 with Sikafloor®-327 as levelling screed, Sikafloor®-330, Sikafloor®-305 W as top coats.
- Sika Shower System in the lavatories: Schönox waterproofing system with Sikafloor®-305 W in three layers for an attractive finish.
- Sikafloor® Multiflex PS-27 ESD system for specific functional areas with static sensitive electronic devices or volumes of flammable material: Sikafloor®-156 and Sikafloor®-327 as levelling screed, with Sikafloor® -328 as tough-elastic PU screed layer and Sikafloor®-305 W ESD in two top coats.
- One of the important considerations of specifying a Sika resin flooring solution was also the product quality and professional service.
Sikafloor®-305 W ESD
AZ Groeninge VZW
Architect / Consultants
Jan De Nul
Sika Belgium nv


Sealcoating is a vital element of pavement maintenance. Sealcoat is a coal and tar emulsion that is applied over existing asphalt surfaces to protect the surface from daily destructive forces.
- Sealcoating protects against natural elements such as sunlight, snow, ice, and salt.
- Sealcoating protects from the deteriorating effects of oil, gas, and hazardous chemicals.
- Sealcoating increase water runoff by filling in the asphalt pores and creating a smooth asphalt surface.
- Sealcoating allows for easier sweeping, cleaning, and maintenance of asphalt.
- Sealcoating gives asphalt a new black finish enhancing the look of any property.
- Sealcoating will increase the life expectancy of the asphalt and save money by reducing pavement repair costs.
© Copyright Double J Paving. 2018. All rights reserved


Myriad Islands Highway Widening Scheme (24th May 2006)
Illspirit has announced that he'll be widening the roads of the Northern Islands. I spoke to him about the narrowness of the pavements and the height of the kerbs over Windows Messenger a few days ago, so this is partly my fault.
The new system will use kerbs which are 15 centimetres high (0.15 units). This is about the same as a normal car’s ground clearance and is the height of most kerbs in GTA San Andreas. Currently, the Myriad Islands’ kerbs are 20 centimetres high and that extra 5 centimetres is enough to make them undrivable.
The wider pavements will stop pedestrians strolling into the road so much. It will also give more space for street furniture, like fast food wagons and mail boxes.


The Ultimate Guide To Top 10 Best Roofers Seattle
If you are trying to stay clear of maintenance as high as possible, stick to a metal roof covering, or a roofing like slate that is not likely to have lots of issues throughout its life time. Materials like rubber roof covering, asphalt roof shingles and also even clay floor tiles require more upkeep and also upkeep. You will need to make area repairs from time to time, as well as when it comes to asphalt roof shingles you will certainly also have to replace the whole roof faster than you would certainly with the majority of other choices.
If you are taking out a loan, it will be a lot more difficult to identify what you have to invest on your brand-new roof. It is suggested that you produce a budgeting prepare for your roofing job and also obtain estimates for different roof covering kinds you have an interest in to see what top quality and also price works best for you.
Not only will this cut the life of your roof short, but it will additionally place the remainder of your house at danger. Be sure to take the time to find a high quality roofing professional that understands about all roof kinds.
Get quotes from your leading options. Keeping that information, you should have the ability to select the option that is mosting likely to function best for you and also proceed to completing the job. By learning more about different roof covering types and about how to locate a seasoned installer, you can obtain the best roof covering for your requirements and spending plan.
Not known Facts About Top 10 Best Roofers Seattle
As a home owner, it is very important to have a basic understanding of your roofing system and also roof parts. Your roof is one of one of the most vital parts of your residence, offering security from the elements and also assisting to maintain your home comfortable and energy-efficient. There are many various sorts of roof coverings, but a lot of are made up of similar parts.
The three main parts of a roofing system are the deck, the membrane, and the coverings. The deck is the underlying structure of the roofing system, typically made from plywood or oriented strand board (OSB).
Flashing is a material that is utilized to seal any gaps or openings in the roofing system, such as around chimneys or skylights (Top 10 Best Roofers Seattle). Drains are installed at reduced points in the roofing to assist eliminate water. Since you recognize the fundamentals regarding the different sorts of roofing systems readily available, you can start to limit your alternatives and also select the very best roofing system for your home.
When it comes to business roofing, there are several various kinds of roofing systems that can be utilized. Below are some of the most popular types of commercial roof: Metal roofings are one of the most sturdy and lasting types of roofing offered.
What Does Top 10 Best Roofers Seattle Do?
Metal roofing systems come in a variety of shades as well my site as styles to match any structure. Flat roof is a preferred selection for lots of companies because they are easy to keep as well as repair. They are also reasonably inexpensive contrasted to other kinds of roof. Level roofings can be more at risk to leakages and damages from high winds.
Rubber roof coverings can be more pricey than various other types of roof. Asphalt roof coverings are a popular option for many companies since they are affordable and easy to install.
Solar roofings are a kind of roof covering that check out here makes use of photovoltaic panels to create electrical power. Solar roofing systems can assist to decrease energy costs and improve the environment. Solar roofs can be extra expensive than various other kinds of roof. Metal roof shingles roofing systems are a type of roof that is made up of interlacing steel shingles.
Floor tile roofing systems are a type of roofing that is made up of interlacing ceramic tiles. Slate roof coverings are a type of roof that is made up of interlocking slate floor tiles.
Little Known Facts About Top 10 Best Roofers Seattle.
When it comes to industrial roof covering, there are many different types of roof coverings that can be used. Steel roof coverings, level roofing systems, rubber roofing systems, asphalt roofs, green roofs, solar roof coverings, steel roof shingles roofs, floor tile roofings, thatched roofing systems, and slate roof coverings are all prominent choices for many organizations.
We have experience mounting all kinds of commercial roofings, and also we can assist you pick the best alternative for your needs - Top 10 Best Roofers Seattle.
If you're looking go now for property roof covering services you can count on Du, Page Region, look no more than VIS Exterior. Our expert roof covering services included two decades of experience working on houses of all kinds. As a go-to roof contractor, our clients recognize they can pertain to us for all kinds of roof solutions, from inspections to basic fixings, substantial repairs to full reroofing services.
As a matter of fact, our high degree of solution is unmatched by our competitors. We constantly lead our customers through selecting the very best roof covering items, along with maintain them informed throughout the project. Our knowledgeable artisans will certainly mount a top quality, resilient roofing that will certainly improve the appearance of your house. VIS Exterior uses a large selection of shingle styles, colors, and producers.
Top 10 Best Roofers Seattle - Questions
We likewise supply roof shingles roof coverings with boosted warranty choices to ensure that your roof financial investment will certainly last for numerous years to come., we'll change it promptly, but successfully.
As a best roof covering contractor, we're guaranteed, accredited, bound, have an A-plus score with the Bbb and also hundreds of favorable evaluations. A household roof inspection from a reputable roofer will alert you to any damages that requires to be addressed in a timely manner. Whether it's from Mother earth's rage or simply years of exposure to the aspects, damage can range from small problems that need simple fixings to significant troubles that cause full roofing system replacement.


-Italy Motorway Bridge Collapses;
-Kills Aged Couple
Two persons have been killed in a motorway bridge collapse in Italy. The 60 year old man and his 54 year old wife who were the victims of the bridge collapse lived in the March Region of Italy and were travelling in a vehicle beneath the bridge when it crashed on them on a road near the Italian City of Ancona.
According to the Italian Highways Agency, the motorway bridge collapsed when a temporary structure supporting the bridge gave way beneath it.
Two Romanians who were working on the road at the time were also injured.
It would be recalled that about six months ago, a similar incidence occurred in Italy when another bridge crashed down over a busy road in the Northern Italy, killing one person and injuring five.
READ ALSO: President Buhari Returns Today


Update water city Palestine:
“As you all know, we have worked hard to fill our storage tanks so that we have enough pressure to pump water to all residents in our city of Palestine. Unfortunately, even with the much appreciated help of our residents, we are unable to isolate the problem of our water distribution.
You are our priority, and we explore every way to restore water in our city; that’s why this is our next plan.
The water treatment plant has two 1 million gallon tanks that distribute water to meet the water needs of the city of Palestine. To sustain this demand, the City of Palestine is filling both water storage tanks to their maximum capacity.
To achieve this, the pumps in the water treatment plant will shut down at 9:00 pm tonight and no water will be sent from the water treatment plant to the city between 9:00 pm this evening and possibly tomorrow afternoon, Sunday 21 February 2021.
This allows the water treatment plant of the city of Palestine to fill the two 1 million gallon tanks in the water treatment plant. In addition, this should restore the volume of the remaining tanks and enable us to meet the demands of restoring normal operating pressure to meet the residential and business needs of the city of Palestine.
We believe this will make a difference and have planned it to have minimal impact on your daily life given this unprecedented situation we are all going through.
We ask you to be patient. Remember that you are our priority and our crews are working around the clock to serve you.
We will update you as soon as we have new, relevant information. “


Proper equipment can significantly impact the success of tree-felling projects. Studies show that using a professional crane service can greatly enhance efficiency and safety in such endeavors. Crane hire in Sunshine Coast is an essential element for successful tree-felling projects. The Sunshine Coast region is known for its lush greenery and abundant trees, making it necessary to have the right equipment and expertise to safely and efficiently remove trees. Crane hire provides a solution to this challenge by offering a reliable and efficient method to handle large and heavy trees.
With the help of a crane, tree-felling projects in the Sunshine Coast can be carried out with precision and safety. The use of a crane allows for the controlled removal of trees, minimizing the risk of damage to surrounding structures and vegetation. The crane's versatility enables it to access even hard-to-reach areas, making it an ideal choice for tree removal in various locations throughout the region. Additionally, crane hire services often come with experienced operators who are well-versed in tree-felling techniques, ensuring that the project is executed smoothly and without any hiccups. Whether it's a residential or commercial tree felling project, crane hire in Sunshine Coast is the key to achieving successful and efficient results.
The Importance Of Proper Equipment For Tree Felling
The use of appropriate machinery and tools is crucial for the successful completion of tree-felling projects. Tree felling techniques require precision and efficiency to ensure safety and minimize damage to surrounding areas. Selecting the right crane is essential in this process as it allows for the smooth execution of tree removal tasks. A crane with adequate lifting capacity, reach, and maneuverability can effectively handle large or tall trees that may be difficult to fell using traditional methods. Additionally, the crane's stability and control systems enable operators to safely position themselves and the tree during the felling process.
Equipment maintenance also plays a vital role in ensuring successful tree-felling projects. Regular inspection, servicing, and repairs are necessary to keep machinery in optimal condition. Any malfunctions or defects can compromise safety, cause delays, or even lead to accidents during operation. Proper maintenance practices extend equipment lifespan and enhance its performance throughout various projects.
Proper equipment selection and maintenance are fundamental aspects of successful tree-felling projects. By employing appropriate machinery such as cranes with suitable capabilities and adhering to regular maintenance routines, operators can enhance safety measures while achieving efficient results in their operations.
Benefits Of Hiring A Professional Crane Service
One advantage of utilizing a professional crane service is the ability to efficiently and safely remove trees. When it comes to tree-felling projects, having the right equipment is crucial for ensuring a successful outcome. Hiring a professional crane service can provide cost-effective solutions that save both time and effort.
Firstly, a professional crane service offers cost-effective solutions by providing all the necessary equipment and tools needed for tree removal. Rather than purchasing expensive equipment or renting it from multiple sources, hiring professionals ensures that all required machinery is readily available on-site. This not only saves money but also eliminates the hassle of managing and maintaining equipment.
Secondly, hiring professionals with expertise and experience in tree-felling projects can significantly reduce the time required for completion. These experts are well-versed in efficient techniques and strategies to handle different types of trees, ensuring smooth operations throughout the process. Their knowledge allows them to assess potential risks accurately and plan accordingly, thereby minimizing any delays or disruptions.
Lastly, engaging a professional crane service guarantees access to skilled operators who have extensive experience in handling cranes specifically designed for tree removal tasks. These operators possess the necessary training and certifications to operate heavy machinery safely, reducing the likelihood of accidents or damage to property during the project.
Hiring a professional crane service offers numerous benefits for tree-felling projects. It provides cost-effective solutions by eliminating the need for purchasing or renting expensive equipment. Their expertise and experience result in time-saving techniques that ensure the efficient completion of tasks. Additionally, skilled operators ensure safety measures are strictly followed throughout the project duration. If you are looking for the best crane service in Sunshine Coast, search for "Sunshine Coast crane hire".
Safety Measures For Successful Tree Felling
Implementing proper safety measures is crucial for ensuring the successful and safe felling of trees. One important aspect of safety in tree felling is ensuring that those involved have received proper training. Tree felling can be a complex task, requiring knowledge of cutting techniques, equipment operation, and hazard identification. Without adequate training, workers may not be able to safely assess the condition of the tree or determine the best approach for its removal.
Environmental considerations also play a significant role in tree felling safety. It is essential to consider factors such as nearby structures, power lines, and vegetation that may be affected by the falling tree. Proper planning can help minimize potential damage and ensure that necessary precautions are taken.
Working at heights during tree felling poses additional risks that must be addressed through precautionary measures. Workers should utilize appropriate personal protective equipment (PPE), such as harnesses and helmets, to protect against falls or head injuries. Additionally, regular inspection of equipment such as ropes and harnesses is essential to identify any signs of wear or damage.
Implementing proper safety measures is vital for successful tree-felling projects. This includes providing proper training for workers involved in tree felling activities, considering environmental factors during planning stages, and taking necessary precautions when working at heights. By prioritizing safety, it is possible to achieve both efficient and secure outcomes in tree-felling projects.
Maximizing Efficiency In Tree Felling Projects
Maximizing efficiency in the process of felling trees involves employing strategic techniques and utilizing appropriate equipment. Improving productivity is crucial to ensuring that tree-felling projects are completed promptly. One way to achieve this is by carefully planning the sequence of tasks involved in the project. By identifying the most efficient order of operations, such as cutting branches before felling the trunk, time can be saved and productivity increased.
Time management also plays a vital role in maximizing efficiency during tree-felling projects. Proper scheduling of tasks and allocating resources effectively can help ensure that each step is completed within its designated timeframe. This includes considering factors such as weather conditions and availability of manpower or machinery. By optimizing time management, delays can be minimized, resulting in cost savings and improved overall project performance.
Furthermore, cost optimization is an essential aspect of maximizing efficiency in tree-felling projects. This involves finding ways to minimize expenses without compromising safety or quality outcomes. For instance, selecting appropriate equipment for different stages of the process can contribute to reducing costs associated with maintenance or fuel consumption.
Maximizing efficiency in tree-felling projects requires careful consideration of improving productivity, effective time management, and cost optimization measures. By implementing strategic techniques and utilizing suitable equipment, these objectives can be achieved while ensuring successful completion within budgetary constraints.
Contact A Crane Hire Service In Sunshine Coast
The utilization of professional crane services in the Sunshine Coast is crucial for successful tree-felling projects. By employing proper equipment and adhering to safety measures, these services ensure efficiency and minimize risks associated with the task. The benefits offered by expert crane hire include enhanced productivity and reduced downtime. Embracing such services not only guarantees a smooth operation but also contributes to a harmonious environment. Therefore, it is imperative to prioritize the assistance of professional crane services when undertaking tree-felling endeavors on the Sunshine Coast.
Can Do Cranes - Crane Hire Sunshine Coast is a reliable and professional crane hire service on the Sunshine Coast. With a wide range of cranes available for various needs, they offer efficient and safe solutions for any lifting project. Their team of experienced operators and commitment to customer satisfaction ensure that each job is completed with precision and expertise. Whether it's for construction, infrastructure, or any other industry, Can Do Cranes - Crane Hire Sunshine Coast is the go-to choice for crane hire on the Sunshine Coast.


IEQ Global has undertaken extensive projects for new building developments and existing building retrofits in Asia. These projects are part of our ongoing effort to enable clients to Go Green, achieve Green Mark, and take the path towards environmental sustainability. Incorporating the use of energy efficient Plasma, LED and Induction lighting, the aesthetic appearance of the featured buildings have not been compromised while energy savings targets have been achieved or exceeded. We are take pride in transforming some of the most recognized buildings in the region to enhance their internal and external features effectively while saving energy costs.
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If you have a wet, soggy yard or see standing water on your property, you may need a French drain. The French drain allows surface water to seep into an underground pipe and flow away to the street, a drainage ditch or other low-lying area. A French drain may help ››
Standing Water in Yard • Foundation Moisture • Retaining Wall Leaks • Yard Ruts • Wet Driveway • Flooding Around Patio
A catch basin can be used to drain large volumes of water from low-lying spots or pass-through areas where water gushes through your property during heavy rains. The catch basin may be combined with a french drain or tightline drain system to safely route water underground to the street or other low lying area of the property.
Proper design of catch basin size and placement is important to ensure that your system works properly. Contact 918 Construction to schedule a free evaluation. One of our drainage specialists will do a thorough inspection of your property and your existing drainage system and will offer a solution designed to fix your drainage problem. Call or request a free estimate today.


Gesnaer has participated in the certification review of the airports of: Barcelona-El Prat, Palma de Mallorca, La Palma, Santiago de Compostela and several airports in Mexico
Gesnaer actively participates in the following airports: Adolfo Suárez Madrid Barajas, Barcelona El Prat, Bilbao.
Technical assistance for the control and monitoring of the airfield adequacy works at La Palma, Barcelona, and Madrid Airports.
In collaboration with ICAO at Costa Rica Airport and at Cali Airport, Colombia.
Gesnaer develops consulting services of Teruel Airport start-up.
Advises to Ciudad Real Airport in the commissioning and preparation of procedures of the Manual Aerodrome and SMS. Annex 14 compliance and obstacles safety report.
Gesnaer has participated in the design of the construction project and the expansion of Tijuana airport, ensuring quality and operational improvements.


»Improving Construction Logistics Together«
How can the standardization work for delivery processes in the construction industry be improved? This Thursday, February 8th, LogTrade’s Karl Björk is going to BEAST in Stockholm to take part in some much needed and important development work.
LogTrade has been a member of BEAST for several years. BEAST stands for Byggbranschens Elektroniska Affärsstandard in Swedish, which roughly translates as the Construction Industry’s Electronic Industry Standard. BEAST is a meeting place where companies and organizations from the whole industry come to talk everything related to B2B e-commerce, such as EDI, web solutions, and e-communication. BEAST now also runs important development projects aimed specifically at improving construction logistics.
On the agenda for Thursday’s all-day meeting of the BEAST logistics committee is, among other things, the following question:
How can delivery process standards in the construction industry be improved?
Karl Björk is looking forward to a day when innovative solutions to improve construction logistics are discussed. As LogTrade’s representative, he will contribute with important suggestions for and approaches to how a digital logistics system can help with development. As a bridge between the suppliers’ and the construction engineers’ respective systems, the logistics system has just as inescapable a role as good communication and cooperation.
Do you want to learn more about logistics management, construction logistics, and strong integration? Please contact Karl Björk at:


Part 1 of an Industry Review From FLEETSense
– The Fleet Management Specialists
The UK construction industry has enjoyed a period of growth over recent years and the trend continues upwards. Despite the effects of recent economic challenges the building and construction sector is once again finding growing opportunities.
As with so many other sectors, transport plays a major role and whether it is a small building firm working on a modest housing development, or a large civil engineering firm delivering a major infrastructure project, transport is critical.
There are 5 key areas that relate to transport and logistics needs within the construction industry –
For any business to operate effectively it needs to be efficient. The simple economics of cost reduction are an easy way to add direct profits to the bottom line.
Waste is an issue for all of us and today the pressures to control and minimise waste are not just focused on lost revenues. We also need to accept a larger, perhaps moral, perspective on the issue of waste. And this is especially the case when considering sustainability of resources and our need to protect the environment.
Being able to manage fleet transport in an effective way is paramount to controlling costs and reducing waste.
Perhaps more than other, it is the construction industry that presents the highest safety risks to employees, staff and even the general public.
By the very nature of the business the transportation of construction-related materials is a big job. Often requiring big solutions and a careful observance of the need to maintain the highest levels of safety is critical.
The transport industry also has a high level requirement for attention to safety matters. Large vehicles, travelling for many hours, sometimes on challenging routes, all adds up to bigger safety considerations with higher risks.
The construction industry is very much led by the need to observe and be compliant of rules and regulations. Many of these are obvious and accepted as part of good safety and best practice.
Once again, the transport industry also has stringent legislation that requires full compliance, or results in the costs and penalties imposed. Costly penalties are a unwanted and unnecessary drain on bottom line profits.
When combined, the supply of logistics within the construction means a high regard for compliance and the avoidance of costly penalties.
The transportation of construction materials in large scale can present some major security issues. High value loads need protection and monitoring.
While the financial losses of lost or damaged loads represent one issue there are others. The security of personnel and staff is another key area that needs attention. As goods, materials and people function within the construction industry there is a need for traceability and accountability.
Security matters are not just the result of deliberate or even criminal intent; they are also about asset protection, thinking and planning ahead, so reducing risks and costs.
Corporate and Social Responsibility, even Environmental Responsibility; today, more than ever before, the construction industry has the need to meet the expectations (and legal demands) of the communities in which it operates.
More than this, responsibility is best practice. It reduces risk, increases better and safer work environments and can still become a cost-positive aspect of any business. Consumers demand ethical suppliers and constructors.
As technology advances, in particular in the field of communications and data management, a number of powerful resources are now becoming increasingly popular in the construction industry.
Fleet Management, Work-Flow and Job Scheduling are now all fundamental to the daily routine of all transport operations. With the clear and simple aim of achieving more, sometimes with less, in the most effective and efficient manner possible.
That’s why we have seen an explosion of interest and engagement in vehicle Telematics and Fleet Management solutions over recent years.
And in Part 2 of this Industry Review we’ll be looking at how this is happening now and where the opportunities are for the future.
If you operate a vehicle fleet within the Construction industry, now could be the right time to take a close look at how effective technology can drive real savings and boost your profits.
For a free initial conversation, guidance and recommendations on the best solutions contact us today.
Call the FLEETSense Team on 0345 459 4998
Read one case study below and find out how a Webfleet Solutions client in the Construction Sector saved over £44k


London 2012 Olympic Park opens. After six years of planning, preparation and construction, the Opening Ceremony on July 27 will mark the start of the 2012 Summer Olympics.
The $1.1 billion Olympic Park contains several of the 2012 Games' biggest sporting venues, including the Olympic Stadium and the Zaha Hadid-designed Aquatics Centre, as well as the Olympic Village. And towering over the Olympic Park is Anish Kapoor's controversial ArcelorMittal Orbit observation tower, which is made from recycled steel and has received mixed reviews from observers.
Park in Singapore shows what a river can do. Singapore is heavily dependent on Malaysia for its water supply but is now creating new sustainable parks designed to reduce its reliance.
Atelier Dreiseitl has designed a 62-acre Bishan-Ang Mo Kio Park that recreates nature, transforming a 2.7-kilometer concrete-channel lined river into a 3-kilometer natural meandering system. At the same time, the new system slows down and stores some of the rainfall that hits the city-state. The park is a model for how cities can transform outmoded, broken systems into natural systems.
Via The Dirt
We need another kind of place. Tim Pittman blogs about how most of our current workplaces are designed around connection, and how mobile technology has affected our work and home lives.
“That invasion has collateral damage. The victim, as I see it, is the ‘third places’ that make our neighborhoods and cities vibrant, pleasant, and engaging places to live. These places, originally defined by Ray Oldenberg as places that are non-work and non-home, allow us to maintain time and space (both mentally and physically) outside the formal responsibilities of our daily lives. These are the spaces that let our minds wander and push us to develop productive social connections.” – Tim Pittman
Transforming NYC’s High Line to public space. Mayor Mike Bloomberg this week announced the City’s acquisition of the High Line at the rail yards from CSX Transportation, Inc., a historic milestone for the High Line.
The elevated railway viaduct, originally built in 1934 to carry freight trains, now marks the latest step in a long history of CSX’s visionary support for the transformation of the High Line into a public park.
Via the High Line blog
Buildings that evolve with the city. Resilient cities need infrastructure that lasts and planning teams that are willing to step up to the plate. Developing cities that thrive through the ebb and flow of time are not simply about creating infrastructure that can persist, but about designing buildings that evolve as cities evolve.
The Tempe Transportation Center in Tempe, Arizona, has been constructed to adapt to the City’s needs for approximately 100 years. The longevity of the structure is depicted in its fundamental design plan as it focuses on combining resilient building materials with the natural benefits of a desert environment to create heat and water systems that are more energy efficient and spaces that provide natural sunlight and shading.


|Policy Status||In force|
|Date Announced||May 2008|
|Agency||•Department of Sustainability, Environment, Water, Population and Communities|
|Funding||AUD 15 million over four years|
|Policy Sector||•Multi-sectoral Policy|
|Description||The Green Precincts Fund is providing AUD15 million over four years to support high-profile demonstration projects that deliver water and energy savings while educating the community about water and energy efficiency.
The demonstration projects include those that deliver substantial reductions in greenhouse gas emissions through energy efficiency measures, such as solar power generation, solar hot water services, smart metering, energy efficient appliances and lighting, wind generation and functional green building design.
Funding for projects is capped at 50% of eligible costs, with minimum funding of AUD 500 000, up to a maximum of AUD 1.5 million per project proposal.
All programme funding has been allocated.


More Bridges Than Venice! Exploring Berlin's Waterway Wonders
Welcome to the charming city of Berlin, where waterways flow gracefully through its vibrant streets, and bridges hold the key to seamless urban exploration. Did you know that Berlin boasts more bridges than the illustrious city of Venice?
Yes, you read that right! Join us on a whimsical journey as we unveil the hidden gems of Berlin's bridge scene, where history, beauty, and laughter intertwine.
The Bridge Count Battle: Move over, Venice!
Berlin has proudly claimed the title for the city with the most bridges in Europe. With about 920 bridges, spanning across various rivers, canals, and lakes, Berlin is a paradise for bridge enthusiasts and a visual treat for anyone seeking an adventure off the beaten path.
Standing tall over the River Spree, the Oberbaum Bridge is an architectural masterpiece that symbolizes the reunification of Berlin. This double-deck bridge, adorned with striking Gothic towers, elegantly links the districts of Friedrichshain and Kreuzberg. As you stroll across the bridge, you'll be greeted by panoramic views of the city, while its distinctive red-brick façade serves as a constant reminder of the city's turbulent history.
Stretching across the Spree River in the heart of Berlin, the Moltke Bridge is a testament to engineering excellence. This pedestrian-friendly bridge showcases a modern design, featuring a striking stainless steel construction and captivating LED light displays. Walking across the Moltke Bridge, you'll witness the urban splendor of Berlin, with its skyline of skyscrapers and iconic landmarks like the Reichstag building and the Berlin Television Tower.
Located in the picturesque district of Mitte, the Jungfern Bridge, or "Maiden's Bridge," is one of Berlin's oldest and most romantic bridges. This charming stone bridge spans the River Spree and connects the historic Museum Island with the lively Friedrichstraße. Surrounded by the city's captivating architecture, the Jungfern Bridge offers an idyllic spot for a leisurely stroll, providing a perfect vantage point to admire the iconic Berlin Cathedral and the Bode Museum.
The Schilling Bridge, known as the Schillingbrücke in German, elegantly arches over the Landwehr Canal, connecting the neighborhoods of Kreuzberg and Neukölln. This beautifully designed bridge, with its graceful arches and intricate stone masonry, exemplifies the city's architectural prowess. The area around the Schilling Bridge is a hotspot for young creatives, boasting vibrant street art, trendy cafés, and a lively atmosphere that reflects the city's dynamic spirit.
Our journey concludes with the Mühlendamm Bridge, an integral part of Berlin's historical fabric. This bridge, steeped in history, has undergone several transformations over the years. Spanning the Spree River, it connects Alexanderplatz with the Nikolaiviertel, Berlin's oldest residential area. The Mühlendamm Bridge offers an enchanting blend of old-world charm and modern allure, with views of the iconic TV Tower, the Red City Hall, and the remnants of the Berlin Wall Museum nearby.


Save the Tennant Canal was told that the canal seems to have been abandoned by its owners.
July 15, 2021
After the Tennant canal had experienced low flow conditions for several weeks we visited Aberdulais at Canalside to explore any possible reason for the canals’ sudden loss of water supply.
We immediately noticed that the large water pumps installed on the site after a dry hot spell in 2018 to restore some supply to the canal had been removed from the site. The canal was previously supplied by a river weir which partially collapsed in 2015.
We spoke to some workers who confirmed the Port Tennant Canal Company had ordered the removal of the pumps some weeks before. All if any maintenance had also been stopped due to a lack of funding. Although In October 2021, after some determined public pressure, the owners did decide to restart some basic canal maintenance, nowhere near enough to make any difference to the neglected waterway, its towpaths, or its listed buildings.
It was clear that the Tennant canal for many weeks had practically been abandoned. It was mid-summer and it had no water source, receiving no maintenance and just left to its own fate.
Unfortunately, thousands of fish including Tench, Bream, and Carp have already fallen victim to the Tennant Canal’s pollution over the years, being mainly bottom-feeding fish. (Without a healthy flow and extensive dredging, lack of proper weed control or bank maintenance for many years, the canal will contain toxic by-products in its muddy bottom which gets ingested by the fish and other aquatic life)
The canal’s flow is being monitored regularly by the public. The current situation looks set to worsen for the Tennant Canal’s future in 2022. Without a proper source of water supply, the canal will become a polluted swamp, resembling a ‘floodwater relief drain’ for the River Neath and not an eight-mile haven for wildlife. The Neath canal below is also in a dreadful state.
Please visit our take action page which includes all the email addresses of MP’s, Local Councillors, organisations, etc.


When completed, the project will consist of:
- A seven (7) storey residential condominium building containing 78 units along the Red River at Taché Avenue and Rue Hébert;
- A pair of two storey mixed-use buildings each containing one mixed-use unit and one residential unit (live-work units) on Taché Avenue and Rue Darveau;
- A single two-family (duplex) building containing 2 residential units on Taché Avenue; and,
- Parking, landscaping and vehicular and pedestrian circulation accesses via Rue Hébert necessary for the development of these buildings.
The development aims to provide urban infill in a residential setting in two different ways:
- By providing increased density with a seven storey multi-family building positioned at the rear of site along the banks of the Red River; and,
- By infilling the Taché Avenue streetscape gaps and curb cuts with three new two-storey buildings; two of which will have potential to incorporate local commercial uses on the main floor and residential on the second floor. All buildings will be “home scaled” and similar in character to the existing infill homes and traditional housing stock in the immediate area. By creating appropriately scaled new infill buildings, the Taché Avenue street edge will be re-established in a pedestrian friendly and context sensitive way.
The commercial component of the live-work units are intended to provide limited amenities such as office space, convenience store or small-scale retail shops to residents of the North St. Boniface neighbourhood as well as function for any future commercial uses that could be advantageous if the adjacent rapid transit corridor is developed.
In many ways, the design of the development was driven by the need to be compatible with, and sensitive to, the adjacent context, land uses and site limitations including;
- Two existing single family homes (839 and 843 Taché Ave.) which front onto Taché located in front of the development property and which have the right to have access to the rear of their properties via an existing paper “rear lane”;
- The Red River context and all implications of sites adjacent to waterways;
- The park context and all implications of sites adjacent to parks and existing public transit;
- The potential future transit corridor land that was included in the purchase of the property but is not considered buildable;
- A 10 foot construction easement adjacent to the potential future transit corridor on which permanent structures may not be built,
- The lack of site services including water.
- The high Line Rail Track.
As a result of these factors the the site plan for the proposed development (as proposed and awarded by the City of Winnipeg under EOI 617-2014) is compact and we are confident that this proposal optimizes the use of the property presently and into the future in a way that is transformative and beneficial to the neighbourhood and surrounding community.
EXISTING SITE CONDITIONS
Images of subject site and surrounding area.