Sentences with phrase «aqh drainage structures»

Pseudoexfoliation glaucoma occurs when there are flakes of material at the edge of the pupil, on the lens, in the drainage structures, and throughout other structures primarily in the front of the eye.

Green roofs can be modular systems (typically arrays of trays containing all the vegetation and necessary drainage structures), or they may be permanent designs grown directly on the rooftop.

Highlights of Relevant Experience: Demonstrated expertise in underground construction including deep trench excavation, steel sheeting, piles driving, reinforced concrete footings, deep sewer manholes, drainage structures and storm pipes.

Develop annual divisional budget, and oversee complete signage and maintenance of City streets, roadways and drainage structures.

Ten years of engineering experience as a Civil Highway Engineer / Project Engineer, with working knowledge of horizontal and vertical design, typical sections packages, cross sections generation (roadway and drainage structures), pavement marking, earthwork, utilities coordination, right of way, quantities, final plans submittal preparation, RFI solving, post design revisions, exhibits and proposal preparation for FDOT, Turnp...

Not exact matches

Other important structures to be inspected under this section include the railings, decks, windows, doors, surface drainage and trim.

The location of a two - story recreation center on 53 acres south of LaPorte Road was tweaked so the structure wouldn't block the view or interfere with the drainage of a stand of old - growth oak trees.

He listed some of the areas where properties were erected on drainage channels to include Illubirin, Dolphin Estate, Osborne Foreshore Estate, Ikoyi, Osapa London, Ikota, Ogombo, Lekki, among others, noting that the massive investment of public fund into drainage clearing and de-silting had been compromised by structures hindering the free - flow of water.

During excavation to demolish the old pool, it was discovered that the drainage design in the original plan did not go deep enough to deflect groundwater away from the pool structure.

The islands, or «polders,» are still protected by embankments — but, the study notes, those earthen structures also cause elevation loss, along with poor drainage and other problems.

Any hindrance of a structure in the upper chest region especially prevents the drainage of toxins accumulated throughout the body.

School grounds should be inspected for potential hazards such as: • Verandah poles outside doorways, in thoroughfares or in situations where students are unlikely to see them, especially while running; • Steps and changes in level which are poorly proportioned, difficult to see or lack handrails; • Fencing, gates and railings which students climb and which have structural problems, sharp protrusions, splinters or other hazards; • Trip hazards at ground level — protruding drainage pit covers, irregular paving, cracks or tree roots in thoroughfares, broken off post or other remnants of old structures; • Loose gravely surfaces on slopes and where students run; • Slippery patches which may stay damp in winter; • Rocks which students can fall onto or throw around; • Embankments which students can slip down or which have protruding sharp objects; • Blind corners in busy areas; taps and hoses which are positioned where students play or walk; window glass at low levels through which students could fall; • Holes, cracks or exposed irrigation fixtures in ovals; • Trees or shrubs with poisonous parts, sharp spikes or thorns or branches at eye level; • Splinters and deteriorating timbers in seats, retaining edges and other wooden constructions; • sSeds or other areas with hazardous chemicals or machinery to which students have access; rubbish skips which students can climb into or around, or which place students at risk when trucks enter the school; • Areas within the site used for car parking when students are present; and, • Sporting equipment such as goal posts or basketball rings which have structural or other design or maintenance problems.

Highlights for this Dallas Home Inspector include: Stairways, Radon Gas Testing Services, Walls (interior And Exterior), Home Inspection, Fireplace / chimney, Grading And Drainage, Pool & Spa Inspections, New Construction Inspections, Roof Structure And Attic, Drainage Issues, Home Inspection Services, Windows, Radon Testing, Doors, Flower Mound Pest Inspections, Mold Testing, Balconies, Foundation, Attached And / or Abutted Porches, Termite Inspection Services, Ceilings And Floors, Structural Systems, and Roof Covering Materials.

The drainage portion of the system consists of several important structures collectively known as the nasolacrimal apparatus (NLA).

Work will entail distributing approximately 200 cubic yards of fill materials onto the trail surface, and constructing a small low water crossing structure to allow passage over a drainage ditch.

The foundation walls were reinforced with more waterproofing, the structure's drainage system was redesigned, and a «mobile flood barrier system» is available when flooding is imminent.

With newly installed water control structures in the drainage ditches, they are able to control the rate and timing of wetland flooding to facilitate the forestry operations necessary for restoration — truly turning the historical human impact into conservation opportunity.

- 6» gravel base for entire structure, with drain tile across both chambers and extending along the contour (mildly down - gradient) on the downhill side of the structure about 10» or so to provide good drainage;

It recreates soil conditions at grade but optimized for on - structure installations — with a granular drainage layer, a filter layer, an innovative base layer, and an organic, rich intensive top layer.

Deliverable # three will be construction of the water control structures and drainage network to the specifications of the engineers.

But a truly efficient green roof requires a dedicated design to ensure proper drainage and healthy vegetation without compromising the underlying roof structure, as well as a growing medium that is more stable and lightweight than normal soil.

The factors which he did regard as relevant were: (i) the complete change in the structure of the channel; (ii) the change in the route of the channel; (iii) the change in the nature of the flow; (iv) the fact that the channel was used for the drainage of buildings and yards appurtenant to buildings; (v) the fact that many tributary conduits were themselves sewers properly so called; (vi) the description given to the channel in documents from 1951 onwards; (vii) the capacity of the channel; and (viii) the occasional presence of foul sewage in the channel.

The scope of work also covers handling large complex civil infrastructure projects including bridges, elevated concrete structures like grading & drainage, utilities and paving.

I also have many years experience, operating heavy equipment, managing crew, layout & control, installing drainage pipe and structures, water, ductile iron, HDPE, components and utilities.

13 + Years Gulf experience in Designing and Drafting of Office Furniture, Office Interiors Solutions, Storage Solutions, Demountable Mezzanine Structure (Shelving, Racking & Mobile Shelving System) Architectural, Civil and Electro - Mechanical (Lighting, Small Power, HV / LV, A / C, Fire Alarm, Fire Fighting, Telephone, Data, BMS, Plumbing & Drainage) Drawings.

Environmental Engineer — Duties & Responsibilities Trained environmental engineer with experience in industrial and academic settings Oversee development and feasibility study of a new low level chlorine detection method by nanotechnology Direct identification and quantification of sulfate - reducing bacteria (SRB) and sulfur - oxidizing bacteria (SOB) by Real Time Polymerase Chain Reaction (RT - PCR) Lead research for «Control of distribution system water quality in a changing water quality environment» funded by Tampa Bay Water Authority, Water Research Foundation Responsible for analyzing biological parameters and interpreting data from distribution system samples Manage QA / QC and sampling protocol for all biological project samples Compose and organize the entire biological sections for final project reports Develop and verify empirical models relating biofilm density and HPC measurements to water quality Responsible for designing water, sewer, fire, and storm drainage systems for a 3 story building Composed an Operations & Maintenance Manual for drainage systems Drafted full - size CAD blue prints of drainage systems and other structures Proficient in water / waste water treatment, experimental design, and laboratory studies Provide research for a project studying the effects of ultra-filtration on oily waste water Create a full 40 MGD water treatment plant process and design for a fictional city in North China Oversee site and source water selection, water pump stations design, treatment plant planning and pipeline layout Drafted full - size CAD blue prints and composed an Operations & Maintenance Manual Experience with hydraulic modeling and waste water plant design Consistently recognized for excellence in team leadership, project management, and academic study

There are some basic elements the property inspector will pay attention to: • Roof covering, flashing, and structure; • Drainage and waterproofing; • Plumbing and the geyser; • Electrical installations.

They can be small things, like standing water surrounding the house or proper grading drainage away from the structure.

vegetation, surface drainage, retaining walls and grading of the property, where they may adversely affect the structure due to moisture intrusion.

This will help with drainage, soil structure and encourage strong roots.