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A solar water pump is a complete water pumping system that runs on solar energy via photovoltaic panels. The pump is powered entirely without the usage of fossil fuels or external electricity. The pump is a standard water pump that is primarily used for irrigation.
The solar water pump system consists of several components, including a solar panel, a motor pump, and a control device to operate it. An inverter or solar batteries may be included in some configurations. The solar water pump is suitable for community irrigation and can be used on a variety of water bodies. In a nutshell, the solar water pump is capable of replacing a typical diesel or electric water pump.
ADVANTAGES OF SOLAR PUMP.
- Solar water pumps are powered by the sun, thus there are no energy or diesel charges.
- Solar energy is a more reliable energy source than grid-based power systems because it avoids power outages, overheating, and unpredictably low power.
- Many rural areas are unable to connect to the national power grid, thus solar electricity is a godsend.
- When compared to a diesel-powered water pump, the cost of maintenance for a solar-powered water pump is far lower.
- Solar water pumps produce no hazardous gases and can help rural areas with health issues. The fumes produced by diesel combustion might induce life-threatening ailments.
Because solar electricity does not require a connection to the national power grid, it is the greatest option for persons living in remote areas. It is also environmentally friendly and requires very little upkeep. Although a solar water pump costs twice as much to install as a diesel water pump, it increases farmers’ and rural communities’ annual net revenue. These initial costs will decrease over the following few years as technology advances and the relevance of solar electricity grows.
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“We deliberated for a long time on which solar company distributor to choose, and Bharat Solar Energy emerged as the clear winner. The company’s proven track record, first-rate technological expertise, and solid evidence of doing business responsibly were all crucial factors for us. “
“Everything about the physical installation on the house is stunning, and it matches the design document well. It was great to witness the electrician and rooftop installers in action; they clearly take delight in their work.”
“Our system was installed by Bharat Solar Energy in July and turned on just a few weeks ago. The expertise and attention to detail displayed by the installation staff impressed us. The panels are attractive, and I’ve received numerous compliments on their appearance from neighbours. .”


In line with town municipality, in 2022, the brand new bus station of Tangier obtained greater than 1.27 million passengers.
“From January 1 to December 26, Tangier Bus Station obtained the most important variety of vacationers since its inauguration in 2019, i.e. 1,277,730 individuals,” the municipality mentioned, noting that about 49,343 buses handed by means of the station throughout this era.
In line with the municipality’s estimates, the variety of passengers ought to attain greater than 1.30 million passengers by the top of 2022.
The bus station, which opened in November 2019, obtained 372,168 passengers in 2019, in comparison with solely 486,803 vacationers in 2020 attributable to journey restrictions between the Kingdom’s prefectures and provinces because of the Covid-19 pandemic.
The variety of passengers obtained by the station in 2021 was 987,458.
Situated on Ring Highway 9 in Hai El Hassani, Tangier Bus Station, which is a part of the Tangier Metropolis Program for the Built-in, Balanced and Inclusive Growth of the Straits Metropolis, is a part of a brand new technology of railway station roads that may profit from new structure and signify an city middle that strives to contribute as a lever for the event of town.


Multi-discipline construction and maintenance services provider Hertel has completed a contract supporting the demolition of former office facilities at Sellafield.
The buildings, which had previously been used as the Resident Engineer and Project Offices, were made up of a series of single and double-storey timber-framed structures with metal clad shallow pitched roofs. In total they covered an area 101m long and 27m wide.
Hertel was sub-contracted by decommissioning, demolition and remediation specialists, KDC, to support the safe and timely execution of the contract programme.
The project scope included segregation, asbestos and soft stripping of the interior to prepare the offices for remote demolition. In line with the waste hierarchy at Sellafield, Hertel and KDC looked to maximise the potential for recycling and reusing soft strip materials by careful segregation at the workface.
The demolition project started in April 2012 and was completed in June 2012. At its peak, Hertel/KDC had 17 staff on site.
Des Graves, Hertel’s Decommissioning Manager at Calder Hall, said: “We’re pleased to have worked on the demolition and continued our impressive 23 year history at Sellafield. Our good relationship with KDC allowed us to share our knowledge, skills and expertise to deliver safely and to budget a successful operation for the client.”
Martin Mahone, Sellafield Construction Manager, concluded: “I would like to thank Hertel and KDC for their fine efforts with the demolition. From receiving the contract approval in April, the entire team has worked tirelessly to deliver this project on schedule and with substantial cost savings. The works were progressed in line with the programme and without any incidents due to the collaborative approach being adopted by all parties.”


Water hammer is a shock wave transmitted through fluid contained in a piping system the most basic explanation is that water hammer occurs when a fluid in motion is suddenly forced to stop moving. A water hammer is the sound of water banging on a shut-off valve inside a pipe it’s caused by several plumbing issues learn what to do from mr rooter plumbing. Water hammer is a noise that occurs in pipes when too much pressure builds up in them so, rather than a normal flow within the pipes, the water is crashing around in them and creates a loud noise. Pressure wave travel time calculator (free) copy and paste the celerity from the above water hammer calculation into the calculation below to compute wave travel time (may need to use keyboard control-c and control-v instead of right-clicking). Product features 304 stainless steel arrestor body piston-type water hammer arrester. Water hammer (or, more generally, fluid hammer, also called hydraulic shock) is a pressure surge or wave caused when a fluid, usually a liquid but sometimes also a gas, in motion is forced to stop or change direction suddenly, a momentum change. Water hammer is a surge of pressure resulting when flowing is forced to stop or change direction suddenly water hammer commonly occurs when a valve is closed suddenly at an end of a pipeline system. Define water hammer: a concussion or sound of concussion of moving water against the sides of a containing pipe or vessel (such as a steam pipe.
A guide to dealing with water hammer in domestic plumbing systems. The hammer occurs because an entire how much of a change in pressure will be created from a waterhammer assume that the water is flowing in 10. Water hammer occurs in a piping system when the flow is suddenly slowed down or stopped for a water hammer to occur, the closing time of a valve for instance, must be less than the transit time of the resulting pressure wave. Water hammer arrestor superstore huge selection of hammer arrestors buy water hammer arrester direct and save tax-free. Water hammer is easily preventable it is a surge of water through pipes or a plumbing system that can blow plumbing apart balkan explains more.
What is water hammer water hammer is usually recognized by a banging or thumping in water lines although it might seem to be a smooth flow, the water inside the pipe actually churns and tumbles as it moves. Water hammer noise in pipework and some suggested cures.
Water hammer arresters are your solution to loud, noisy, banging pipes. Find water hammer - plumbingmart makes it easy to do plumbing and even misspelled pluming and plumming.
Can be more of a concern in low pressure applications water hammer is yet another example of conservation of energy and results from the conversion of velocity energy into pressure energy since liquids have a low compressibility, the resulting pressure energy tends to be high perhaps the best way. Annoyed by noisy pipes follow this guide to address the clamor on your own before water hammer leads to plumbing leaks and costly repairs.
- Water hammer can have minimal or serious impact on your pumping system read this post to understand what water hammer is, and what causes it.
- Discover four strategies to completely eliminate water hammer, including a last resort that costs thousands that you would never believe.
- Water hammer / steam hammer metallic, repetitive 'bang' or loud noise heard when steam is first supplied violent 'boom' heard along with vibration.
When it comes to water hammer arrestors, grainger's got your back effortless ordering and convenient delivery log-in or register for your pricing. Water hammer is a destructive force that can exist in any pumping installation where the rate of flow changes abruptly for various reasons it is thus essential for an engineer to know when to expect water hammer, how to estimate the possible maximum pressure rise, and how to provide a means for reducing the rise to a safe limit. Reduce water line noise from noisy hammering valves with this oatey quiet pipes washing machine water hammer arrester easy to install. Water hammer is a pressure surge or wave that occurs when there is a sudden momentum change of a fluid (the motion of a fluid is.


OSB, or Oriented Strand Board, is a much-widely used manufactured panel of wood. It consists of many small pieces of wood cut from sustainable, quickly-grown trees. The pieces are then dried, treated with wax and adhesives, placed strategically in different directions, then pressurized at very high temperatures before being cut into panels.
Benefits of OSB Lumber
OSB lumber panels have become a top choice for construction. Here are some of main benefits why OSB is preferred for builders around the world:
- Sustainability – OSB uses every piece of the small trees it comes from, which grow quickly and are sustainably farmed. The OSB manufacturing process creates a very low footprint. Not only will the panels give you structural integrity for your project, this eco-friendly choice can also give you structural integrity to your conscience!
- Cost effective – Not only is OSB less expensive to make than its alternatives, it’s also less expensive to buy. This makes OSB a great choice for using on a whole project that needs sub-flooring, roofing, and walls. This will save greatly across the board.
- Versatility – OSB boards can be used for a wide-variety of applications that most lumber options cannot boast about. Because of their various size options, strength, cost, and ease-of-transportation, OSB can be used just about anywhere for structural construction needs.
- Shear strength – Because of its layered manufacturing process, OSB boards are very strong. They are built to last and withstand more pressure per square inch than other panel options that come at a higher cost.
Common Projects Using OSB Panels
Here are the main uses for OSB panels in construction projects:
- Sub-flooring – OSB, because of the way it is pressed, is free of internal spaces between the pieces of wood that make it up. It is also free of knots that weaken the structural integrity to wood panels. This makes OSB a great panel option for sub-flooring. It’s strong, straight, and absorbs less moisture than its wood panel counterparts.
- External wall sheathing – For the same reasons OSB is great for sub-flooring, it is also great for external wall sheathing. Its strength, durability, lower cost, and ability to redistribute water all make it a prime choice for building external walls.
- Roofing – OSB doesn’t warp, split, or delaminate easily. Its greater shear strength holds roof framing in place, holds nails better than other panel options, and holds shingles for far longer as well. This is why it is used on home building projects more than any other type of panel.
Handling, Safety Tips, and Maintenance
- Sawdust & debris – Clean all remnants of your construction and dispose of them properly. For any leftover pieces of raw lumber, contact a wood-waste dealer or your local waste disposal provider for details on recycling or repurposing.
- Protective gear – Wear a dust mask and goggles when cutting any lumber.
OSB Panel Dimensions and Current Stock
OSB panels come in a variety of sizes for your construction needs. View the charts below to see what we currently have in stock:


1 . SITUATION SURVEY AFTER RECEIVING INFORMATION FROM CUSTOMER:
No more than 24h after receiving your information
– Conduct site survey, on-site consultation according to the requirements of customers
2 . QUOTATION OF DESIGN:
Quotation in the day after survey of site – content of work:
– Survey, measure status quo.
– Make a 2D capability power grounddrawing.
– Draw the 3D design perspective of the main space.
– Detailed construction quotation.
* Unit price is calculated per m2 area of used floor
* Refund 100% consultancy fee when winning construction contract
3 . STAGE OF DESIGN:
3-5 days depending on the scale and difficulty of the work
– QDC’s design team will interact and directly advise customers, helping customers fully express their wishes and requirements of the works in the design drawings. The design solution must meet the aesthetic, technical aspects and construction costs later on.
4 . CONSTRUCTION QUOTATION OF PACKAGE:
1-2 days after the unification of the preliminary design
5 . SIGN A CONTRACT OF PACKAGE CONSTRUCTION:
Immediately after the unified quotation of construction
– The construction contract is signed after two parties have agreed on the unit price, detailed design drawings, materials and equipment design and schedule of package construction.
6 . CONSTRUCTION PERIOD:
Construction time depends on the scale of work
– QDC ensures continuous construction on schedule and quality as committed to customers.
7 . WORK HAND-OVER AND MAINTENANCE GUARANTEE:
Perform periodically and on request from customers
– All works of QDC are maintained for 12 months free of charge. After 12 months, QDC will continue to provide maintenance for your projects but will charge for some items as agreed between the two parties.


Encouraging Women in Horticulture Australia (EWHA) is excited to announce its upcoming October event, which will feature ‘Australia’s longest Breathing Wall’ at 485 La Trobe Street, Melbourne.
Jock Gammon, the Managing Director of Junglefy, the Sydney-based business designing, constructing and maintaining living infrastructure which created the living wall, will be in attendance at this event to present an informative and detailed talk about its creation.
This will be a great opportunity to learn more about the processes involved and to engage with the designers.
Greening Our City: Gardens for High-density Living
With the proliferation of high-rise buildings, both commercial and residential, in our cities, has come new and innovative ways of maintaining our connection with nature.
In recent years, green roofs and vertical gardens have made appearances in our urban landscapes. The benefits of cleaner air, cooler temperatures, good physical health and mental well-being are now well recognised. More architects and landscape designers are including such features in their projects.
Sydney-based Junglefy, leading living infrastructure specialists, are committed to transforming our concrete jungles with greenery.
Managing Director, Jock Gammon, and his wife Hanna founded the company in 2009 in the hope of passing on a better environment to future generations. Since then they have created a diverse range of projects with green roofs, large-scale indoor vertical walls and even motorway green walls.
They have developed the Junglefy Breathing WallTM which is “a unique plant-based filter system” that cleans and purifies the surrounding air. This technology is featured in their 2017 installation at 485 La Trobe Street in Melbourne. Located in the ground floor foyer, it is described as”Australia’s longest Breathing Wall”, covering a massive 88 square metres. Since completion it has won the AIH Urban Greenspace Award “for its contribution to the health and well-being of people and for its inspiration and promotion of horticultural skills”. This is only one of the 11 awards the company has received for its innovative work.
This wall will feature as part of an event being organised by EWHA (Encouraging Women in Horticulture) at on Wednesday, October 23, when Jock Gammon will give a presentation on site about the design, construction and maintenance of the wall. This is a rare opportunity for landscape architects and horticulturists to hear first-hand from the Junglefy designers.


Construction activities in Albania remain behind expectations due to historical conditions as well as the effects of the economic crisis. Low working skills can be seen as one of the most serious problems of the construction industry in Albania.
Due to the fact that large-scale construction projects are conducted within the scope of consortiums consisting of international partners and as a consequence to be able to compete in the face of global competition, the demand of skilled workers in Albanian construction companies is increasing. According to this background a strong need for a training institute in the field of construction industry can be identified.
The feasibility study provides detailed knowledge of the framework conditions to build such an institution. In cooperation with Austrian and other European and international investors, local construction companies, social partners and the responsible public authorities L&R helps with the organisational structure and conducts accompanying measures like workshops and conferences.
Team: Walter Reiter
External Team: Jürgen Grandits


Civil engineers face the challenge of making accurate strain measurements in hostile environments. Factors like wind, rain sleet, snow, extreme temperatures, and traffic can affect the precision of the strain measurement. With these engineers in mind, Micro-Measurements has pushed the limits of strain measurement innovation, creating strain gages and sensors that work flawlessly in a wide range of materials and industries.
Our specialty line of strain gages sized especially for use on concrete structures include 1" (~25mm), 2" (~50mm), and 4" (~100mm) strain gage lengths, suitable for making reliable average measurements on virtually any concrete material.
The Hard Facts on Concrete Embedded Strain Gages and Sensors
Concrete materials present unique challenges for strain measurement, because the aggregate can skew results depending on the size strain gage sensor used. That’s why our expertly designed and uniquely sized strain gages and sensors are trusted by the American Society for Testing and Materials (Committee C09, which focuses on developing standard test methods and guidelines for concrete and other aggregate type materials). Our strain gages and sensors provide precise measurements on concrete, despite the aggregate component.
In addition to our specialty-sized strain gages and sensors, Micro-Measurements offers a strain sensor specifically intended to be embedded in concrete castings for long-term monitoring. Protecting a delicate strain gage installation from the forces and impact of flowing concrete, the heat of the cure cycle and the tenacity of water in its attempt to permeate every nook and cranny is a daunting task for even the most experienced strain gage installation technician. The Micro-Measurements EGP-5-350 strain sensor is the solution to this problem. A rugged device, the EGP-5-350 is capable of providing years of precision strain measurement despite the pressure of tons of concrete.


Hurricane Irma tested the windows in a Palm Beach, Fl hotel that was under construction. Obviously, Palm Beach is a long way from our Massachusetts location, but we still read this story with interest. It’s storm window season in New England, and homeowners want to know how well today’s exterior storm windows stand up to the elements.
Exterior storm windows are installed to provide an extra layer of protection against strong winds, flying debris, rain, snow, sleet and more. The past few years have made it clear that everything we have known about weather patterns may need to be reconsidered. Storms are coming more frequently and with greater intensity. Homeowners who want to preserve the value and beauty of their home choose storm windows to protect the home’s original windows and the integrity of the home.
There are two types of storm windows: exterior storm windows and interior storm windows. Exterior storm windows are mounted on the outside of the home, and are the more popular installation throughout New England. Be aware that many exterior storm windows are designed to be installed permanently: these are ideal for applications where you don’t open the windows throughout the year.
An added benefit of exterior storm windows is the way they buffer the noise. As the South Shore area has become increasingly crowded, complaints about ambient noises and traffic have increased. Exterior storm windows can cut down the amount and volume of noise that makes it into your living space. This results in a quieter, more restful living environment.
The most important thing to know about exterior storm windows is that they’re extremely strong. The hurricane rated windows we read about earlier stood up to the wrath of Hurricane Irma despite the fact that all the windows in the facility weren’t even installed and forces were impacting the windows from both sides. Here in New England, we’re spared the hurricane force winds: strong exterior storm windows provide the protection we need!


At [Company Name], we don’t just build homes; we curate lifestyles. We invite you to experience excellence with us – to elevate your living, one meticulously crafted roof at a time. Discover the joy of a home that resonates with your aspirations and exemplifies the finest in architectural craftsmanship. Your dream home awaits – join us in shaping a future where homes are elevated to art, and living is elevated to a masterpiece.” In the realm of architecture and design, roofs have long been considered more than just a protective covering for buildings. They are now recognized as integral components that can redefine the aesthetics, functionality, and energy efficiency of spaces. This paradigm shift has led to a growing collaboration between homeowners and innovative roofing contractors, transforming ordinary rooftops into dynamic living spaces.
Gone are the days when roofs were merely utilitarian structures. Today, they are potential canvases for creativity roof company near me and sustainability. Roofing contractors have evolved into partners who contribute not only to a building’s structural integrity but also to its overall character. From traditional shingles to cutting-edge green roofs and solar installations, the choices are as diverse as the architectural styles they complement. One of the most remarkable transformations is the rise of green roofs. Roofing contractors now possess the expertise to cultivate gardens atop buildings, bringing nature back to urban environments. These green havens provide numerous benefits, from improving air quality and reducing heat absorption to providing a serene escape for building occupants. Collaborating with a roofing contractor who specializes in green roofs can turn your rooftop into a thriving oasis.
Moreover, with the growing emphasis on sustainable living, roofing contractors have taken on the role of energy innovators. Solar panel installations, once considered a novelty, have become a staple in modern roofing projects. A skilled roofing contractor can seamlessly integrate solar panels into the design, harnessing renewable energy without compromising the building’s aesthetics. Functionality also takes center stage when redefining roofs. Attics that were once used for storage are now being converted into functional living spaces. Skilled contractors can turn these neglected areas into cozy bedrooms, home offices, or recreational spaces, adding value and usability to the property. When selecting a roofing contractor, it’s imperative to choose a partner who understands your vision and has a track record of executing innovative projects. Look for contractors who stay abreast of industry trends, possess relevant certifications, and prioritize sustainable practices.


The recent civil conflict which began on 8th July 2014 and continued for 50 days in Gaza resulted in mass destruction to infrastructure in the area, including water plants. Thousands of families in the Gaza Strip have been affected by the impacts of this civil unrest and access to clean water has become very difficult.
In any other circumstance the construction of general water wells would have addressed this issue. However due to groundwater pollution from high levels of chloride the decision was made to develop a long-term solution. This involved building a desalination plant to purify the water as means of overcoming the water shortage.
The construction phase tool approximately 8 months to complete with the agreement to further provide the ongoing maintenance for next two years.
This was a joint project between Muslim Aid Australia, Muslim Charitable Foundation,
Thousands are now benefitting from this SMART water project. Currently, the desalination plant produces approximately 250,000 litres of clean water per day.
The total cost of the project is $230,000.
After the completion of the desalination plant, our donors also helped by purchasing a water truck which is used to transport the clean water to surrounding areas in Gaza. This ensures this much needed resource is well distributed and reaches as many people as possible, inshaAllah.
Al Imdaad Foundation Australia, and the Islamic College Of Brisbane.


Accessing the Water Level information
Click on the tiles above to access water level gauge information.
Every effort has been made to provide accurate information in maps, inventories and segment descriptions of this trail. However, river conditions change continually and river corridor infrastructure and facilities, including dams and access sites, are subject to modification. Users of the water trail have primary responsibility for their own safety and are encouraged to investigate river conditions and available access sites while planning a trip. The agencies, organizations and individuals involved in development of the water trail plan and maps provide the information in good faith and assume no liability for personal safety and property of trail users.


HDPE PLB Duct Pipe
We have been offering a wide range of HDPE PLB DUCT such as pipe conduits, HDPE Conduits, HDPE PLB Duct that manufactured from virgin quality raw material sourced from reliable vendors across the globe.
These pipe conduits are manufactured as per the Indian standards (As per TEC Specification Nov 2004) or can be customized as per the specifications of our clients. HDPE PLB DUCT pipes are designed and engineered to house the sensitivity nerves of information technology optical fibers thus information transfer across the globe.
Slient Features of VinPlast HDPE PLB DUCT...
- Enviornment stress crackresistance (ESCR)
- Impact Resistance l crushes l Resistance
- Low Coefficient of friction
- Temperature Resistance l Ultraviolet Protection
Technical Details :-
- Standard :- As Per TEC spec No- GR/CDS-08/02 Nov 2004
- Application :- Communication ,Networks, Insertion of optical fiber or copper cables, security .
- Product DIA (MM) 25/20 l 32/26 l 40/33 l 50/42 l 63/51
- Colours RED, GREEN, Black, Blue, Orange ,Yellow


We maintain a core hub of dedicated, Professional Engineers, Technicians, Inspectors and other support personnel to initiate
and complete all engineering assignments on time.
dp Consulting Engineers can provide Civil Engineering services to meet your needs for any public works project
including: highway/roadway design, utility work,
drainage, site layout and subdivision planning.
Mr. William V. Larrain, P.E.
Owner has over 34 years of Civil Engineering Experience.
§ Paving: Interstate, FM, Residential, City Streets
§ Drainage Plans and Storm Sewer Improvements
§ Sanitary Sewer Collection Systems
§ Water Distribution Systems
§ Water Plants, Sewer Plants
§ Site Improvements and Subdivision Development
§ Land Development and Planning
§ Environmental Permitting & Coordination
§ Grant Preparation
§ Specifications Writing
§ Estimating Utility Construction
§ Feasibility Studies for your project
§ Engineering Surveying
§ All Phases of Construction Inspection & Management


|$75.00||(Per Cubic Metre)|
Crusher dust is a multipurpose product used for under pavers, driveways, pathways, bedding for concrete slabs, brick work or as a base for laying turf.
Scoop size - approx .34m3
Bag size - approx 30 kg
All prices displayed are in New Zealand Dollars (NZD) and inclusive of GST.
Whilst every attempt is made to ensure the information provided on this page is accurate, specifications change from time to time and we are not liable for any omissions or errors.


How to Build an Arch Bridge Synonym. Simple Suspension Bridge Model Instructables.com.
Woodworking Projects & Plans for "Popsicle Bridge Plans": Popsicle Stick Arch Bridge Strength Capacity. Popsicle Stick Bridge Instructions. 2013-10-17В В· Simple Suspension Bridge -Popsicle Sticks (24 for a bridge with 1 down- I used this technique to help a friend build a brick arch for a.
2014-07-24В В· Instructions for Building Leonardo Da Vinci's Self-Supporting Bridge. I have some of those notched popsicle sticks, Summer Fun 2014 - Building Bridges; View Instructions. back. Here's how Popsicle sticks; Toothpicks; Pressure; Tension; Torque; Truss bridge; Arch bridge; Suspension bridge; Beam bridge; Hypothesis.
How to make bridges out of wooden sticks. Instructions. 1 Review the How to Make an Arch Bridge Out of Popsicle Sticks 2012-09-20; As you may be aware, the yearвЂ™s TechnoChallenge includes a popsicle stick bridge building contest. вЂў types of bridges (beam, arch, suspension, etc.)
... Instructions for Making a Bridge out of Popsicle Sticks Materials Stick Arch Bridge Popsicle Stick Truss > How to Build a Popsicle Stick Bridge. Arch popsicle stick bridge frame to go Chloe S Hamster, Craft Stick Bridges, Popsicle Stick Build a bridge with popsicle sticks to learn about tension and.
“Science Unit Structures Lesson 4 Building Bridges вЂ“ Part 1”.
Grab some colored popsicle sticks and Elmer's X-TREME School Glue for this fun project: a popsicle stick bridge! Discover the engineer in your child!.
How to Make an Arch Bridge Out of Popsicle Sticks. Crafting is a way for hobbyists to create miniature versions of buildings or structures they find interesting and. ... we can design the upper arch portion out of Popsicle s to build a bridge out of popsicle sticks? creating the best design for a popsicle stick bridge. ... measurement as they work as civil engineers to design and build their own bridge. Popsicle sticks, pipe Arch bridges are made up of arches supporting the.
Popsicle Stick Bridge Instructions Compression and tension forces on six different types of bridges: beam, arch, suspension, cable-stayed, truss, and cantilever Instructions for Making a Bridge With Popsicle Sticks Building a bridge with Popsicle sticks is a craft that allows you to make a Make a Popsicle Stick Bridge;
How to Build an Arch Bridge. An arch bridge is the oldest and strongest type of bridge; some of these bridges have survived from ancient Roman times. Most of these HOW TO BUILD A MODEL BRIDGE HOW TO BUILD A MODEL BRIDGE Step 8: Glue popsicle sticks to the deck beams to form the bridge deck and allow to dry.


OK sorry for the sensationalist headline… In response to my Mises Daily on Haiti, I got the following message from an officer in the U.S. Army (reprinted with permission):
Robert, I read your article in Christian Science Monitor titled “Economic Lessons from Haiti”. I have a few comments for you with regards to your observations under the Building Codes section. To introduce myself, I am an engineer officer in the U.S. Army. I am the project manager for a number of construction projects throughout the country. All my projects are built by local labor, not Army engineer units. Also, all my projects are engineered and rated to withstand both earthquakes and hurricanes.
First, Haiti has no building code. Jamaica and France have both offered theirs for Haiti to accept it and ratify it as their own. With no national building code, there is no standard to build to. Second, Haiti does have a practical building permit system. A residential building permit costs $640 USD. The average daily wage of the few that are employed is $5.26 USD. With such a meager wage, few if any are willing to dole out $640 to get a building permit and have their home inspected during the construction process.
Another major issue is the quality of materials. The U.S. standard for the stregth of a CMU (concrete masonry unit AKA cinder block) is 1900 psi. The large manufacturers in Haiti know how to build a proper CMU. The problem is that, surprisingly, they can’t obtain sand which is a main ingredient in concrete mixes. They’re substituting limestone, which is readily available and far inferior to sand. Not only does limestone have less strength than sand, limestone will literally eat away at the rebar which is put in the buildings to reinforce it. There are places where sand can be obtained, but few have made an investment to set up a crushing plant and haul road to transport this vital raw material to the concrete plants. Right now, they have numerous mining operations set up to quarry their limestone. If such operations were set up to produce sand, the cost for raw materials would be the same, hence the cost of the CMU block would be the same but with a much stronger block. In addition, we have identified CMU manufacturers that cut corners to save costs. They don’t add the right amount of cement into the mix. This is done purely to save costs to the plant owner. Well, the problem is that less cement in the mix means a weaker CMU block. They’re not offering a reduced price for this inferior block. They’re charging the same and the public is being duped.
Rebar is also problematic here. Rebar gives a structure it’s tensile strength (the ability for beams to stay together). The problem is that rusty rebar loses its strength. Haitians don’t understand the importance of keeping rebar out of the rain and elements until it is installed. They habitually install rusty rebar in buildings. Rust-covered rebar embedded in a limestone concrete mixture can literally dissolve in about 2-3 years thus negating any strength properties the steel would initially have given to the structure. In essence, they’re pretty much wasting their money by installing rusty rebar in inferior concrete mixes. In addition, they do not know how to specify what size rebar to use for each application. I constantly see rebar that is for example 1/4″ diameter but 1/2″ diameter steel should have been used. This wasn’t done for cost purposes; they just didn’t know better. Also, they don’t know how to join rebar splices together. Rebar loses it’s strength if the joints aren’t correctly spliced.
Haitians do not understand how to lay CMU blocks. They use the wrong mixes for their mortar, they don’t mortar their joints properly, they habitually use broken block thinking it’s the same as an unbroken block, etc. When they pour concrete, they don’t understand the importance of vibrating the concrete mix to remove the air voids. This creates what is known as a honeycomb effect. This creates a massive weak plane in concrete and usually a point of failure. Also, Haitians NEVER install expansion joints or control joints. All structures naturally contract and expand with air temperature due to thermal properties. You need joints in a building to permit proper expansion to prevent the building from cracking. You also need these joints installed for seismic reasons to make the structure more “flexible”.
Finally, Haitians don’t use crushed rock in their concrete mixes. A rock crusher is needed to crush rock. They use river rock in everything. River rock is smooth and slick. Cement can’t bind to it. It’s like trying to pour a bag of cement on some marbles- it’s not going to stick very well. Yes, a rock crusher is an investment. There are a few out here, but there are too few to support the needs of the construction industry here.
In summation, it was the shoddy workmanhip and subpar materials that killed the people. A quality structure that is safe and engineered to resist both earthquakes and hurricanes can be designed and built in Haiti. The factors that need to change are substandard building materials, poor workmanship, an lack of engineering. The only component that would increase the cost of a building is the engineering. This cost could be negligible if some engineers were to mass-produce a set of floor plans that could be purchased for a few dollars similar to the ones we can buy in the U.S. through those house plan books.
As I said in the beginning, I’m building over 40 projects throughout the country. These projects are using local labor and local building materials, yet they will be hurricane and earthquake safe. The difference is that my projects are designed by an engineer and a competent project manager is running the projects to ensure proper workmanship and good quality materials are used. Aside from the engineering, my pro forma budget is the same as what any other Haitian contractor would spend to build the same projects.


If you dream of building your dream house, surrounded by greenery, nature and forests, but still a few minutes from the beach and village, this is your ideal place. 15,000 m2 of land extends with the possibility to build a house in 2 floors, with a built-up area of 2%, so you can easily build more than 300 m2. And building is also one of our specialties, we are happy to assist you with design and follow-up, construction and registration, design and decoration.
Water and electricity ok
Make an offer!


SAFETY FIRST, SECOND AND LAST!
When it comes to fire safety, time is precious.
Time can mean the difference between life and death. In the event of a fire,
standard ceiling lighting can act as a weak spot, easily penetrable by fire…
even if the rest of the ceiling is fire-rated.
The compliance of a building to these regulations can mean the difference between life and death in the event of a
Building regulations state:
“People who are responsible for building work; for example, the owner, agent, designer, builder or
installer, must ensure that their work complies with all applicable requirements of the Building
Regulations. If a building does not comply with the Building Regulations, the building owner may
be served with an enforcement notice.”
Fireopanel is certified fire resistant to Building Regulation Part B (2013) BS478-22,
guaranteeing a a fire-resistance for a minimum of 30 minutes,
bolstering the integrity of any property in the event of a fire,
and improving the safety and wellbeing of the occupants.
Fireopanel combines fire-resistance with revolutionary LED backlighting technology and robust,
durable construction, setting new standards in ceiling panel lighting.
A minimum life expectancy of 20,000 hours allows us to guarantee fitness for purpose for up to 5 years,
making Fireopanel the perfect lighting solution for commercial and public properties.
Fireopanel is designed to fit easily and seamlessly
into suspended ceiling grid structures, where property owners are required to be
compliant with the following standards:
Fireopanel brings excellent fire safety, superb economy and unrivalled quality
to the market in one cost-effective, high performance lighting solution.
These attributes make Fireopanel perfectly suited to office, retail, leisure,
education and healthcare environments, where building owners and users alike can enjoy
the many benefits of LED lighting, and the unique advantages this lamp offers.


Gothic Glamping Pod Frame Kit 3600mm x 2400mm
Cross section of 100mm deep allowing you to fill the cavity with insulation.
All frame arches when built are 36mm in thickness making them a very professional sturdy construction.
Frames are pre drilled at precise points allowing for you to run electric cables etc through the cavity if required.
All our kits are constructed from High Quality 18mm WISA Spruce Structural Plywood.
All kits comprise of a cross section of 100mm allowing you to fill the cavity with insulation should you require.
All arches when built are 36mm in thickness making them a very professional sturdy construction.
All kits are pre drilled at precise points allowing for you to run electric cables etc through the cavity if required.
With these precision computer cut and designed frame work all you need to do is assemble the components to construct the arched frames. All parts are numbered to make assembly easy.
All frame work is constructed using the tried and tested 'Tusk Tenon and Wedge Joints'.
With this frame the two end walls are left open , for you to build yourself - examples include a window at one end and a door at the other. We do not provide the wood for the end walls.
To construct the kit you will usually need: Approx 5 litres Waterproof Glue (PVA or similar) Either a Nail Gun and Nails or Powered screwdriver and screws to construct the arched frames. A Hammer to tap the wedges in.
|Frame Type||Gothic Pod|
|Frame Height (Approx mm)||2400|
|Frame Length (Approx mm)||3600|
|Frame Width (Approx mm)||2400|
|Frame Material||Structural WISA Spruce Plywood 18mm|
|Delivery Time||Approx 7 - 10 Working Days|


Now showing items 1-4 of 4
Consistency issues in pdf methods
(Tipografia Universitatii Ovidius, 2015)
Concentrations of chemical species transported in random environments need to be statistically characterized by probability density functions (PDF). Solutions to evolution equations for the one-point one-time PDF are usually ...
Stable cell-centered finite volume discretization for biot equations
In this paper we discuss a new discretization for the Biot equations. The discretization treats the coupled system of deformation and flow directly, as opposed to combining discretizations for the two separate subproblems. ...
A convergent mass conservative numerical scheme based on mixed finite elements for two-phase flow in porous media
In this work we present a mass conservative numerical scheme for two-phase flow in porous media. The model for flow consists on two fully coupled, non-linear equations: a degenerate parabolic equation and an elliptic equation. ...
Finite volume methods for elasticity with weak symmetry
We introduce a new cell‐centered finite volume discretization for elasticity with weakly enforced symmetry of the stress tensor. The method is motivated by the need for robust discretization methods for deformation and ...


PROJECT MANAGER- Low Rise
Are you an experienced and driven Project Manager with a proven track record in overseeing low-rise residential construction projects? If you have a passion for delivering high-quality results, a keen eye for detail, and the ability to lead cross-functional teams, we want to hear from you!
DeSantis Homes is a reputable residential construction and development firm located in Grimsby, Ont. With a commitment to excellence and a history of successful project delivery, we take pride in creating homes that stand as a testament to our dedication to quality and craftsmanship. We are currently seeking an experienced Project Manager to lead our low-rise residential projects.
As a Project Manager at DeSantis Homes, you will play a pivotal role in leading the execution of our low-rise residential construction projects from inception to completion. You will collaborate with a team of professionals to ensure projects are delivered on time, within budget, and in accordance with the highest quality standards.
Duties include (but are not limited to) the following:
• Analysing data to determine the solution of specific problems
• Effectively coordinate site staff, consultants, trades and Head Office personnel in the planning, designing and development of construction specifications, regulations and programs in relation to all buildings and facilities
• Preparing project takeoffs, providing estimates on materials and costs
• Preparing all site works and resolving issues as required
• Apply for permits and issue various construction documents
• Attending regular site meetings
• Coordinate performance audits, obtaining sign offs and releases
• Maintain up to date project logs and site photos
• Enter all invoices in Procore and issue purchase orders
• Complete all RFI submittals and consultant reports
• Prepare and manage construction schedules and Construction Management Plan
• Complete site reports and weekly meeting minutes
• Manage the master construction schedule, according to closing dates and construction deficiencies
DESIRED SKILLS AND QUALIFICATIONS
• University degree in Engineering or Construction Management. Quantity Surveyor (QS) designation an asset
• 5 years’ experience in residential construction with superior construction process knowledge
• Complete knowledge of CCDC contracts CCDC 5A, CCDC 5B AND CCDC 17.
• Strong computer skills utilizing MS Office and quantity take off software (i.e., Procore, Bluebeam, AutoCad)
• Background knowledge of Procore and Builderlynx will be an asset
• Ability to work independently as well as in a team environment • Strong knowledge in project cost controls
• Must be able to complete detailed material quantity take offs
• Positive attitude with strong communication and multitasking skills
We offer a competitive salary along with a comprehensive benefits package including health, dental, and retirement plans. Joining our team provides an opportunity to contribute to meaningful projects while advancing your career in a collaborative and dynamic environment.
If you are ready to take on the challenge of leading our low-rise residential projects to success, we encourage you to apply.
Please submit your resume, project list and cover letter to email@example.com
**We thank all applicants however only those chosen for an interview will be contacted.
Join us in shaping communities and building dreams, one project at a time.


concrete contractors peoria iL
Partners: Murillo Concrete LLC
Why Choose Us
Although concrete is a popularly known construction material that provides a whole lot of benefits, you would still need professional concrete contractors to get a great result. Our professional concrete contractors have been working with all types of concrete construction for more than 10 years now.
Our reliable contractors can build sturdy concrete surfaces and conduct other concrete services. These people are experts that are responsible for handling every step of the fixing work and/or repair services. These involve mixing ingredients, building the retaining structure to pouring and settling the mix.
Apart from all that, our professional team also supervises the delivery and pouring service to ensure that it’s done correctly. We are dedicated and committed to our job of providing the best work that would satisfy our customers. We are reliable and trustworthy construction concrete contractors professionals that you wouldn’t regret hiring. Our concrete contractors will do everything that they can to wholeheartedly provide you with the best results, work, and services you are looking for.
Receive a Free Quote
Once people hear about how easy concrete is to install or repair, they typically start to think that DIY may be a better option, hoping to save some money for hiring a contractor. However, that is not always the case. In order to avoid any mistakes while also saving money, and time, and guaranteeing professional Peoria concrete contractors’ quality, it is crucial to have the right contractor concrete contractors. Contact us for more information.
Our Concrete Contractors Peoria IL Do:
- Peoria Retaining Walls
- Concrete Repair
- Basic Slabs
- Garage Slabs
- Cement Jobs
- Peoria IL Concrete Pouring
- Concrete Leveling
- Concrete Repair Peoria
- Patterned Concrete of Peoria
- Peoria Concrete Polishing
- Stamped Concrete Patios Peoria
Concrete Patio Peoria iL
The addition of a patio is great if you want to improve not just your home experience, but also add value to your home. For most homeowners, creating an attractive and welcoming outdoor space is one of their dreams with decorative concrete. A poured concrete patio is a great choice, thanks to its durability and resistance to almost any weather condition.
When doing home renovations or you’re planning to install a patio in your home, it is always best to carefully decide what material is best to go with. Many people don’t actually notice that every type of material you can use for construction has its own advantages and disadvantages. By determining the material you would like to use, you can also end up choosing a better alternative that would go well with you.
A concrete patio can also add value to almost any il home and any type of Illinois environment. In addition, using concrete as the material for a patio makes it customizable to fit any available space or complement any designs or themes. As for the prices, they would depend on a few factors, but the biggest factor of them all is the size of the work.
The typical sizes of these patios are around 288 square feet, now, the usual average cost for similar-sized patios would be around $2,800, with it being $10 per square foot. Of course, like all other services, there would be many factors that would significantly affect the final cost for the concrete patio. The aforementioned $10 per square foot is only an average estimate. The price estimate is somewhere in between $1,300 and $5,100, or $3 to $15 per square foot, maybe it may even reach $28 per square foot max.
Although the size of the project is an important factor to consider, you should also pay attention to other factors. Such as the thickness and quality of the concrete mixture. The thickness requirement for a concrete patio slab may vary in different IL places, however, you can contact your city planner or building code office to check for requirements. It is also important to check the quality of the concrete mixture as needless to say, it may also determine the concrete’s longevity done by the Peoria concrete contractors.
Concrete Driveway Peoria, il
Concrete driveways are an important, indispensable part of anyone’s residential property. Even without a car, just having a space within your front lawn already proves useful enough. Not only does it provide a great space for activities and work, if dealt with correctly, but it can also improve the property’s appeal as well as the property’s decorative value.
When it comes to driveways, they would ideally need to be tough enough to withstand some of the most extreme weather conditions as well as withstand any damage that comes from nature and the elements. Not only nature but should also be able to stand up to a lot of traffic and weight, especially for larger, heavier vehicles. That is why Illinois concrete driveways are the best choice.
Naturally, concrete is already well known for its raw strength, durability, and longevity. It is precisely the reason why concrete is such a popular construction material for industrial builds, however, driveway construction requires capabilities more than just being durable. Just be sure that the contractors driveway installation is of great quality, so it is important to check the contractors Google reviews.
Foundation Repair Peoria il
Your home’s foundation is a vital part of your house. The foundation proves to be the very support of your home, meaning if you have a weak or damaged foundation, some small natural disasters may be enough to drastically damage your home. Because of this, the installment and maintenance of your general contractor construction concrete foundation are important.
Having some problems with your home’s foundations can be really dangerous. This is why it is important to regularly check your foundation’s condition as a homeowner, or check the foundation before deciding to buy a house. In any case, if you do find some issues with your foundation, there are repair methods for concrete foundation so that you wouldn’t have to bother tearing it out and starting from scratch.
Stamped Concrete Peoria il
Although some people may commonly mistake concrete to only be a plain grey material, that is not the case anymore. This stamped concrete offers a wide variety of patterns and colors to choose from, making them popular for beautifying or enhancing the looks of any commercial concrete surface. In addition, not only is the concrete itself an affordable stamped paving option for any structure you need to be built but stamped also requires less maintenance compared to other materials. With the power of stamping concrete, you can even get brick texture concrete with bricks concrete contractors.
Concrete Contractors Repair Peoria il
Concrete is a highly durable and long-lasting construction material, however, as all things are, even concrete is not completely indestructible. This especially applies to exterior built concrete surfaces that are keeping up with constant stress as well as different environmental factors and weather conditions.
If you are noticed your concrete surface seems to be suffering from wear and tear, then we have just the solution for you. It is highly recommended to seek professional help, this is because there are some things that the homeowner themselves can do to help their concrete porch. In fact, attempting to do things by yourself without consulting a professional mason contractors concrete inc may simply make matters worse.
Retaining Walls Peoria Illinois
Concrete is well known for its durability, strength, and stylishness, which is why there is no surprise that they are also used for building retaining walls. These retaining walls are used in landscaping in order to rectify the natural slope of the grounds. With this, you will be left with a level area for gardening, building a patio, or enjoying more of your property than you would otherwise be able to.
Apart from being part of the landscape, it will also be exposed to high amounts of harsh weather conditions meaning that the material to be used in its construction should have great strength, endurance, and weather resistance. With the current modern concrete paving contractors’ construction technology, concrete could be the best material that works with it.


Waste water treatment
Through the natural water cycle, the earth has recycled and reused water for millions of years. Water recycling, though, generally refers to projects that use technology to speed up these natural processes. Nature has an amazing ability to cope with small amounts of water wastes and pollution, but it would be overwhelmed if we didn’t treat the vast quantities of wastewater and sewage produced every day before releasing it back to the environment. Treatment plants reduce pollutants in wastewater to a level nature can handle.
Water recycling also means reusing treated wastewater for beneficial purposes such as agricultural and landscape irrigation, toilet flushing, and replenishing ground water. Water recycling offers resource and financial savings.
Wastewater treatment can be tailored to meet the water quality requirements of a planned reuse. Recycled water for landscape irrigation for example requires less treatment than recycled water for flushing.
There are two types of waste water that is recycled – that which comes as sewage and that which comes as gray water – waste water from bathroom sinks, tubs, shower drains and clothes washing equipment drains.
Water Recycling Can Reduce and Prevent Pollution as well as save energy.
As the demand for water grows, more water is extracted, treated, and transported sometimes over great distances which can require a lot of energy. If the local source of water is ground water, the level of ground water becomes lower as more water is removed and this increases the energy required to pump the water to the surface. Recycling water on site or nearby reduces the energy needed to move water longer distances or pump water from deep within an aquifer.
Functionalforms has tied up with agencies and consultants in Auroville who advise us on and design small and large waste water recycling systems for our projects. The types of systems we use varies with the quality of water output required and we’ve put in place Aerobic as well as Anaerobic systems, sometimes combining both.


During harsh weather patterns like floods for example even low-risk areas are prone to floods. As per the Federal Emergency Management Agency, 25 % of all flood related injuries occur in low-risk areas. For this reason, flood preparation is crucial for any home or residence wherever it rains.Read on some of the ways of preparing for floods and flood related injuries through good plumbing practices and you will do this without spending too much cash or what is called without breaking the bank.
Main common Types of Home Flooding.
Home flooding is mostly the results of 3 common places:
- Basement Flooding
- Natural Disaster Flooding
- Main Flooding
If your basement forever appears damp or your basement floods once it rains (or your main floor, if you don’t have a basement), it’s possible because of one among the 3 main problems:
- Leaky plumbing,
- Leaky windows or a
- poorly insulated foundation.
Why will poor insulation cause basement flooding?
Excessive rain, poor yard void or sewer backups will contribute to floods if your foundation isn’t insulated enough. this can be undoubtedly the foremost common explanation for basement flooding.
Fixing poor insulation
So as to repair flood injury and forestall it from happening once more, you’ll got to pinpoint the supply of the leaks, fix any cracks yourself (or decision during a professional) then install waterproofing foundation insulation to avoid future injury.
professional tip: If you wish a lot of info on basement insulation, verify our web log post on insulating your basement.
Leaky Basement Windows
Why do leaky basement windows cause basement flooding?
If you have got a flooded yard or clogged gutters, water will pool in windows and leak into the basement through and around your windows.however will leaky basement windows be fixed?
to assist forestall your basement from flooding once it rains, you’ll be able to seal off your basement window, install window wells (preferably with covers), modify your window grade, check your gutter spouts or install new windows.
Leaky plumbing is a very common cause of home flooding. With the numerous number of stainless steel pipe suppliers it is of utmost importance that you get good supplies and be able to fix this by yourself. Some of the reasons of leaky plumbing include the following;
- Water Pressure
However will high water pressure build pipes burst? It’s not on the subject of whether or not you get a decent, robust shower. Your pipes need the correct water pressure to perform properly. If the water pressure will increase too quickly or considerably, the pipe won’t be able to contain it, inflicting a rupture and succeeding flooding.However, do I forestall my pipes detonating from water pressure? If your water pressure is just too high an authorized artisan will assist you modify your water pressure to a safer level, and facilitate reinforce any pipes that require it.
- Pipe Corrosion
However will corrosion cause a pipe to fail? when a few years, slowly building corrosion in your pipes — usually caused by a pH scale imbalance in your water — will become a haul. If you have got water in your pipes, rust will build up over time, either stopping water flow fully or inflicting a pipe to burst. However do I forestall rust corrosion in my pipes? examine the water pipes in your home for injury or recent repairs which will have an effect on water pressure. If you discover a broken pipe, you’ll be able to patch it for a fast fix however ought to cut and replace it as presently as attainable to stop the pipe from detonating. To avoid future injury to your pipes, you’ll be able to get your water tested by certified professionals to work out if it meets laws. Government agencies just like the EPA will analyze your potable, serving to you to seek out the proper water treatment for your home.
Now you recognize why your basement floods once it rains and the way best to spot the matter, the cause and therefore the fix!


Rapid Set Cement All
Concrete Repair – Fast Setting, High-Strength, Non-Shrink Grout
Concrete repair with Cement All™ when mixed with water produces a workable, high quality repair material that is ideal where rapid strength gain, high durability and low shrinkage are desired. Apply Cement All™ in thicknesses from featheredge to 4 inches. Durable in wet environments. SETS IN 15 MINUTES & IS READY FOR TRAFFIC IN 1 HOUR.
Rapid Set DOT Cement
Industrial Grade, Fast Setting Cement
Rapid Set® DOT Cement is ideal for the repair of pavement, bridge decks, industrial floors, parking garage decks, freezer floors and vertical & overhead repairs. DOT Cement is a highly durable calcium sulfoaluminate based hydraulic cement with exceptional workability characteristics. DOT cement is formulated for low permeability, high sulfate resistance, low shrinkage, and long life in freeze thaw regions. When mixed with aggregates and water, a very fast setting, high quality concrete repair concrete is produced.
Rapid Set Skim Coat
For Patching, Skim Coating & Underlayment Projects
Rapid Set® Skim Coat is a high-bond strength, fast curing, smooth (un-sanded), hydraulic cement-based material used for floor underlayments, concrete repairs, patching and skim coating on interior and exterior projects. Apply and finish from featheredge to 1”.
Applications: Use Rapid Set® Skim Coat to repair, level and smooth concrete substrates prior to the installation of floor coverings such as VCT, sheet vinyl, carpet, tile, pavers, epoxy toppings and other coatings. Most Floor coverings can be installed over Rapid Set® Skim Coat in 1-hour. Coatings and epoxy toppings can be applied over Rapid Set® Skim Coat in 16-hours. Please comply with instructions from the floor covering manufacturer regarding allowable substrate moisture and moisture testing.
Rapid Set DOT Repair Mix
Concrete Repair with High-Performance Repair Mortar
Rapid Set® DOT Repair Mix is a unique dry blend of Rapid Set® Cement and a quality sand. NO CHLORIDES ARE ADDED. When mixed with water, it produces a quality mortar which gains strengths exceeding 3000 psi in 1 hr and 5000 psi in 24 hr. Rapid Set® DOT Repair Mix is ready for traffic and loading within 2 hours.
Rapid Set Wunderflixx
Concrete Patching Compound
Concrete Patching Compound is a durable, fast setting, one component concrete patching material formulated with a premium grade hydraulic cement, high performance polymers, and a finely ground aggregate. When mixed with water WunderFixx® produces a workable, easy to apply mixture with excellent bonding characteristics. Trowel WunderFixx® over existing concrete in thicknesses from feather-edge to ½” to achieve a smooth and uniform concrete appearance. After application, WunderFixx® may be sanded to achieve an ultra smooth finish. WunderFixx® can be used for patching and detailing on tilt-up panels, pre-cast concrete, concrete block, and other concrete surfaces. It is suitable for moist environments on interior and exterior projects. WunderFixx® is composed of premium grade hydraulic cement, calcium carbonate and high performance water-soluble polymers. LIMITATIONS: Not intended for patches over ½” deep, for deeper sections use Rapid Set® Cement-All™ or Rapid Set® Mortar Mix.
Rapid Set Concrete Mix
Very Rapid Hardening Concrete
SETS IN 15 MINUTES & IS READY FOR TRAFFIC IN 1-HOUR. When mixed with water CONCRETE MIX produces a workable, high quality concrete repair product that is ideal where fast setting, high strength gain, maximum durability and low shrinkage are desired. Apply CONCRETE MIX in thicknesses from 2-in to 24-in. Durable in wet environments. One 60-lb. bag of Rapid Set® CONCRETE MIX will yield approximately 0.5 cubic feet. CONCRETE MIX is a multipurpose, fast setting product that can be used for repair and construction of pavements, formed work, footings, setting posts, industrial floors, machine bases, and concrete repair. Rapid Set® CONCRETE MIX is a high-performance blend of Rapid Set® hydraulic cement and quality aggregates. CONCRETE MIX is non-metallic, and no chlorides are added. Rapid Set® CONCRETE MIX is similar in appearance to Portland cement concrete and may be applied using similar methods.
Rapid Set Mortar Mix
High Strength Repair Mortar – Fast Setting, High Strength
SETS IN 15 MINUTES & IS READY FOR TRAFFIC IN 1-HOUR. Mortar Mix mixed with water produces a workable, high quality mortar that is ideal where rapid strength gain, high durability and low shrinkage are desired. Apply Mortar Mix in thicknesses from 1/2-in to 6-in. Durable in wet environments. One 55 lb. bag of Rapid Set® Mortar Mix will yield approx. ½ cubic feet. Mortar Mix is a versatile product that can be used for general concrete repair, stucco & plaster repair, one-coat exterior plaster, mortar beds, underlayments, and formed work. Mortar Mix is suitable for vertical and overhead applications. Rapid Set® Mortar Mix is a high-performance blend of Rapid Set® hydraulic cement and quality sand. Mortar Mix is non-metallic, and no chlorides are added. Rapid Set® Mortar Mix is similar in appearance to Portland cement-based mortars and may be applied using similar methods.
Rapid Concrete Repair 5-Gal Kit
Flexset™ Rapid Concrete Repair is a high-performance rapid cure repair for deteriorated or damaged concrete. Simple to use, Flexset™ Rapid Concrete Repair to patch, restore, and repair concrete potholes, narrow or wide cracks, spalls, break-out, joints, & floor restorations. Can be successfully applied at ANY temperature, including sub-zero repair.
Rapid Asphalt Repair
FloMix is a cold-applied, liquid and aggregate slurry that hardens in minutes to provide a long-lasting repair, without the need for removal of damaged asphalt or dig-outs of any kind.


Minnesota & Wisconsin Driveway - Walkway Construction
Beauty, Support and Impact
Whether it's vehicle support, curb appeal or everyday transit, driveways are one of the most important aspects of any property. Driveways and walkways are the gateway to your home to leave lasting impressions on your guests. The five major types of driveways in Minnesota are gravel, asphalt, concrete, stamped concrete and paver. Each of these driveway styles have their pros and cons.
Paver driveways offer strong benefits to your home that last long past the installation date. Paver driveways are typically more expensive than their counterparts, but are an investment worth making for their beauty and longevity. At Superior, we can create thousands of different combinations when mixing pavers styles, patterns, colors and banding.
The main expense of a paver driveway arises from the labor involved in crafting it, rather than the material itself. For all paver driveways we install 10-12 plus inches of compacted base material on top of our frost fabric layer. This process combines sand, pavers, paver edging, spikes (for restraint) and finally the polymetric locking sand for the joints between pavers for the desired finished product.
If there are ever any issues with settling or frost heaving beneath your paver driveway down the road, the repair steps are much easier than a concrete or asphalt driveway product. Solid slabs of asphalt and concrete, once installed, are susceptible to shifting and cracking due to movement beneath the surface, rendering them irreparable. Pavers are able to be broken apart, rebased, reset, and swept back into place to look like the day it was installed. The durability of paver driveways makes them a long-lasting option, unlike concrete or asphalt, which are prone to cracking over time.
The answer to Winter in the midwest
Heated Paver Surfaces
A selection of projects that explore the numerous fixtures and techniques which Superior provides to our valuable customers. Have a unique idea? Message us and we will be happy to develop a plan with you!
Style & Construction Uncomprimised
Award Winning Transformations
Meet with a
Our designers are scheduling free project evaluations now. With over a century of combined experience between them, you will find expertise behind every aspect of your new landscape.


Protect Your Structure From Water Damage
Rogue Valley Stucco Supply, Inc., is your source for high-quality materials designed to protect your structure when you are applying exterior cladding with products like stucco, masonry and tile.
Water-resistant barriers and air barriers are applied in a liquid form. They create flexible membranes that seal the structure from moisture and air penetration. We recommend reliable products like the Omega Akro-Flex System, which uses AkroGuard and AkroFill to provide you with the long-lasting protection you deserve.
Oregon building codes require drain mats on all exterior cladding. At Rogue Valley Stucco Supply, Inc., we carry a wide variety of drainage materials that meet these building requirements and are designed specifically for stucco and masonry claddings.
Contact Rogue Valley Stucco Supply, Inc., today for additional information and to find the water-resistant barriers you need to get your job done right.


Is hemp as a building material (called Isochanvre) available in the U.S.? Tommy Larson
There is a new (August 2010) hemp building technology that does not require processed or decorticated hemp – which makes it cheaper and much more environmentally friendly (less transport to and from factory, and energy in factory). You can read more at http:/www.thehempbuilder.com Still uses lime, though less admixtures than with most processed hemp blends
Yes Hemp is used as a building material. The ECO-Elise’s manufacturing warehouse was built of hemp including the car they build in it. Hemcrete® is a company making a hemp/lyme mixture that replaces concrete and absorbs CO2 from the atmosphere to naturally insulate.
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Presenting PaperChain at Innovacarretera 2017 in Madrid
Last November, representatives of the Paperchain project took advantage of the Innovacarretera 2017 fair to present the latest news to the attendees.
The fourth edition of this fair offered the opportunity to see live demonstrations, learn about I+D+i projects and new technological developments, contact with innovation generators and attend keynote lectures on the future of road infrastructures.
This meeting, held in the Boetticher building in Madrid, offered the agents of the science-technology-company system the opportunity to exchange experiences and learn first-hand about the latest trends and technological developments in road applications.
IInnovacarretera 2017, a biennial event promoted by the Spanish Road Technology Platform (PTC), is a great showcase for the possibilities and solutions provided by the Spanish road sector in terms of sustainability and efficiency in transport infrastructures.


Weber, Ghio & Associates (WGA) was formed August 1993, thirteen years after its parent company, Weber Associates, was established. WGA is a small civil engineering firm serving clients in the rural counties of Amador, Alpine, Calaveras, Tuolumne and San Joaquin. WGA specializes in providing engineering services to cities, rural counties, and special districts. For over 38 years we have designed and managed the construction of road, bridge, storm drain, water, and wastewater improvements throughout the Mother Lode. Our engineers have worked with public officials and property owners in completing numerous successful public works projects utilizing local, State, and Federal funds.
WGA staff has numerous years of experience in civil engineering projects in various capacities that provide WGA with a solid understanding of the technical aspects and requirements necessary to complete both the planning and technical design of projects on time and within budget.
We help our municipal clients expand their “staff” as needed to cover their engineering needs. As a contract City Engineer or District Engineer, WGA helps provide our clients access to a full range of services and resources that the company has to offer.
WGA provides bid administration assistance and construction management services for our municipal and private clients. From shop drawing review, to field inspection services, we have the technical skills and personnel necessary to assist our clients through the construction phase.
San Andreas, CA 95249


ABOUT THE PROJECT
The Federal Railroad Administration (FRA) and NJ TRANSIT are jointly preparing an Environmental Impact Statement (EIS) to evaluate the Hudson Tunnel Project. The Project is intended to preserve the current functionality of the Northeast Corridor’s (NEC) Hudson River rail crossing between New Jersey and New York and strengthen the resiliency of the NEC. The Project would consist of construction of a new rail tunnel beneath the Hudson River, including railroad infrastructure in New Jersey and New York connecting the new rail tunnel to the existing NEC, and rehabilitation of the existing NEC tunnel beneath the Hudson River, referred to as the North River Tunnel.
The North River Tunnel is used by Amtrak for intercity passenger rail service and by NJ TRANSIT for commuter rail service. The approach to the tunnel begins east of NJ TRANSIT’s Frank R. Lautenberg Station in Secaucus, NJ (which is 5 miles east of Amtrak and NJ TRANSIT’s Newark Penn Station). East of the Secaucus station, the NEC has two tracks that approach the tunnel on a raised embankment through the towns of Secaucus and North Bergen, NJ. Tracks enter a tunnel portal in North Bergen, passing beneath Union City and Weehawken, NJ and the Hudson River before emerging within the Penn Station New York (PSNY) rail complex in New York City. The tunnel has two separate tubes, each accommodating a single track for electrically powered trains, and extends approximately 2.5 miles from the tunnel portal in North Bergen to PSNY. The existing North River Tunnel is a critical NEC asset and is the only intercity passenger rail crossing into New York City from New Jersey and areas west and south.
Service reliability throughout the tunnel has been compromised because of the damage to tunnel components caused by Superstorm Sandy, which inundated both tubes in the North River Tunnel with seawater in October 2012, resulting in the cancellation of all Amtrak and NJ TRANSIT service into New York City for five days. While the tunnel was restored to service and is now safe for travel, chlorides from the seawater remain in the tunnel’s concrete liner and bench walls, causing ongoing damage to the bench walls, imbedded steel, track, and signaling and electrical components.
The damage caused by Superstorm Sandy is compounded by the tunnel’s age and the intensity of its current use (operating at capacity to meet current demands), resulting in frequent delays due to component failures within the tunnel.
The purpose of the Project is: to preserve the current functionality of Amtrak’s NEC service and NJ TRANSIT’s commuter rail service between New Jersey and Penn Station New York (PSNY) by repairing the deteriorating North River Tunnel; and, to strengthen the NEC’s resiliency to support reliable rail service by providing redundant capacity under the Hudson River for Amtrak and NJ TRANSIT NEC trains between New Jersey and the existing PSNY. These improvements must be achieved while maintaining uninterrupted commuter and intercity rail service and by optimizing the use of existing infrastructure.
Prior to issuing funding for the Hudson Tunnel Project, the Federal Railroad Administration (FRA) must consider the environmental effects of the Project in accordance with the National Environmental Policy Act (NEPA). An Environmental Impact Statement (EIS) is being prepared for the Hudson Tunnel Project, and the public and agencies were provided with an initial opportunity to comment on the preparation of the Draft EIS through the public scoping process in May 2016. This was the first of many opportunities for public and agency involvement in this important Project.


Renfroe Mining and Grading
Renfroe Grading offers the following among other services.
*Turn Key Site Work
*Clearing and Grading
*Fire and Domestic Water
*Retention Pond Maintenance
Renfroe Mining and Grading offers clients site development services to construct projects already designed and engineered. In the growing Atlanta market, the most critical decision is the site. Our team of professionals has an excellent track record of completing projects within budget and on time. Renfroe Mining and Grading works to ensure the most effective layout for future projects and provides storm drainage, sewer systems, grading and building ready pads.
Our network of architects, engineers and project managers will work with clients to utilize value added engineering concepts to maximize the project potential while lowering costs and project delivery schedules.
Renfroe Mining and Grading also offers Construction Management for clients who desire a knowledgeable company overseeing their project. We will ensure the job is completed in the most effective manner.
Pre-Construction Services are one of Renfroe Mining and Grading's premiere services. From site cost analysis and budget estimates we can deliver value added engineering and accurate project schedules prior to beginning a project. With our ability to coordinate with architects, engineers, subcontractors and local government agencies, the customer can truly know the product they will receive and the time frame to expect.


Steel structure mezzanine, also known as steel structure partition and steel structure loft, is a secondary structure production and installation. In actual buildings, some buildings have high floor heights and cannot be effectively utilized, resulting in a waste of space. Steel structure mezzanines can be set up to increase the use area and improve space utilization. It is usually used in residential LOFT apartments, office buildings, factories, venues and other buildings where the floor height is too high.
Of course, there are different ways to add steel structure mezzanines for different building types. There are mainly the following ways:
Steel structure With Cement Pressure Plate Composite Floor:
It has low cost, light weight and short construction period. It is suitable for mezzanine renovation of residential buildings, office buildings and industrial projects. However, the sound insulation effect is not good and it is not suitable for larger floor loads or vibration loads.
Steel Structure With Concrete Composite Floor:
This solution has the characteristics of high safety performance, large load capacity, no vibration, good sound insulation effect, etc., and the construction period is slightly longer. It is suitable for buildings with different spans, such as homes, office buildings or large-span factories, as well as floors with heavy loads and vibration loads.
Steel Structure With Lightweight Floor-Bearing Composite Floor:
This kind of structure is safe and environmentally friendly, which has light weight, high strength, is durable and does not deform. It is fast to construct, and has a short construction period. It can also be installed at the same height as the upper flange of the steel beam to maximize the use of effective space. Suitable for office buildings, villas, homes, etc.
Steel Structure With Steel Plate Composite Floor:
This structural combination scheme is suitable for industrial plants, workshops, equipment rooms and other buildings. It has good load-bearing effect, fast construction, and can bear equipment with larger loads.
The steel structure platform is different from the steel structure mezzanine. It is an independent system that can be used indoors or outdoors. The steel structure platform is a fully assembled structure, which is composed of decking, primary and secondary beams, columns, inter-column supports, as well as ladders, railings, etc. The design is flexible and can be designed into two or multi floors according to actual site requirements to fully utilize the space.
The Main Uses Of steel structure platforms are as Follows:
- Office platform: Adding an office area in a workshop or larger factory building. Mainly consider the use of office personnel and office equipment.
- Production workshop steel platform: mainly to increase the factory production workshop area and expand the production area. The design must fully consider the number of personnel, mechanical weight, production materials and other loads. The load-bearing capacity must be good and the cost is relatively high.
- Equipment platform: Generally used to store heavy equipment, mainly considering the weight of the equipment and the weight of maintenance personnel and maintenance tools. The design is relatively simple.
- Steel platform for warehousing materials: It is also the most commonly used steel platform and is mainly used for storing and logistics of goods. The main consideration is the weight of the goods being stored. It can be designed into two or more layers according to the needs of the goods, similar to the function of a shelf.
- Stage steel platform: A stage steel platform that can be used indoors or outdoors, mainly used for performance stages. Mainly consider the weight of commonly used stage equipment and the load-bearing capacity of the number of actors.
There is still a big difference between steel structure mezzanine and steel structure platform. Although both are designed to increase space utilization and increase the use area, the construction method, design method, cost and use functions are still very different. Choose the most appropriate method according to different needs. The design requirements and construction difficulty of the steel structure mezzanine are higher than those of the steel structure platform, and the cost will be relatively higher. The usable area of the steel structure mezzanine will be larger but the steel structure platform is more flexible.


Border Road Organisation (BRO): With an eye to improve border road infrastructure on China border, where Indian Army faces an increasing belligerent China’s People’s Liberation Army (PLA), Indian government has hiked the allocation for the Border Road Organisation (BRO) by over 7% for the next financial year beginning in April.
“Allocation for road development projects in border areas has been raised from Rs 5,586.23 crore to Rs 6,004.08 crore for Financial Year 2021-2,” said the ministry of defence.
A big part of the border road development funding has been allotted to capital expenditure. The capital works allocation has been revised upwards to Rs 2,500 crore from budgetary provision of Rs 2,300 crore for Financial Year 2020-21.
Similarly, the budget for maintenance of border roads has gone up from Rs 750 crore to Rs 850 crore.
“This increased allocation shall facilitate procurement of modern construction plants, equipment and machinery to enhance the pace of construction warranted by strategic imperatives,” the MoD said.
Defence Ministry said a large share of increased funding will be used for better upkeep of strategic roads in the border areas.
“It will give a major boost to construction of strategically important roads, tunnels and bridges along the northern and north-eastern borders,” said the government.


Three dimensional dynamics of laminated curved composite structures: A spectral-Tchebychev solution
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Anamagh, Mirmeysam Rafiei and Bediz, Bekir (2019) Three dimensional dynamics of laminated curved composite structures: A spectral-Tchebychev solution. In: 14th International Conference on Vibration Problems (ICOVP 2019), Crete, Greece
Composite structures have been widely used in many diverse industries due to their high stiffness, high strength, and light-weight. Furthermore, since they exhibit directional material properties, it enables superior advantages in the design process such as achieving tailor-made characteristics. Since, these structures are subjected to dynamic excitations during operation, it is highly crucial to accurately and efficiently capture the dynamics of composite structures. This study presents a new spectral-Tchebychev (ST) solution to investigate the dynamic behavior of (curved) laminated composite structures. To derive the integral boundary value problem for each lamina, extended Hamilton principle is used. The strain energy is expressed using three-dimensional elasticity equations. To discretize the domain of the problem, Gauss-Lobatto sampling scheme is followed and the deflections (generalized coordinates) are expressed using triple expansion of Tchebychev polynomials. Then, the system matrices for each lamina is calculated using the derivative and the integral operations defined in the Tchebychev domain. To connect the individual laminae, compatibility equations are written. To incorporate the compatibility equations and to incorporate any type of boundary condition, projection matrices approach (that is based on singular value decomposition) is used. To validate the accuracy of the presented approach, two case studies (straight and curved laminated composite) are investigated. In each case the natural frequencies and the mode shapes are compared to those obtained from a commercial finite element (FE) software. The comparison indicates that presented three-dimensional spectral-Tchebychev solution technique enables the accurate and efficient prediction of the vibrational behavior of curved laminated composite structures.
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Windpark Westermeerwind supplies its first electricity to the grid
Windpark Westermeerwind has reached an important milestone of its construction. Last weekend the wind turbines generated the first durable wind energy. All 48 wind turbines will be installed and connected during the next months, and wind energy should be generated for about 160,000 household by spring 2016.
44 km of electricity cables installed by VBMS and connection to the grid by TenneT
Last June, VBMS (VolkerWessels Boskalis Marine Solutions) completed the installation of 44 kms of electricity cables for the wind farm. 42 connection cables were laid between the wind turbines and 6 export cables were laid to transport the energy from the wind turbines to the onshore transformer station. The generated electricity is transformed to high voltage in the transfromer station and is fed onto TenneT’s national electricity grid. The wind farm is controlled from this station.
First 17 complete wind turbines installed by main contractor Siemens
After the Van Oord/Mammoet cooperation drove the last foundation pile into the bottom of the IJsselmeer at the end of May 2015, main contractor Siemens started positioning the tower sections mid-July. The tower parts are brought to the construction site from the port of Amsterdam, through the IJsselmeer and along the North East Polder, with a special transportation ship. The complete rotors are pre-mounted in Oude Zeug (close to Medemblik) and transported over water to the wind farm shortly before installation.
About wind farm Westermeerwind
Windpark Westermeerwind is built in the water of the IJsselmeer along the dikes of the North East Polder. It is the largest near shore wind farm of our country and it consists of 48 wind turbines of 3 MW each – positioned over two rows along the Westermeer dike and the Noordermeer dike – and a tranformer station on land. It is expected to generate wind energy for 160,000 households. See: westermeerwind.nl
Westermeerwind is part of Windpark North East Polder with 86 windmills in the water and on land, along the dikes of the IJsselmeer. See: www.windparknoordoostpolder.nl
Westermeerwind has contracted out the supervision and management of Windpark Westermeerwind to Ventolines in Emmeloord. Siemens is the main contractor of Windpark Westermeerwind and will provide maintaince service for the wind farm for a period of at least fifteen years. Various Dutch companies cooperate with the project as subcontractors, including Van Oord and Mammoet for the foundations and the installation of wind turbines, and VBMS (VolkerWessels Boskalis Marine Solutions) for the cabling to the transformer station. The electricity is purchased by Eneco.


Jordan Engineering Group specializes in wood frame building design. We incorporate an intuitive design approach that eliminates the need for oversized beams, studs, and other framing components that can greatly increase the cost of a project. Our designs are also attentive to the trade industries involved in wood-framed construction by providing designs that reduce the complexity of construction, allowing for a project to be built in a shorter time frame.
Up front meetings with the architect, builder, framer, geo-technical engineer, and mechanical engineer is the key to a successful project. Knowledge of trade preferences and incorporating those requests into our plans ultimately leads to the most cost-effective set of structural documents. Our commitment to a team approach enables all those involved to have valuable input from the projects inception and our engineering knowledge furthers the projects cost effectiveness. We have designed tens of thousands of wood frame structures and are in tune with the doís and doníts of framing techniques.
Jordan Engineering Group provides structural designs for both conventional and post-tensioned foundations. We work closely with your geo-technical engineer to develop the most cost-effective foundation for each unique project. Our completed foundation plans are clear and concise with all pertinent information presented on one plan with the contractors needs in mind.
Roof/Floor Truss Component Design:
Jordan Engineering Group offers coordinated truss component drawings designed in house by highly trained and experienced truss technicians. By utilizing any of the four design software packages licensed to Jordan Engineering Group, we can design the truss components for your project in tandem with the structure. This unique process eliminates errors and ensures that the structure is fully coordinated from roof to foundation. This greatly shortens the time frame for project completion, minimizes field repairs, and maximizes savings.
During the component design process, Jordan Engineering Group has the unique capability to fully integrate the structure with the mechanical, plumbing, and electrical requirements of a project. Through the use of this process we can determine potential problem areas that can cause future call-backs due to performance related issues. This process eliminates deferred truss submittals, decreases lead time for the truss fabricator, and eliminates the requirement for back-end delays due to lack of coordination between the designer and the truss supplier. In short, it saves time and money.


This project involved the refurbishment of Knowth House, stables, farm building and existing carpark and landscaping at Knowth, Co. Meath. The Stable building and farm building are 18th century protected stone structures in an L formation around a courtyard.
Proximity to the Knowth burial chamber meant that this project would be highly sensitive in terms of heritage and archaeology in particular.
There were two distinct fronts to the project. The existing car park required wide spread improvements including extension, drainage, resurfacing, secured access, lighting and power points in order to accommodate the OPW Bru na Boinne tour buses. Significant landscaping works were also undertaken.
The second front was to refurbish the existing farm buildings at the site. These would be used as exhibition space and to accommodate visitors on their arrival and prior to their departure.
Location Knowth, Co. Meath
Year Completed 2018
Architect OPW Architecture
Engineers OPW Engineers


This sustainable waterfront home on Birdham Pool employs elements of passive solar design, along with environmental technologies such as ground source heat pump, photovoltaic systems, MVHR (mechanical ventilation with heat recovery) and rain water harvesting. Fossil fuels will not be used to heat or cool this home. A sustainability strategy will be employed during the construction which will include using locally sourced and low embodied carbon materials, waste reduction on site and offsetting when necessary. Sustainability is core to our ethos at Randell Design Group. We are happy to showcase our commitment to environmental design with this exciting new project.


At Advance Waste Disposal, we are committed to providing high standards in our recycling services. Waste management can have a major impact on the local environment, and through our recycling services we hope to minimise the impact of your waste.
Perth Waste Recycling
We provide recycling services for:
- brick and concrete rubble
- scrap metal
- cardboard and paper
- hard plastics
Our recycling services are focused on sorting, re-using and reducing all waste that we manage. We can also provide monthly recycle reports for our builders and construction sector, this is included as part of our services to the construction industry.
Our Recycling Processes
Brick and concrete rubble sorted and ready to be crushed into road base.
Bricks and concrete rubble being crushed.
Road base ready for distribution.
Staff sorting waste on the picking belt.
Timber being chipped for garden mulch.


The semi-annual flushing of dead-end water mains throughout Glen Cove will start the first week of April, according to the city.
The process will last for about two weeks.
The flushing is done to remove accumulated dissolved mineral sediments from the water mains before the year's peak usage period of spring and summer.
Some water pressure fluctuation and discoloration should be expected, the city said. Though the discoloration poses no health risk, the city said residents may want to keep a supply of clear water in the refrigerator for drinking and cooking to use when it occurs.
The second flushing is done in October, after the peak usage period.
Any questions may be directed to the Water Department at 516-676-5096.


Our nursery expansion project is taking shape. The office/classroom building is just about complete. And the panels and structural materials for the greenhouse will be arriving in August.
We are really proud of the design of this new facility. Our architect, Parie Hines of LD Arch Design, has incorporated many "green" features that will conserve energy, manage stormwater runoff and make use of salvaged and non-toxic materials.
The exterior of the office/classroom building, for example, is comprised of structural insulated panels (SIPs). These panels have a rigid foam, insulated core that provides exceptional thermal efficiency. High efficiency windows and storefront glazing also contribute to energy savings, helping to keep the building cooler in summer and warmer in winter. The standing seam metal roof is durable and has a "cool roof" surface to reduce the urban heat island effect.
The building also has high efficiency heating and lighting systems. Radiant floor heat with zoned heating will be programmed to provide the right heat levels for different uses. The LED lighting system has been designed to be significantly more efficient than energy code requirements. Photosensors and occupancy sensors ensure that lighting operates only when needed.
Other green materials used for this building include salvaged wood used for door and window trim. All paint is low-VOC and all wood finishes are natural non-toxic oil. Natural linoleum (Marmoleum) in the upper office is a recycled-content, highly durable flooring material.
The green features of this project go well beyond the office/classroom building. As the project approaches completion, we'll add posts describing our new greenhouse and stormwater management systems. Watch this space!


Public meetings and events
Information about upcoming events will be posted when details become available.
Thu, Aug. 19
24th Street Pedestrian Bridge Fest: Celebrating Community Connections
Come celebrate the reopening of the new 24th St. Pedestrian Bridge in Minneapolis. There’s something for everyone with arts, history, eats and entertainment on both sides of the bridge. The event will be hosted by several community organizations. All ages welcome. Learn more about this event on the project blog.
35W@94: Virtual self-guided tour
Explore the 35W@94 project corridor through a virtual self-guided tour to learn about the history of I-35W, project benefits and construction features. It includes the huge water storage tanks being constructed underground near the road. Be sure to check out the drone flight over the freeway and download the activity book.
Start exploring today: Virtual Self-Guided Tour.
Virtual presentation series
Join us for one or all of these free, online presentations led by MnDOT experts. See information below on how to join.
- Aug. 3: Movies in the Park-Cars at Pearl Park
- June 8: 35W@94: Building a Better Transportation System for You (presentation in Spanish only)
- May 19: Spokes and Sneakers: 35W@94 Bicycle and Pedestrian Improvements