Landscaping is a component of the Engineering Division in the Community Development Department and is responsible for the design review, permitting, and inspections of landscaping and irrigation with the City. The City of Sunrise has numerous code requirements for existing and proposed residential and non-residential properties; please refer to Chapter 16, Article VIII of the City of Sunrise Codes of Ordinances for code requirements. Irrigation is reviewed by this Division with relation to Chapter 16 of the City of Sunrise Code of Ordinances. Please note the Building Division reviews irrigation for Florida Building Code related items.
For more information regarding landscaping and irrigation items related to design plan review, please refer to the Site Plan Review by Engineering and Landscaping page. For more information regarding permits including the type of work requiring a permit, permit submittal requirements, construction requirements, license requirements, restrictions, and inspections, please see the Engineering Permit Process webpage. For questions regarding any landscape or irrigation items, please contact the Urban Forester at 954-746-3272.
Please feel free to download the Approved Plant List. - Updated 1/10/13


Jacob Moreno is a Partner for Altura Engineering and Design he has 13 years in design and construction. Before assuming his current position in January 2013, Jacob has worked for The City of Amarillo as an Engineering Technician doing street and drainage design. He then worked for Phillip 66/ConocoPhillips doing piping, civil, structural design. From there he worked for Mason Dairy LLC designing dairy farms and managing construction of these facilities in Texas, New Mexico and Arizona. While here, he also managed the commercial concrete division. His current position is with Taylor Technical out of Houston TX. He has been working at Valero Mckee in Sunray TX as a contractor for the last six years. Here he manages the design group consisting of eight designers.
Jacob currently resides in Amarillo TX and is married with two daughters. His hobbies include working out, coaching soccer, and restoring classic cars.


Regional Traffic Conditions
Maryland Highway Information (CHART) - Traffic Incidents RSS Feed
CHART is a joint effort of the Maryland Department of Transportation, Maryland Transportation Authority and the Maryland State Police, in cooperation with other federal, state and local agencies. CHART's mission is to improve "real-time" operations of Maryland's highway system through teamwork and technology.
|Collision: I-70 WEST PRIOR TO MP 91 West|
|1 of 2 Westbound shoulders closed.|
Created: 4/22/2018 3:38:16 AM by SOC.
|Utility Problem: MD 542 WEST AT GLEN KEITH BLVD West|
|1 of 2 Westbound traffic lanes closed.|
1 of 2 Westbound shoulders closed.
Created: 4/21/2018 10:10:54 AM by SOC.


How can informal settlements be mapped from space? Learn how access to...
Topics: Urban Development, Slum Upgrading, Water Supply and Sanitation for the Peri-Urban and Informal Settlements, Strategic Urban Planning, Spatial Planning and Land Use, Spatial Planning and Land Use Management, Spatial Data Infrastructure, Geographic Information Systems, Sustainable Growth, Urbanization and Growth, Data, Growth, Poverty and Inequality, Geological Mapping and Databases, Regional Geological Mapping, Community Mapping, Sustainable Development Goals
The Environmental and Social Framework aims to protect people and the...
Topics: Environment, Environment and Natural Resources, Environmental and Social Assessments, Environmental Health, Environmental Impact Assessment, Environmental Management, Environmental Management and Mitigation Plans, Environmental Offsets, Environmental Policies and Institutions, Environmental Safeguards, Environmental Sustainability, Social Development, Social Inclusion, Social Safeguards


FOGEX has been tested in accordance with IMO Guidelines MSC/Circ. 668/728 , MSC/Circ. 1165 for use in machinery spaces and cargo pump rooms (upto 4,000m³), IMO MSC/Circ. 913 for local applications and Factory Mutual Research Corporation combustion turbines, machinery spaces, and special hazard machinery spaces for enclosures up to 500m³.
FOGEX High Pressure Characteristics:
- Small diameter pipe down to 9mm bore
- Small nozzle fittings 3/8” BSPP
- Stainless steel pipe & fittings
- Flow rates per nozzle as low as 3.4 LPM to 22LPM
- Fog-like distribution achieves entrainment in recessed areas
- Minimal water quantity
- Long retention time of small water mist droplets (no need for room sealing)
- Versatility of design (flow quantities,system types, location of water tank)
High-Pressure > 35 bars
- FOGEX is a 100-120 bar system
- Mist generated by water flowing through small orifices
- Droplet size 1 to 100 microns (average 50 microns)
MISTEX Low Pressure Characteristics:
- Slightly higher water quantity
- Slightly larger diameter pipes
- More nozzles required
- Slightly larger water mist droplets (average 250 microns)
- Galvanised, S/steel, copper or high-density plastic pipe
Medium <35 & Low Pressure <12.5 bars
- MISTEX is a 6 to 20 bar system
- Droplet size 100 to 350 microns
- Mist generated by water flowing through swirl chambers
Phirex Australia water mist fire protection systems are supplied in two forms:
- Pump systems
- Pressure Skid Modules (PSMs)
FOGEX pump systems comprise either electric high-pressure reciprocating piston pump(s) or diesel high-pressure reciprocating piston pumps. Pneumatic driven pumps are also possible upon request. Stainless steel axial piston pumps can be supplied for specific projects.
High-pressure piston pumps are connected to the water supply and to the stainless steel distribution pipe network that contains the water mist nozzles. Pumped systems are supplied with state-of-the-art PLC pump controllers. Fire pump skids are supplied complete with all accessories such as pump unloader valves, S/Steel pressure gauges, pressure switches, electric (or diesel) motors, high pressure basket inline water filters, non-return valves, manual isolation ball valves, 24VDC water dump valves, Y-strainers etc all mounted onto a heavy duty Galvanized steel frame with eye lifting lugs and anti-vibration mounts. Pump cabinets are NEMA-4X rated and can be supplied as explosion proof versions for specific hazards.
Diesel fire pump sets are also supplied with the above accessories including over-speed regulators, batteries and leads, ammeters, local auto start/stop panel, fuel tank, radiators for engine cooling, starter motor, drive shafts with safety guards and exhaust manifold.
Fogex High-pressure fire pumps are heavy-duty designed and manufactured in accordance with strict Quality Assurance procedures. We offer an extensive range of high-pressure piston pumps to suit any sized project. When more than one pump is supplied on a project, the pumps are manifolded together to deliver the correct quantity of water and pressure under continuous flow. Pumps can be automatically or manually started and stopped. High-pressure piston pumps range in sizes and flows from several litres per minute and in excess of 896-litres per minute.
The FOGEX water mist fire protection system can be supplied as a self contained Pressure Skid Module (PSM). The quantity of water contained is determined by hydraulic calculations based on type and quantity of nozzles installed and the desired system running time. High-pressure lined steel cylinders are used to avoid the possibility of internal corrosion or discolouration of water. Dry nitrogen gas is used for system pressurisation.
FOGEX PSMs are manufactured and supplied in various sizes and arrangements. PSMs can be supplied “loose” meaning that the water and nitrogen bottles can be bracketed to a nearby wall or they can be supplied in a steel cradle or skid depending on customer preference.
FOGEX stainless steel high-pressure actuator heads complement the PSMs. Fogex S/steel actuator heads can also be supplied with liquid level indication to check water cylinder contents. Pressure gauges, pressure switches, and FOGEX high-pressure 24VDC electric turn actuator ball valves are also supplied and fitted onto the PSM. FOGEX high-pressure stainless steel gas manifolds and regulators are also supplied as standard. FOGEX PSM water bottles remain un-pressurised until the system is activated. FOGEX 80 litre size water & gas cylinders are supplied as standard.


Diesel generator is widely used as security power supply in large scale power plants to avoid damage on factory equipment due to power failure.
Kusing's power supply solution suitable for use in various building structure including office buildings, high-rise buildings, residential buildings...
Due to the harsh condition in mining area as well as its long operation time, it has high demand on generator sets.
Kusing provides you with stable performance generator sets applicable in oilfields with harsh conditions.
Kusing’s power supply solutions provide electricity assurance for bus stop or railway stations ...
The essential features for the diesel generator set used in hospital include automatic startup, linked and uninterruptible power supply.
Military installations include radars and communication stations adopts diesel generator as power supply.
Diesel generator is widely used as emergency power supply or backup power source in hydropower industry.
Generator sets are basic necessities for residents staying in regions away from power grid or places with unstable or tight power supply.
Kusing supplies diesel generator, the ideal solution to power shortage problem in remote areas or islands.
Airport should be equipped with emergency power supply (EPS) and uninterruptible power supply (UPS)..
Generator is necessary when power supply from power grid is not available for construction site. Backup power is crucial for fire-fighting equipment...
Backup power supply is necessary for cold storage room to remain functional to avoid deterioration of high value-added goods such as vegetables...
Generator is an ideal solution to the power supply problem during road maintenance, pipeline repair and outdoor construction.
The base station in telecommunication industry has extremely high requirements for generator sets as it demands 24 hours of continuous power supply.


The Nagarajan house on Sarakki Main Road, JP Nagar 1st Phase, Bangalore looks just like any other house we commonly see in Bangalore. Built in 1981, on a 60 ft x 40 ft site, the single storey house was, at that time, at the southern most end of Bangalore city limits.
While building the house, no provision was made for rain water harvesting (RWH). “We built the house as economically as we could. I was working in HAL Hospital (located near the HAL Bangalore Airport at that time) so we did not need to worry about accommodation as we had the doctors’ quarters, but we wanted to build a house where we could live after my retirement. I took loans to buy the site and build the house.”, said Dr Nagarajan. The rain water from the roof and compound flowed off into the storm water drains which in turn flowed into the main canals and finally into the lakes of the vicinity. “Many people dig wells before construction of their houses, but we didn’t spend that extra amount on a well either.”, said Dr Nagarajan.
After construction, the house was given out on rent for several years and the family moved there only in 1995, after Dr Nagarajan retired. A few months after they occupied it, they installed solar panels. “The Electricity Department was publicizing use of solar panels and they were offering a subsidy to those who installed it in their homes. Even in the summer we need hot water to bathe, so we felt that a solar heater would save electricity. So we got it done.”, says Dr Nagarajan. The solar panels eliminated the need to use the geyser for most of the year. “Just a little sunlight during the day is enough to provide sufficient hot water for four to five people to bathe. Only on really cloudy days do we need to use the geyser.”, said Dr Nagarajan.
In 2003, a second storey was added to the house. Though there was the inclination to save nature’s resources and use them wisely, rain water harvesting was not in Dr Nagarajan’s thoughts. “While construction was happening, it did not occur to us to do rain water harvesting. We also did not feel the need for an extra water source as there was sufficient supply of corporation water.”, said Dr Nagarajan.
Over the next few years, the city limits extended several kilometres south. Increased population had its impact on water consumption and water started becoming precious. As a safeguard, people started digging wells and bore wells in their compounds. Dr Nagarajan too tried to get a bore well dug. While drilling into the earth, pebbles started getting extracted after just a few metres and the loose soil gave way. The bore well idea had to be abandoned and Dr Nagarajan incurred a loss of a few thousands of rupees.
Water shortage apart, the monsoons created havoc in parts of Bangalore because the rain water had no where to go. Low lying areas were getting flooded and water entering people’s homes was not uncommon. It still happens.
In 2007, the Bangalore Water Supply and Sewerage Board (BWSSB) started encouraging people to do RWH in their houses. New constructions had to mandatorily show it in their plan before they received permission to build. For existing houses there were no mandatory requirements until the BWSSB Amendment Act of August 2009. According to the Act, RWH was made mandatory – Every owner or occupier of a building having sital area of 2400 sq ft and above or every owner who proposes to construct a building on a sital area of 1200 sq ft or more, shall provide a rain water harvesting structure for storage for use or for ground water recharge. The deadline given was 27thMay 2010. It was mentioned that if people failed to implement RWH, they were liable to have their water supply turned off. Plumbers were specially trained by the BWSSB to help people in making their houses RWH compliant.
Dr Nagarajan wanted to meet the compliance deadline but he was not sure how complicated implementation would be, given that the house was not designed with RWH in mind. He found a plumber and together they worked out a design for RWH in the house. Dr Nagarajan decided that he would store the water for use so he invested in a 2000 litre tank. The over flow would be directed into the ground for recharge. The terrace catchment area of approximately 1000 sq ft, was generally quite clean and free of leaves so there was no need of a filtration system. Having worked out the plan, it took just a day to do the piping and complete the RWH for the house.
Now rain water from the roof is directed to the storage tank, placed in an area on the roof of the ground floor. From the storage tank, pipes lead down to the ground floor – to the backyard, frontyard and the toilets. The total cost including the cost of the storage tank, in April 2010, was Rs 22,000/-.
Retro-fitting RWH into an already existing house seemed challenging, but turned out to be quite simple.
“We did RWH because it was a requirement of BWSSB but we are happy we got it done because we are conserving water. Rain water is pure. We use the water for washing vessels, mopping, washing clothes, watering plants, car cleaning… all purposes in the house except cooking, drinking and bathing.”, said Dr Nagarajan. “There are no maintenance costs and RWH has reduced the monthly water bill by about Rs 100/-. The satisfaction we get when we use the harvested water cannot be expressed.”
The initial deadline for implementing RWH (27th May 2010) kept getting extended by the BWSSB and the last deadline was 31st March 2012. However, there are still innumerable houses that still have no RWH in place. They don’t know what they are missing! Maybe Dr Nagarajan’s experience will encourage them to do their bit to catch precious water where it drops.
Pics: Dr Nagarajan
Published on the Journalists for RWH blog here.
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Merchants’ Bank of Canada: Millenium Group – 1 West Hastings Street, Vancouver.
This historic building was constructed in the aftermath of the great fire in 1886.
We were retained to put together an affordable programme for upgrading the building. Previous attempts to do this in the 1990s had failed due to excessive costs of seismic and other work.
The agreement with the City of Vancouver permits the original banking hall to be restored and an infill mezzanine provided- forming a new second floor. The attic is also being raised increasing the building height to 5 storeys.
Although the building height is technically increased from three to five storeys, a moderate level of upgrading to 70% of current code requirements was negotiated in conjunction with sprinkler and other improvements.


Installing pipelines or high voltage power cables underground can involve disturbance of soils across many kilometres of the countryside. Soils can be damaged during soil handling and reinstatement, adversely affecting natural ecosystems or agricultural production. Field drains might be severed and need repair or replacement. The impacts can be minimised by careful evaluation of soil and ground conditions prior to installation, development of a soil management plan and careful supervision of on-site operations.
IPSS members from a specialist UK soil consultancy are undertaking pre-construction soil surveys along a 47 km route that will carry the onshore power connection from a wind farm off the coast of Norfolk to a substation inland. The results will be used to develop a Soil Management Plan for the project, and soil conductivity measurements being carried out by the soil scientists will help in design of cable insulation and the risk of soil warming affecting the growth of agricultural crops.


These systems normally include:
- Storage Silo – Sizes range from 8’-0” up to 15’-0” in diameter. Shipping regulations and obstacles determine the limit of the overall width, height and weight of shipments. Factory assembled systems can be shipped as one piece or in sections depending on silo height.
- Storage Silo (field welded) - Sizes range from 16'-0'' to 36'-0'' in diameter. Partially assembled parts, rolled plate and steel structure are shipped to the construction site on standard flat bed trailers.
- Pneumatic Silo-fill pipe and NEMA 4X operator station.
- Dry product level monitoring devices. Continuous level and/or point level indication device(s) are available.
- Roof-mounted dust collector (bin vent).
- Roof-mounted dehumidifier.
- Bin activator or vibrators.
- Rotary lump breaker.
- Volumetric screw feeder with inverter-duty drive motor and variable frequency drive.
- Solution make-down/storage tank complete with all level monitoring devices, agitator, required nozzles, and dust and vapor (D&V) removal system.
- Feed pumps as specified.
- All piping, valves and instrumentation.
- Local system control panel complete with programmable logic controller (PLC) including pre-programmed system logic. All systems are factory tested to the greatest possible extent before leaving the factory.
- Silo systems are provided with ventilation fans, heaters and lighting. Silo skirted interior is insulated.
Chemco can provide skilled field engineers and technicians for startup service and operator training.
Standard warranty period runs 12 months after system startup, not to exceed 18 months from shipment. Extended warranty can be negotiated before the award of a contract. Standard warranty is limited to the supply of parts only. Contact a Chemco representative for additional information.
As an original equipment manufacturer (OEM), all spare parts can be purchased directly from Chemco for any piece of equipment provided within the system
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Green Transportation is a crucial pillar of sustainable mobility
Green transportation, also known as sustainable or eco-friendly transportation, refers to the use of environmentally-friendly modes of transportation that have a reduced impact on the environment compared to conventional methods. As the world grapples with climate change and environmental degradation, adopting green transportation has become increasingly vital. This article delves into green transportation, highlighting its significance in promoting a sustainable future by mitigating carbon emissions and preserving the planet’s natural resources.
1. Reduced Greenhouse Gas Emissions:
Green transportation methods, such as electric vehicles (EVs), bicycles, and public transportation, produce fewer greenhouse gas emissions than traditional fossil-fuel-powered vehicles.
2. Energy Efficiency:
Green transportation options are often more energy-efficient than conventional vehicles, leading to reduced energy consumption and lower operating costs. Electric vehicles, in particular, have the potential to leverage renewable energy sources, further contributing to sustainable transportation solutions.
3. Preservation of Natural Resources:
Conventional transportation heavily relies on finite fossil fuels, leading to resource depletion and environmental harm. Green transportation initiatives, such as carpooling, bike-sharing programs, and mass transit systems, promote the responsible use of resources and contribute to preserving natural ecosystems.
4. Enhanced Air Quality:
Green transportation modes improve air quality in urban areas, where vehicular emissions often lead to smog and health issues. By prioritizing electric buses, bicycles, and pedestrian-friendly infrastructure, cities can create cleaner and healthier environments for their residents.
5. Sustainable Urban Planning:
Green transportation is central to sustainable urban planning, emphasizing designing cities that prioritize walking, cycling, and public transit over individual car usage.
6. Economic Benefits:
Investing in green transportation benefits the environment and provides economic advantages. For instance, the development of electric vehicle infrastructure creates job opportunities in renewable energy, manufacturing, and technology sectors.
7. Climate Change Mitigation:
Green transportation initiatives align with global efforts to mitigate climate change. Green transportation is crucial to meeting climate goals as countries commit to reducing their carbon footprints through various environmental agreements.
8. Health Benefits:
Green transportation positively impacts public health by reducing air pollution and promoting active modes of transportation.
9. Resilience to Energy Price Fluctuations:
As the world faces fluctuations in energy prices, green transportation provides a more stable and sustainable solution.
10. Positive Social Impact:
Green transportation is inclusive and accessible, offering mobility solutions to all segments of society, including underserved communities. It enhances social equity and ensures that transportation is available regardless of income or location.


Crusher Fine Estimator In Canada
Appliable Materials: river pebble,calcite,concrete,dolomite,bluestone,coal gangue,construction rubbish,glass,Granite,iron ore,pebbles,green stone, copper ore,limestone,cobblestone,dolomite,iron ore,iron ore,cement clinker,calcite etc.
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We are a professional mining machinery manufacturer, the main equipment including: jaw crusher, cone crusher and other sandstone equipment;Ball mill, flotation machine, concentrator and other beneficiation equipment; Powder Grinding Plant, rotary dryer, briquette machine, mining, metallurgy and other related equipment.If you are interested in our products or want to visit the nearby production site, you can click the button to consult us.
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Senior Security Consultant
I’ve been an engineer in the blast and explosives sector for 10 years. Four years designing bomb disposal equipment for the Ministry and Defence and six years in the construction sector doing security consultancy and blast engineering. This background has given me both hands on experience handling explosives and making bombs (for experimental purposes in the MoD) as well as experience designing the means to detect bombs and protect soldiers, civilians and buildings from their effects.
Working as a blast engineer has given me the opportunity to complete a wide range projects from schools, offices and residential buildings to premiership football clubs, listed buildings and the most secure governmental facilities.
As a member of the CPNI sponsored Register of Security Engineers and Specialists (RSES) I am qualified to work on critical national infrastructure (CNI) and I’m most proud of a beautiful bespoke blast engineered façade which I developed for a major rail station. It was designed to mirror the great existing architecture and similar collaboration with clients, architects and security stakeholders to develop innovative approaches to keeping people safe is what keeps me passionate about my role.


For those of you who own commercial property — a strip mall, hoodpay a duplex, or maybe a few units of apartments — have you thought about liabilities you could avoid through simple and inexpensive fixes? When it comes to the concrete, sidewalks, steps, and entrances to your properties, you can improve the aesthetics of your property by doing a few simple repairs and reduce your liability at the same time.
Consider some of the most redribbonlive used and traveled attributes of your property: the sidewalks, the driveways, and the entrances to apartment buildings, or the sidewalks leading up to the entrance of a storefront. Don’t forget the basketball court, the walk to the playground, and any other areas of high traffic and lots of liability. Is the concrete uneven? Are there concrete cracks in any of these areas? Does water (and thus ice) settle in any of these areas?
Have you ever considered how high your liability is for neglecting these repairs, ristomanager especially as a commercial property owner? A “trip and fall” lawsuit due to uneven concrete driveways or a slip on ice in settled walk areas could cost you tens of thousands or more.
Protect your investment by considering some cost-effective concrete repair. Concrete raising, which is often referred to as mud jacking or slab jacking, is a very effective way to even trips and joints, MATRIX CRACK raise sunken or cracked concrete, re-grade sidewalks to divert water, or repair improper graded patios.
The process is simple:
- A matrix of holes are drilled in the sunken sections of concrete, usually less than 2″ in diameter.
- A concrete grout is pumped under pressure into the holes.
- The grout fills the voids and pushes the concrete back into place and supports it.
- The holes are then patched with airport taxi concrete and smoothed to a less obvious finish.
- Now the concrete is repaired.
One of the biggest advantages to this type of concrete repair is that you can use the repaired area almost immediately. One example is a retail shopping space entrance repair. In most cases, a storefront has specific hours of operation, so any repair that might be done during those hours could hinder or block normal traffic into the business, ร้านลูกโป่ง which can have an adverse effect on a rent-paying tenant. In many cases concrete raising takes less than and hour unlike concrete replacement which can block an entrance for several days.
Concrete raising is a cost-effective way to repair your concrete, reduce your liability, protect your investment, and make happy tenants, all while keeping more of your hard-earned money in your pocket.


Once a major storm or hurricane hits, it is too late to protect a home and property. It is important to plan ahead to limit the damage that can be done by the wind. While some preparations are fairly simple and inexpensive, others require a contractor for installation. Consider the characteristics of the house and building codes required. Consult with local building authorities about building permit requirements.
During a windstorm, wind forces are carried from the roof down to the exterior walls and down to the foundation. Homes can be damaged when wind forces are not properly transferred to the ground.
Roof sheathing (the boards or plywood nailed to the roof rafters or trusses) can fail during extremely high winds or a hurricane if not properly installed. Examine the sheathing inside, from the attic. If many of the nails have missed the rafters, it may be necessary to re-nail the sheathing. When putting on a new roof, make sure the sheathing complies with current recommended building practices.
During high winds, the side walls of the roof (end gables) can be damaged and collapse. Gable bracing often consists of 2x4s placed in an “X” pattern at both ends of the attic: from the top center of the end gable to the bottom of the brace of the fourth truss, and from the bottom center of the end gable to the peak of the roof. Examine this construction inside the attic. Reinforce any gables as necessary.
In some areas, hurricane straps are required. Ask local authorities whether hurricane straps are needed for your home.
The common practice of toe-nailing the trusses or rafters often is not sufficient to hold a roof in place in high winds. These clips or straps are usually very difficult to see from the attic because of insulation. Hurricane straps (made out of galvanized metal) help keep the roof fastened to the walls during high winds. To install hurricane straps and clips, remove the roof sheathing around the perimeter of the roof to reveal the top of the wall. It may be necessary to remove the soffit and exterior cladding to reveal the top 12 to 18 inches of the wall. In addition, if the exterior cladding is a brick veneer, it may be necessary to remove small sections of brick as needed. Hurricane straps can be difficult to install; homeowners should consider consulting a contractor for this project.
Double Entry Doors
Double entry doors should be secured at the top and bottom during high winds or a hurricane forecast. The exterior walls, doors, and windows are the protective shell of the home. If the shell is broken during a storm, high winds can enter the home and put pressure on the roof and walls, causing serious damage.
For each double door, at least one of the doors should be secured at both the top of the door frame and the floor with sturdy sliding bolts. Most bolts that come with double doors, however, are not strong enough to withstand high winds. A local hardware store can help homeowners select the proper bolts. Some door manufacturers provide reinforcing bolt kits made specifically for the doors.
Garage doors on garages attached to homes are potentially the largest, weakest opening of a residential home’s exterior during a hurricane. Garage doors should be properly secured when high winds are forecast.
In situations of attached garages, if the garage door fails, winds can enter the home and blow out doors, windows, walls and the roof. Hurricane-resistant garage doors can usually withstand winds of up to 120 mph. They can be purchased from home improvement stores, but homeowners should note that these doors are expensive and may require a building permit for installation. When purchasing such a door, look for a sticker that gives the pressure rating and wind speed rating.
Older doors need to be retrofitted. To do this, get vertical bracing (often sold in kits). Reinforce the door at its weakest points, putting posts in the opening. Attach U-belts to the top bracket above the garage door. Brackets must be used to attach the U-belt to the door hinges. The metal brace should be bolted to the garage floor to be secured. Strong gauge tracks on either side of the door help keep the wind from pulling the door out of its track. Make sure fasteners are secure enough to hold the track in place.
Installing storm shutters is one of the most effective ways to protect a home from high winds.
Purchase or make shutters for all exposed:
- Glass surfaces
- French doors
- Sliding glass doors
There are many types of manufactured storm shutters available made out of wood, aluminum or steel. During the forecast for a hurricane, if permanent shutters are not already in place, construct storm shutters with 5/8-inch thick exterior-grade plywood.
Source: Federal Emergency Management Agency: www.fema.gov And National Hurricane Center: www.nhc.noaa.gov


Erosion and sloping terrains are common challenges in backyard landscapes. With Corbin Landscaping, transform these challenges into stunning, functional designs. From interlocking retaining wall blocks to traditional options, we provide solutions tailored for every need.
Unlike the common blocks from big-box chain stores, our interlocking blocks are designed to lock together, providing added stability and strength.
Our blocks aren’t just functional, they’re aesthetically pleasing, adding to your landscape's visual appeal.
Interlocking blocks require less upkeep compared to landscape rail ties or lumber walls.
In the long run, their durability and low maintenance make them a more economical choice over other materials.
Our Retaining Wall Services in Brookfield:
Unparalleled Workmanship with Corbin Landscaping
Our team, well-acquainted with Brookfield's landscape intricacies, brings in-depth knowledge and passion to every project. Beyond just constructing walls, we craft landscapes, ensuring every retaining wall complements its surroundings and serves its purpose efficiently.
Schedule Your Consultation Today!
Elevate your Brookfield property with Corbin Landscaping's premier retaining wall services. Whether it's managing erosion, enhancing aesthetics, or adding functional outdoor spaces, our retaining walls promise a transformative experience.
We take pride in serving neighboring locations such as:
Retaining walls exist in 2 different domains: Art and Functionality.
The purpose of a retaining wall is to keep soil, structures, and plants from eroding. Sometimes, walls are installed to allow for more flat space for children to play. Sometimes, they are necessary to support the weight of a driveway or a house.
The Art Form of Retaining Walls:
Retaining walls also act as a centerpiece to a yard that can have as much architectural significance as the building that they surround. Many colors and patterns are available, creating almost limitless artistic potential.
A wall will only retain its value if it lasts. At Corbin Landscaping and Lawn Care, we take the scientific specifications of each retaining wall very seriously. We take the specified amount of stone required for a base layer and add 50% to it. This is just one out of many materials that we "over-install" as a form of insurance for each retaining wall. Each wall is engineered to last lifetimes.
Click on the link below or call us to receive an estimate today!


Stainless steel has become the standard material of construction for many environmental applications, including municipal waste water treatment and management.
Stainless steel piping is used for aeration, transfer, and gas disposal and in the construction of grates, valves, tanks, screens and other equipment provides a much more durable and longer lasting solution when compared to galvanized or painted carbon steel.
Because it doesn’t rust as quickly, the use of stainless steel reduces maintenance and replacement costs associated with less corrosion-resistant materials, in addition to providing a more aesthetically pleasing appearance.
Stainless steel’s versatility as a high-strength, durable material which provides ease in forming and welding is of great benefit during equipment assembly, installation, maintenance and repair. Using stainless steel also eliminates metals as a source of water contamination.
Our team has many years of experience fabricating stainless steel components for use in environmental and waste water applications including:


Top Contractor Solutions
for Premium Asphalt Paving
CPE, Inc.’s asphalt paving services include but are not limited to the following:
Full Depth Reconstruction and Asphalt Patching
We can remove your broken and deteriorated parking lot, stabilize your sub-base, replace your stone sub-base as required and furnish and install certified hot mix asphalt and re-stripe your lot.
Asphalt milling/scarifying is the method of removing the old asphalt prior to installing the new asphalt. We have state-of-the-art milling equipment made specifically for this type of work and can perform this.
Line Striping and Pavement Marking
Nothing can ruin a great paving project like a bad line striping job. This is why we take pride in guaranteeing total satisfaction with every facet of your asphalt paving project by handling line striping and pavement markings too.


Themed with “City NEXT: Iteration of China’s Emerging Cities in New Era”, 2018 “BMW Next Mobility Youth Camp” is launched to explore innovative mobility conceptual designs on emerging cities with young talents, aiming to provide inspiration and reference for the urban regeneration and transformation towards future mobility.
Founded in 1996, Shenzhen High-tech Industry Park (SHIP) has promoted the agglomeration of high-tech enterprises and the advancement of technology. With the reform and opening up and the rapid development of China’s economy, a number of domestic industry leaders and even world-class enterprises have been spawned. However, with the continuous development of the SHIP, the constraint of inadequate transportation infrastructure began to appear. At the same time, with the emergence of novel mobility options such as Didi, Mobike, and on-demand buses, transportation infrastructure in the Southern District of SHIP can no longer meet the needs of the new mobility modes.
The purpose of this Camp is to explore how to promote the evolution of mobility in the built areas of emerging cities. With the trend of future mobility concepts and technologies, participants will devise innovative future mobility conceptual plans, applying the frontier technologies and ideas to improve the mobility conditions and efficiency of SHIP. The goal is to provide world-class enterprises in the SHIP with world-class mobility produces and services, and to help the area stay competitive globally in the future.
Conceptual plans of various types are accepted as deliverables, including mobility products and technology design, mobility-related business model development, and/or urban design that affects mobility choices. The target of the design can be either large or small. All conceptual plans shall be forward-thinking, and integrated with future mobility concepts and technology, and at the same time, take consideration of the current development of SHIP so that it is balanced with feasibility. The following are topics as reference.
- Demonstration and application of cutting–edge transportation technology
- A world-class image and world-class mobility solutions
- Detailed design and management
- Interdisciplinary approach, integrated design of transportation, architecture and landscape


The freshman legislator launched an online survey through his office website designed to gauge input from constituents on what the proper course of action is to fix and improve transportation routes statewide. During his State of the State address, Snyder proposed major increases in gasoline, diesel and vehicle registration taxes to fund $1.2 billion in road repairs.
Kesto has yet to endorse any proposal and said he needs to hear from constituents in West Bloomfield, Commerce, Wixom and Wolverine Lake first. The survey closes on March 15.
"The Legislature is trying to come up with innovative and cost-efficient ways to address the problems of Michigan's crumbling roads and bridges," Kesto said in a statement. "Our roads are in immediate need of attention, and ... the best way to identify that solution is to ask people who drive on the roads and bridges on a daily basis."
The survey results will be shared with the Michigan Department of Transportation and local road officials to help determine priorities and how comfortable residents are with plans to fix the problem, he said.
Those unable to take the survey online may give their feedback by contacting Kesto's office at (517) 373-1799, or via e-mail at KlintKesto@house.mi.gov.


Allow for the Track & Rail
It is important to always include an extra 30mm-35mm for the track and rail. Especially before you build the support frame. Whether you choose the 2000mm, 2200mm or 2400mm height options.
Lets build a support frame
In the following example, the height of the ceiling is 2300mm. In this scenario there are 3 options to choose from:
- Use our 2000mm sliding wardrobe doors. Allowing for the Track and Rail, the required height is 2030mm. A frame is required and end panels will need to be installed to cover the 270mm gap at the top.
- Use our 2200mm sliding wardrobe doors. The required height is 2230mm. Therefore, a piece of 70mm timber will need to be fixed to the ceiling prior to the track installation.
- Use our 2400mm sliding wardrobe doors. The doors will need to be cut to the required height. This will require no extra timber work and the doors will go from floor to ceiling. If the total height is 2300mm, the doors must be cut to 2270mm. This is to allow for the extra 30mm for the Track and Rail.
Lets dive further
To dive further into a framework example, we will go for 4 x 2000mm doors with a width of 650mm. We will need to build a frame as combined height taking into account the track and rail is 2030mm. We will need to reduce the total height by 270mm.
All measurements are important when it comes to constructing a framework. If the desired depth is 600mm then it is important to move the guideline to the front by 30-50mm. This allows for some extra space for the top track.
Once measured and marked it is time to cut two lengths of timber, to fit between the two walls. 2400mm in length for this example. It is of course possible to join two or more pieces of timber if they are shorter than the available opening width. 2”x 3” timber is perfect for building the framework.
Now it’s time to measure and cut the short timber pieces. Recommended distance between the short pieces is a maximum of 100cm (1000mm). For a 2400mm opening width, 4 pieces will be required.
The length of the short timber pieces will always depend on the gap that will be above the doors.
Using the screws, the next step would be to fix all of the short pieces to one long timber.
The framework should now be complete!


LIVINGSTON COUNTY, KY — Members of the public will be able to watch as the final truss is placed for the new New U.S. 60 Cumberland River Bridge at Smithland. The Kentucky Transportation Cabinet says the public viewing area will be open Wednesday morning to allow folks to watch crews in action.
The public access viewing area is at the north end of the new bridge. It’s immediately across from the Livingston County Fairgrounds, and parking will be available along the new paved approach to the new bridge. KYTC says to look for personnel who will be providing directions on site.
Those who wish to watch as the final truss is lifted and placed are advised to bring their own lawn or camp chairs, water and sunscreen, and KYTC says folks should also be prepared for the warm temperatures expected Wednesday.
The public access viewing area will be open from 8 a.m. to 4 p.m. Wednesday.
KYTC says the schedule for Wednesday is as follows:
- At 7:30 a.m., the truss lift will resume.
- From 10 a.m. to 11 a.m., the truss will be moved above the main piers.
- From 11 a.m. to 12 p.m., the truss will be lowered into place.
- At 1 p.m., personnel will begin dismantling the jacking towers to allow the flotilla to move away from the bridge.
KYTC says one-lane traffic with alternating flow controlled by an automated signal will continue on the existing U.S. 60 Cumberland River Bridge at Smithland, and delays are likely to occur during peak travel periods.
Read More: Public will be able to watch Wednesday as final truss is placed on new U.S. 60 Cumberland River


Damen Shiprepair Harlingen is located in the northern part of the Netherlands, in the city of Harlingen. Dating back to 1600, the shipyard has one of the longest histories in the group. It is easily accessible through the Wadden Sea without any obstructions such as locks, bridges or tidal restrictions, up to a guaranteed draft of 7.5 meters.
The yard can accommodate vessels up to 120 meters with the added benefit of a shiplift at their disposal, thus offering the possibility to dock several vessels at the same time.
Damen Shiprepair Harlingen is equipped with a shiplift (up to 120 m). With the ability to move vessels on to the spacious quayside, the yard can work on several vessels in dry conditions at the same time. Also, for more extensive repairs and conversions, the yard has two covered repair halls.
Berth Length Max draft Cranes CranageBerth A 100 m 6.5 m 1 4>22 tBerth B 80 m 8.0 m 1 4>22 tBerth C 100 m 8.0 m 1 4>22 tBerth D 120 m 6.5 m Berth F 120 m 8.0 m Berth G 90 m 8.0 m 1 200 tBerth H 100 m 8.0 m
Cov. Blasting / Painting Hall Length Beam Max draft Cranes CranageCovered Blasting / Painting Shed 2 90 m 20.0 m 34.0 m 1 2x5 t
Conversion Dock / Hall Length Beam Max draft Cranes CranageConversion Dock / Shed 1 145 m 30.0 m 35.0 m 1 2x100 t
Covered Repair Hall Length Beam Max draft Cranes CranageCovered Repair Shed 3 80 m 20.0 m 24.0 m 1 4x25 tCovered Repair Shed 4 70 m 20.0 m 12.0 m 1 2x16 t
Repair Platform Length Beam Cranes CranageRepair Platform 185 m 60.0 m 1 3>12.5 t
Shiplift Length Beam Lifting capShiplift 120 m 20.0 m 4,500 t


Ivlev Ltd. is a company engaged in engineering and construction. The company is a registered contractor, and is registered with the Contractors Association. The company is managed by Moshe Ivlev who has previously performed many management and execution roles in several of the largest construction companies in Israel and in the largest and most luxurious projects built in the country. The company employs a qualified, professional and reliable engineering team with extensive experience in private and public construction. Ivlev Ltd. was established with the aim of providing a comprehensive and reliable solution to customers in the field of construction.
The company is engaged in two main areas - project management and construction supervision, and the provision of construction services in the private and public sector, while maintaining the most stringent safety rules. The company insists on providing the best service while providing reliability, professionalism and the use of the best materials. The project management of the company concentrates on the construction of detached houses, villas, cottages, renovation of houses and apartments, offices, showrooms, restaurants and more.
054-801-2959 moshe ivlev


Whether the issue is in the sewer pipes, storm drains, HVAC drains, or potable drinking water lines, our accomplished experts can settle it. We’ll investigate, clean, and restore your pipeline system utilizing our proven safe technologies, without destroying walls.
Blocked, damaged, or root-intruded pipes are cleaned with our hydrojetter or mechanical cleaning tools to get the pipe back to its original shape and diameter.
An epoxy-saturated liner is pulled into place through existing access points such as a toilet or a roof vent and an internal rubber bladder is inflated, pressing the epoxy saturated liner against the existing pipe wall.
The epoxy cures in a few short hours, then the bladder is deflated and removed, leaving behind a new, clean, and seamless “pipe within a pipe.”


Being a company that is ready to work not only within our
comfort zone but beyond we are currently active in the North
West Region, the Western Region and the Eastern Regions of Cameroon with the following projects ongoing:
Rehabilitation of rural roads under the Ministry of Agriculture and Rural Development in the Western Region in Six Lots, financed by the Islamic Development Bank.
Rehabilitation of rural roads under the Ministry of Agriculture and Rural Development in the Eastern Region in two lots, financed by the Islamic Development Bank.
Biannual works of tarring of the road Cow-boy Junction to former Council Junction under the Bamenda City Council.
Development of 292 Hectares of Swamp Rice Land and construction of irrigation structures in Mbonso in the North West Region.
Rehabilitation of 500 KMs of access/feeder roads for the Livestock and Fisheries Development Project (LIFIDEP) in the North West Region.


The last one is what locals are most thankful for, because even though Denmark receives heaps of snow in the winter, it is a generally geographically flat, preventing it from being ideal terrain for ski and snowboard enthusiasts. 2016 was a watershed year for sustainable building projects, with incredible designs popping up around the world. It's sustainable design features include adjustable. by Aria Thakur | May 13, 2019. Beneath the wintertime fun, 440,000 tons of waste is yearly converted by furnaces, steam and turbines into clean electricity and heating for 150,000 nearby homes. An office complex, Suzlon One Earth is LEED Platinum Certified and incorporates “office garden” throughout the premises. Vancouver Convention Centre West. If you’re building within or for a community, it’s important that you chat with locals to get their inp… In honor of Earth Day, we have complied a preview of the top ten most sustainable exemplars of U.S. architecture selected by the American Institute of Architects (AIA) and its Committee on the Environment ().Each project featured will be honored with a COTE Top Ten Award for “sustainable design excellence” at the 2014 National Convention in Chicago. #7 Oasia Hotel In Singapore Image Source: Architectural Digest. The world's second tallest building at 2,073 feet, Take a video escape to a dreamy and passionate Shanghai. Sustainable Architecture: main page image from architects. Oct 20, 2020 3:17:39 PM Museum of Tomorrow, a leading example of sustainable architecture in Rio de Janeiro. One side looks like a regular commercial building, but the other is something straight out of your Hanging Gardens of Babylon fantasies. Architects take the site landscape, energy management, and stormwater management into consideration when planning, and then use environmentally friendly systems and building materials during construction. Little did they know that the building at the second place is nothing to be overlooked. The innovative Eastgate Centre takes a lesson from one of Africa's most successful engineering groups -- termites. Vancouver Convention Centre West is an urban oasis in bustling Vancouver. Architekt Photo by: Salih Usta. It is evident that green plays a vital role in architecture, and we are all familiar with iconic examples of landmarks adorned with greenery. Underground concrete tubes were installed to bring in cool air via a heat exchanger. When using this much of any given material, it’s important to consider quality in addition to the carbon footprint. A megaproject envisioned to make a better life for all, Eden Project is a public attraction situated in Cornwall, UK. Located in the heart of the largest city in China, the recently opened museum aims... 2. Sustainable architecture is architecture that seeks to minimize the negative environmental impact of buildings by efficiency and moderation in the use of materials, energy, development space and the ecosystem at large. Instead, Pearce combined traditional Zimbabwean masonry with design techniques that termites use to keep their mounds at a constant temperature. 10. Constructed in 1978, this approximately 150,000-ft 2 (45,500-m 2) complex is a meandering S-curve of 10 buildings, each offering different orientations and views of gardens. From using renewable energy sources and … The Pixel Building shows how "green" can be a multicolored affair. One must say, Apple’s latest HQ is the ultimate architectural achievement for how the campus of a visionary company should be designed. The Americans are also forerunners in building green buildings so it is no surprise that they took things up a notch when they built Phipps’ Center For Sustainable Landscapes (CSL) in Pittsburgh. The Edge got an enviable sustainability score of 98.3% from the. Its exterior lights are powered by 270 wind turbines that incorporated into the façade. "Green architecture is a topic of high importance for all of us, as it should be considered one of the vital steps towards a sustainable development for our existing society. Reaching a staggering 239 metres, the futuristic twin towers of Bahrain World Trade Center are strategically positioned to capitalize on the nation’s desert winds. Everything is planned thoroughly to ensure the structure’s sustainability. Shanghai Natural History Museum. Sustainable architecture uses a conscious approach to energy and ecological conservation in the design of the built environment. Standing at 632 metre high, Shanghai Tower is both an architectural wonder as well as a sustainable one. The result? 7 Great Examples of Sustainable Architecture. Global Built Environment articles welcome, with an architectural focus. In the era of climate change, do the current standards of environmentally sound building practices—developed in the late '90s—still hold up? It uses low-flow water system that effectively lessens its water consumption by 30%, saving roughly 7.4 million gallons of water each year. These examples prove that sustainable architecture is not only good for the planet, but it can be beautiful as well. An open-air garden sits atop the retail portion of Robinson Tower. It is estimated to save 80% energy compared to traditional lighting. So yes, the claim is definitely bona fide—this Miller Hull-designed six-storey building has even got a Living Building Certificate. In general, sustainable architecture refers to buildings that have been designed to limit the human impact on the environment. 9 Best Examples of Sustainable Architecture Projects Bullitt Center. The Pixel Building shows how "green" can be a multicolored affair. Biosciences Research Building (Galway, Ireland) Biosciences Research Building (BRB); Galway, Ireland/Payette and Reddy Architecture Urbanism. Sustainable Architecture: 4 Amazing Examples of Green Buildings. What does the Future of Sustainable Architecture Look Like? Dominique Gauzin-Müller. Other examples of successful sustainable architecture projects in Europe are The Edge in the Dutch capital Amsterdam, the award-winning Bosco Verticale in Milan, Italy and the Eden Project in Cornwall, UK. Loaded with podiums and tracks for trees and other plants, the design also maximizes the amount of available natural light coming in, which reduces artificial lighting costs. The campus includes a central, ring-shaped building that runs completely on sustainable energy harvested by the solar panels that capped the spaceship-like megastructure. But not all the action is on the roof. When it... One Central Park (Sydney, Australia). So, here is a list of 10 of the world’s most sustainable office buildings and a brief on the techniques they have adopted to enhance performance, reduce energy consumption, and provide a healthy working environment. The Pritzker Architecture Prize-winning architect behind the Louvre Abu Dhabi and Philharmonie de Paris is widely renowned for his groundbreaking work in sustainable design. There are both active and passive components of sustainable architecture. One Central Park features vertical gardens on the facade. Fukuoka residents were livid about losing their last public green space in the center of town, so architect. Sustainable architecture uses a conscious approach to energy and ecological conservation in the design of the built environment Sustainability - Meeting the … Opened in 2013 on Earth Day, this office located in Seattle, Washington, is infamous for being zero-energy building. Greening the City, exhibition at the DAM in Frankfurt. New-age structures that tackle current and future environmental problems are increasingly in demand in this country that aims for 100% … The world had resounded the idea of sustainability since decades ago when climate change became a widespread concern. Green buildings: 18 examples of sustainable architecture around the world Pixel Building (Melbourne, Australia). Designed by PLP Architecture firm, this office refrains traditional electric lights and embraces LED technology powered by what they called “digital ceiling”. Sustainable architecture is a term vague enough that it can encompass many different building typologies and ideologies. Examples of sustainable architecture for the future 1. The House of Wood, Straw and Cork is an eco-friendly residence in the Italian countryside . See more ideas about sustainable architecture, architecture, green building. Sustainable architecture has become very common, today, and the newly developed technologies to enhance it are in continuous and rapid development. Acclaimed for its innovative and sustainable concepts of design, Denmark has seen the rise of ground-breaking architecture especially over the last decade. Green buildings: 18 examples of sustainable architecture around the world, There are a lot of ways to size up buildings, whether by measuring their height, comparing styles of. The Edge is an app-controlled green building situated in Amsterdam. Shanghai Tower's graceful spiral is a site to behold -- and its relatively low energy bill is another. On top of that, the roof's sloping shape also assists with water drainage and the distribution of seeds. The sustainable architecture design for Apple’s new headquarters was designed by the Pritzker Prize-winning architect Norman Foster. The Edge. Natural comfort all year long and lower costs for tenants. The skin of the building is made of solar panels. This incredible boutique hotel in Singapore is a prime example of sustainable architecture meeting high design. By following sustainable principles, architects are able to create environmentally sound and energy … Some contemporary examples of sustainable architecture 1. So what's creating the buzz? The Best of Livegreenblog Sustainable Architecture 2020. At the end of 2010, the Eden Project was granted permission to build a geothermal electricity plant. The world needs more sustainable design and architecture firms that are willing to take risks and create projects with the environmental considerations at its core. Sustainable architecture searches for methods to lessen the adverse environmental burdens of buildings by efficiently and moderately using materials, energy and space. It features a 15-storey atrium, which connects its interior space to the outside world and reflects a contemporary working environment. This is also the time to check on local authority regulations and requirements or meet with relevant persons to discuss your particular project. 2. For starters, four hives of European honey bees have been installed to pollinate the roof's plants and grasses, which in turn help reduce heat build-up in summer and retain it in winter. It is estimated to generate 4MWe, sufficient to supply Eden and approximately five thousand households. Termites -- those notorious chewers of wood and destroyers of homes -- are the design inspiration for one of Africa's most remarkable green buildings. The effect is "one of the most intensive living green facades ever realized," according to Skyscrapercenter.com. Award-winning architecture practice 3DReid had flexibility in mind when they designed One Angel Square. CopenHill is an eco-friendly power plant that incinerates waste to generate electricity. The NMB Bank headquarters in Amsterdam, the Netherlands, is an example of sustainable architecture. No wonder this building got 98.3% in British rating system Building Research Establishment Environmental Assessment Methodology (BREEAM)—the highest score to date. Slow Food Pavilion: sustainable food and architecture for Milan Expo 2015. Open Rainscreen. Temperatures inside are controlled by pumping cooler and warmer water from different altitudes in an aquifer. Catalan architect Antoni Gaudí famously stated that “those who look for the laws of nature as a support for their new works collaborate with the Creator.” Embracing this philosophy, pioneering architects are showing how nature-inspired building design can fundamentally transform humanity’s relationship with the ecosystem and reduce energy consumption. Designed by Foster + Partners firm, the 708,200 sqm complex was Steve Jobs’ vision that he got when he walked through London’s Hyde Park. 20 Most Sustainable and Green Building Examples From Across the Globe. Oasia Hotel (Singapore) The WOHA-designed Oasia Hotel in Singapore is a prime example of sustainable architecture meeting high design. The Edge, located in Amsterdam, is a model of sustainability.is billed as the world’s most sustainable office building and has the certification to prove it. Charleston sustainable architecture by Wagner. What makes architecture sustainable varies widely and can include anything from a building which is constructed entirely of recycled materials to being one which is powered completely by the sun. Some of the project is built over the water on piles (columns) that help support a marine ecosystem that includes native crabs, salmon and shellfish. Passive strategies involve designing something that’s efficient enough to provide an advantage without added effort or energy; for example, room designs that allow for passive ventilation, heating or cooling. The innovative city that brought you the Sydney Opera House also thinks green -- take, A park at the foot of the building literally continues up the structure, as vegetation of, Its hovering cantilever, which holds the taller tower's most luxurious penthouses, is a design marvel. Feasible or Sustainable architecture in Africa is finding new ways to cut costs, take lessons from traditional building methods, conserve energy, promote reuse and still remain relevant. The Past, Present, and Future of Sustainable Architecture. 5 Outstanding Examples of Sustainable Design Around the World 1. Workers can even adjust their window blinds with the app. Whether they adopt new technologies or opt for traditional solutions, the results are always aesthetically pleasing, and it all keeps down the impact of the building industry on our planet. Inside, the stylish furniture are made of recycled waste pallets. The following are common green architecture techniques, elements and considerations. Thanks to these measures, the tower receives a platinum LEED certification for using significantly less power than most skyscrapers would. In the architecture world, sustainability means limiting the environmental impact of buildings by implementing energy efficiency, using sustainable building materials and establishing proper waste management. Springer Science & Business Media, Jul 1, 2002 - Architecture - 255 pages. The Edge is an app-controlled green building situated in Amsterdam. Outside, the building exterior is clad with solar panels to generate electricity. The tower, which has LEED platinum certification, comes with another important bonus: It's built to withstand a major earthquake, a vital consideration in the quake-prone city. Bosco Verticale translates to Vertical Forest. The terraces not only look gorgeous, but also moderate the building's temperature and support insects and birds. Opened just a few years back in 2017, the multipurpose project was commissioned to Bjarke Ingels Group (BIG), where genius young architect Bjarke Ingels is the founding partner and creative director. 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A new video showing the progress of the work along the 12-kilometre $620 million highway connecting Manawatū and Tararua has just been released.
The drone footage, released by Waka Kotahi NZ Transport Agency, takes viewers from the western access at the Ashhurst end of the Manawatū Gorge to the Woodville plains.
The highway, called Te Ahu a Turanga, includes the construction of six bridges and works involving six million cubic metres of earth.
Waka Kotahi’s video comes with a commentary by project engineer Chrissy Reid who described some of the challenges.
* Shared pathway improvements proposed for Ashhurst
* Moa bones found during Manawatū highway build date back at least 180,000 years
* New gorge highway project alliance wins diversity award
For example, she spoke about the challenges of the wet conditions in Zone Three at the top of the hilly range.
“It’s in a gully at the top of a hill, and it’s really wet, so we’ve spent a lot of time this winter getting some culverts in there and a few stream diversions just to set us up to try to get some great progress done in the summer months.”
Reid talks about features such as Cut 28 which was the deepest cutting in alignment 61m from the top to the sub grade of the road.
“There some really cool geology in this area (Zone 4). You can see it’s a blue -grey colour, what we call the papa material that’s over 5.3 million years old.”
Work was well under way on a new bridge over the Manawatū River at the western end of the gorge.
About 300-350 people were working on site each day and there were more than 150 pieces of machinery being used.
Workers were planning to plant two million trees and plants in the project area.
The road was designed so that cyclists and walkers would be able to safely travel the route on a shared path.
The project was aimed to completed by December 2024.
State Highway 3 through the Manawatū Gorge has been closed since severe weather in April 2017 caused slips that damaged the road.
Continued instability at the Kerry’s Wall site has closed the gorge indefinitely.
Traffic travelling between Tararua and Manawatū has been using the Pahiatua Track which traverses the northern end of the Tararua Range, or the Saddle Road which cuts across the southern end of the Ruahine Range.
The new highway is located to the south of The Saddle Road.


May 23, 2014
Robert B. Tierney, Chair
New York City Landmarks Preservation Commission
1 Centre Street, 9th Floor, North
New York, NY 10007
Re: Jarmulowsky Bank Building Certificate of Appropriateness Application
Dear Mr. Tierney:
I would like to convey Lower East Side Preservation Initiative’s enthusiastic support for the proposed reconstruction of the corner cupola at the Jarmulowsky Bank Building at 54 Canal Street in Manhattan.
The cupola, with its temple-like colonnaded perimeter and ornate dome, was one of the most important original architectural features of the building. The cupola's placement at the corner of the building overlooking Canal and Allen Streets made the building a highly-visible and distinguished landmark and gave it an unmistakable presence which the cupola's removal greatly reduced, to the detriment of the building itself and to the important Lower East Side streetscape of which the building is a part.
We also ask the LPC to work with the applicant to relocate / reduce the size of rooftop additions as much as practicable to ensure that they do not detract from the building’s architecture.
Britton A. Baine
Chair, Architectural Design Review Committee
cc: Richard Moses, Lower East Side Preservation Initiative


- Issue Time
The RFID garbage management system can make the management of sanitation vehicles clear and simple, greatly improve management efficiency, work efficiency, and reduce management costs.
With the rapid development of urban construction. Optimizing environmental management and services has always been an important project in people's daily life. By introducing new information technology to build a smart city, people's living environment can be improved. However, municipal waste management is an important issue in smart city construction. And development faces many challenges. With the implementation of UHF RFID technology, urban waste management can help smart cities develop faster.
Intelligent sanitation management combines computer technology, wireless network technology, GIS geographic information technology, and GPS status technology. RFID technology, as well as video surveillance technology, to realize the central information management system. Therefore, the entire process of sanitation work effects, sanitation work vehicles and facility supervision can be controlled. And sanitation work problems can also be effectively solved.
At present, there are some problems in municipal waste management
1. Unable to understand the number and distribution of trash cans, resulting in untimely garbage management and high labor intensity.
2. Garbage cannot be cleaned up in time on the day, causing environmental pollution.
3. Garbage collection does not go as planned, there are always omissions.
RFID Waste Management
Paste UHF RFID tags on trash cans by installing UHF RFID readers on garbage trucks. When the garbage truck starts loading and unloading garbage. The UHF RFID reader on the truck reads the UHF RFID tag on the trash can. The RFID reader obtains the runtime and tag information and uploads it to the server. This means that the trash can has been emptied within 24 hours and the system will display green. If the server does not receive the tag information after 24 hours, it means that the trash can has not been cleaned, and the system will display red.
For simplicity, there is the following process.
1. Put RFID labels on the trash cans. Ordinary RFID tags are attached to non-metal boxes, and metal RFID tags are attached to metal boxes. Only RFID tags are attached to each trash can
2. Install the UHF RFID reader on the sanitation vehicle. The RFID reader is installed on the sanitation vehicle, which can read the tags on each trash can or trash can and count the working conditions of each vehicle.
3. Install a GPS tracker on the sanitation vehicle. GPS trackers are used to track the location and route of each sanitation vehicle.
The RFID waste management system can make the management of sanitation vehicles clear and simple. And control the operation of the truck in real time. Greatly improve management efficiency, work efficiency, and reduce management costs. The timely disposal of garbage is not only an affirmation of work. At the same time, it also enhances the image of the city and realizes scientific information management.


We were very happy to work alongside the guys from South East Water’s Leakage and Asset teams at our 3rd Hackday.
Our 3 teams in Data Science, Simulation and Optimisation worked in close collaboration, developing solutions to help improve SEW’s leakage and maintenance activities. The simulation team created an agent-based simulation in AnyLogic, answering the question of how to improve the operational performance of maintenance gangs. The data science team, building on our fault-forecasting work with Rolls Royce, used machine learning to prove the concept of forecasting burst events from flow and asset data. The optimisation team built a mathematical model in AIMMS to optimise the scheduling of maintenance teams.


We had constructed a check dam on Shilli stream during 2008 which conserves water and recharges a natural spring underneath. This natural spring is a source of drinking water for Bandh village and RUCHI campus. In hills, the water run off is very high especially during monsoon season resulting in silting of this dam every 4-5 years thereby reducing its catchment, water seepage capacity and damaging flood control measures. Volunteers will assist in renovation of dam, removing fresh water spring, filter and tank. It involves 3-5 hours silt, putting dry stone wall for protection, Cleaning of hard physical work every day
Volunteers will stay at RUCHI campus on twin/triple sharing basis. Bed and beddings are provided. Simple basic amenities will be available, bringing personal sleeping bag is desirable. Asian squat type toilet & English WC with hot and cold showers are available. Our cook will serve authentic Indian vegetarian meals.
Shilli stream near Bandh village. Ruchi campus is located near Bandh village. It is 30 km from Kalka and 60 km from Chandigarh. Bandh village is small and hilly located in interior mountainous area and the volunteers will have a unique opportunity to live with nature in a peaceful environment.
Self organized city tours and excursions. Old Sikh and Hindu temples in the near vicinity can be visited. Nearby Chandigarh city with internationally known Rock Garden is a tourist attraction. A visit to Shimla will offer an opportunity to see high Himalayan Mountains.
RUCHI – an NGO committed to sustainable development since 1983
Volunteers who do not mind getting their hands dirty for an environmental cause are more than welcome.
RUCHI’s efforts since its inception has been on initiating community development actions in harmony with preserving and protection of natural resources (Soil, water and Land). This project focuses on protecting water conservation structures created by us to increase ground water table, soil moisture content and recharge fresh water spring providing drinking water to nearby village


Universal support in various industries in some of the MORE IMPORTANT APPLICATION BAR! One, the stand supports, applies in the exhibition stand establishment, the stand supports the implement applies in each kind of exhibition stand establishment. Because the booth supporter construction is convenient, the installment cost is low can satisfy together the temporary booth and the permanent booth establishment. It is widely used in the establishment of indoor and outdoor exhibition stands because it is convenient to lay exhibition stands with stand supports and easy to remove. The temporary pipeline under the booth is easy to construct and easy to lay when using the stand supporter. Stone support, used in marble, garden stone laying: After the use of stone support, marble and garden stone in the overhead state, to facilitate the pre-buried pipeline and the later repair and maintenance. After the use of stone support stone surface drainage performance is superior, stone surface no significant water, the role of the whole scene is outstanding. 3. waterscape stone support, applied to the laying of waterscape stone: According to the planning concept and requirements of landscape planners, combining the size and shape of stone support device. The properties of high density polypropylene (HDPP) materials determine the excellent properties of the supports, such as waterproof, anti-aging, service life, etc. . It is widely used in landscape fountain, Shallow Water Fountain, Water Curtain Wall, etc. . The waterscape proppant is beneficial to the laying of water pipes, lights and other pipelines in Waterscape, together with the installation and maintenance of pipeline construction. Four, timber support, applied to wood flooring, landscape anti-corrosion Wood laying: suitable for all kinds of shapes, large and small wood flooring and landscape anti-corrosion wood laying. Because of convenient construction, low cost of installation, convenient maintenance, easy to lay all kinds of pipeline under the floor and anticorrosive wood, pipeline repair is easy to be recommended by many landscape planners.