Unlike corrugated steel pipe, corrugated steel structural plate (SSP) is shipped to the site in curved plates and field assembled into its final shape by bolting. When spans exceed 12-ft, SSP quickly becomes the best corrugated steel option. Without shipment limitations associated with large conventional pipe, combined with increased thicknesses (through 1 gage) and stiffer corrugations, SSP expands the number of useful applications otherwise unattainable, and allows corrugated steel to be a viable alternative to the one or two options historically available in certain situations.

The Application

StormKeeper™ Stormwater Chambers maximize the underground storage potential where available storage depth is limited, but still provide great flexibility with minimum and maximum cover heights of 2 and 8 feet, respectively. Used primarily beneath paved areas to preserve usable real estate, they also find application in green spaces for Low Impact Development (LID) practices.

Lane provides the complete product line to meet all your HDPE drainage needs - the full range of diameters, single-wall and dual-wall productions, options for standard perforated patterns, and custom fabricated fittings. Lane’s HDPE pipe offerings can meet all the subsurface drainage demands of your site, building, roads and pavements. Whether made from prime virgin resins or with recycled materials, Lane’s HDPE pipe has the strength and service life needed for your project.

Steel and aluminum pipe is available in a variety of corrugations and wall thicknesses in diameters up to 144”. Corrugated steel pipe (CSP) is available in several protective coatings to provide design service life, while aluminum pipe does not require protective coating. These choices allow designers to economically match the best material to the site conditions.

Corrugated metal pipe (CMP) and spiral rib pipe (SRP) are available in four different material types to economically meet the environmental and service life conditions defined for each installation.

The Lane StormKleener Filter Cartridge System is a storm water treatment device consisting of one or multiple cylindrical media-filled cartridges housed in a containment or carrier vessel. The containment vessel can be constructed from any appropriate material including corrugated metal pipe, plastic pipe, or a reinforced concrete vault. The Lane StormKleener Filter Cartridge System is a passive flow-through filtration system that filters and cleans storm water to provide an exceptional pollutant removal during storm events while providing a naturally occurring backwash to enhance and extend the life of the cartridge.

The StormKeeper™ Sediment Strip is an NJCAT verified water quality treatment device that can easily be incorporated into any system layout by providing three additional features to a designated row of chambers:

Flow Diversion -The initial storm water flows from a rain event (i.e. the first flush) are routed directly to the Sediment Strip via a small manhole or drain basin with an integrated diversion weir, allowing storm water to first fill the designated row before overtopping the weir and spilling over into the remaining rows.

One of the most challenging aspects of any site development design is the control of post-development stormwater flows. The Lane StormShaper is designed to release stormwater from a system at an optimal rate (the rate allowed by local regulations), including multiple storm requirements. The ideal outlet hydrograph will often be a series of jumps in the outlet rate, with each jump corresponding to the transition between one design storm and the next. This means that, as opposed to conventional systems, the storm water will be released at a higher rate early in the storm event.

The StormShaper system will allow the designer to ‘shape’ the actual outlet hydrograph to conform to the ideal outlet strategy. The result is that the detention system can be reduced in size by an average of 30 to 40 percent when compared to conventional outlet designs

Counter Flow Technology (CFT) water quality unit, is a cost-effective and eco-friendly structural BMP designed to meet the permit requirements of the NPDES Phase II program by treating the “first flush” of a given storm event. Lane’s CFT provides a mechanism to intercept stormwater flow, remove pollutants, and re-introduce treated flow in a manner suitable for today’s stormwater regulators. Lane’s CFT is manufactured from high-quality corrugated HDPE pipe and has no mechanical, moving or replacement parts, is less costly, more reliable and offers better efficiency than comparable products. 

Lane’s Corrugated Metal Pipe Sand Filter (CMPSF) provides a mechanism to intercept storm water flow, remove pollutants, and discharge treated flow in a manner suitable for today’s storm water regulators. Ever-changing storm water regulations continue to emphasize the importance of Best Management Practices to address water quality issues and associated mandates set forth by the EPA. Simply put, the Corrugated Metal Pipe Sand Filter is a tried-and-true means of providing treatment that not only meets the EPA’s standard for treating the “first flush,” but serves as the performance benchmark for other types of water quality devices.

Help protect the quality of our waterways and adhere to EPA-mandated controls to reduce pollutant loads with the Reverse Q Pond Outlet. The Reverse Q addresses both water quality and water quantity by utilizing a floating orifice that draws discharge water from the top of the sediment pond where the water is clearest throughout the storm event.

The Lane Constant Q Pond Outlet (CQ) is a unique and extremely cost effective storm water BMP which significantly improves the quality of the water being discharged from ponds. The CQ is a constant discharge device that draws water from the highest level of a pond, insuring that only the cleanest water is discharged.

Steel and aluminum pipe is available in a variety of corrugations and wall thicknesses in diameters up to 144”. Corrugated steel pipe (CSP) is available in several protective coatings to provide design service life, while aluminum pipe does not require protective coating. These choices allow designers to economically match the best material to the site conditions.

Corrugated metal pipe (CMP) and spiral rib pipe (SRP) are available in four different material types to economically meet the environmental and service life conditions defined for each installation.

Lane fabricates and stocks a full range of corrugated steel pipe in a variety of materials, linings and coatings to meet specific durability and hydraulic requirements. Corrugated Steel Pipe (CSP) is available in round sizes from 6” through 144” and in pipe-arches through 120” equivalent. CSP is unparalleled in its ability to be fabricated to meet demanding site requirements, especially in larger diameters.

Lane’s aluminum drainage products provide added protection with a tough oxide film and an alloy that is specifically formulated to resist the effects of corrosion and abrasion.

Outwardly projected box-type ribs create a smooth interior for enhanced hydraulic performance, making spiral rib pipe ideal for manhole to manhole storm sewer runs. Spiral rib pipe combines the strength of metal with the hydraulic characteristics of today’s most efficient pipes. Available in diameters up to 120" (steel) and 72" (aluminum).

Lane’s Open-Top Slotted Drain Pipe is a practical combination of pipe and inlet structure that reduces or eliminates the need for traditional catch basin structures, and has the added value of efficiently managing surface water sheet flow. A completely galvanized system constructed by securing a slotted grate atop Lane’s corrugated metal pipe, OTSD is designed specifically to intercept and convey sheet flow on roadways, loading docks, parking lots, airport surfaces or factory floors.

Lane’s metal end sections provide a practical, economical and attractive end treatment for metal culverts. Our prefabricated, flared design is hydraulically efficient, reduces soil erosion and easily blends into the finished slope.

The lightweight, flexible metal construction of Lane’s end sections are made to fit culvert inlets and outlets of all sizes. They can be used with either annular or helical corrugated metal pipe or HDPE pipe.

PRODUCT
Lane's PRO100 pipe is a dual-wall polypropylene (PP) pipe with a smooth interior and corrugated exterior manufactured for all drainage applications. Integrated bell and spigot couplers are provided on nominal 20’ pipe lengths. Manning’s roughness coefficient (i.e. Manning’s n value) is conservatively factored to 0.012 for in‐service design.

Lane provides the complete product line to meet all your HDPE drainage needs - the full range of diameters, single-wall and dual-wall productions, options for standard perforated patterns, and custom fabricated fittings. Lane’s HDPE pipe offerings can meet all the subsurface drainage demands of your site, building, roads and pavements. Whether made from prime virgin resins or with recycled materials, Lane’s HDPE pipe has the strength and service life needed for your project.

Lane's Technical Coating is an alternative to liquid paint, utilizing finely ground particles which are electro-statically charged and sprayed onto parts. The parts are heated, melting the powder and forming a coating which is both physically and chemically bonded to the surface. These coatings are more durable than conventional liquid coatings and less expensive than comparable multi-coat liquid systems.

Originally developed to meet the early-day demands for epoxy coated rebar, Lane’s present-day facility accommodates the construction industry’s expanded applications, including structural steel, guide rail, bridge rail, sound wall posts, pilings and a host of other construction materials that require a higher level of functional protection.

These flexible, permeable, rock-filled and interconnected modular units create a monolithic wall for earth retention or a blanket for soil stabilization, providing the civil engineer a unique building material that aesthetically blends that sheared-rock look into its natural environment.

Welded wire mesh means that each point of contact in the grid is actually welded to form a more rigid connection, making this type of gabion indispensable in achieving a more flat, sharp appearance. The added stiffness makes rock filling less cumbersome for better installation times and reduced labor costs.