Dehumidification >> How To Dehumidify A Flooded Basement Apartment

Other hardware included slide bolts, handles, and weather stripping for the doors. Again, stainless steal would be preferred in any applications that come into close contact with the inside kiln environment. Miscellaneous materials included an exterior grade stain for the kiln siding and paint for the interior walls How To Dehumidify A Flooded Basement Apartment and floor sheathing. 

Electronic Equipment Relative humidity, air speed, and temperature are the main factors to consider for successful lumber drying. Each of these factors and the appropriate monitoring equipment is discussed in the following How To Dehumidify A Flooded Basement Apartment paragraphs. A standard household dehumidifier was used to control the relative humidity within the kiln. 

Water was carried through a drain hose from the dehumidifier through a hole in the rear wall into a measuring bucket. Measuring the amount of water How To Dehumidify A Flooded Basement Apartment removed over a given period of time is useful in determining the rate of moisture loss in the lumber charge. 

Early in the drying process, How To Dehumidify A Flooded Basement Apartment the dehumidifier controls did not allow for a high enough relative humidity setting and too much water was removed from the charge. To alleviate this problem, the dehumidifier was plugged into a simple lamp timer which cycled the dehumidifier on and off to slow the rate of moisture removal. 

Different timing sequences are required for different species and thicknesses to achieve a safe allowable moisture removal rate (see Figure 7). Alternatively, How To Dehumidify A Flooded Basement Apartment the dehumidifier could have been plugged into and controlled by a simple humidistat. These humidistats have a wider relative humidity control range. 

A hinged baffle system was hung from the roof system down to the top level of the lumber charge. This system housed the attic fan units and was hinged to swing up How To Dehumidify A Flooded Basement Apartment and out of the way while loading the kiln. An electric space heater was added to the kiln to boost the operating temperature later in the drying process. 

During test runs, How To Dehumidify A Flooded Basement Apartment the space heater was not turned on since the heat generated by the dehumidifier's compressor combined with the heat from the four fan motors was sufficient to reach the required drying temperatures. If the kiln were located outside of a heated building in the winter months, the electric heater would likely be needed to reach desired temperatures. 

A simple remote hygrometer/thermometer purchased at a local electronics store allows the kiln operator to read the interior relative humidity How To Dehumidify A Flooded Basement Apartment and temperature without entering the kiln. This device consists of a measuring probe and a wireless output screen which can be mounted onto the outside of the kiln or anywhere within range of the kiln probe. 

It is recommended that a Lithiumion battery be used in exterior, cold-weather applications (see Figure 6). As mentioned earlier, stainless steel fasteners How To Dehumidify A Flooded Basement Apartment and hardware should be used. Failure to use stainless steel will result in premature failure of the hardware and the potential for stained or discolored lumber. 

Alternative construction materials for some portions of the current design may be more desirable. One example would be to use How To Dehumidify A Flooded Basement Apartment impermeable wall insulation such as a spray applied closed cell foam system to limit in-wall moisture penetration. 

Moisture loss through the kiln structure was noticed at the end of the drying cycle as the lumber moisture content continued to decrease but no condensate was collected from the dehumidifier. As constructed, the kiln doors are large How To Dehumidify A Flooded Basement Apartment and heavy. One alternative is to buy or build a structurally insulated panel. 

These panels consist of rigid foam sandwiched between two sheets of a wood panel product such as plywood How To Dehumidify A Flooded Basement Apartment or oriented strand board. This design would make a much lighter door panel and provide superior insulation. A combination of the rapid moisture loss driven by the dehumidifier and the high air speeds driven by the four fan units can overwhelm the novice dry kiln operator. 

Limiting the run time of the dehumidifier and reducing the fan operation to two fans will make the kiln more forgiving for the novice operator. Basic Operation of a Lumber Dry Kiln WARNING Although lumber drying is a very simple process, How To Dehumidify A Flooded Basement Apartment it requires constant monitoring and detailed record keeping to produce a quality product. 

Expensive grade lumber can quickly be destroyed beyond use by How To Dehumidify A Flooded Basement Apartment extensive drying defects (e.g., checking, honeycomb, end split, etc.). We strongly recommend that you read additional kiln operation materials such as the Dry Kiln Operator's Manual listed at the end of this publication. 

In addition, several kiln operator training courses are offered in the eastern, western, How To Dehumidify A Flooded Basement Apartment and central United States. End coat the green lumber with a commercial end coating immediately after sawing to prevent large losses from end checks and splits. End coating is less effective when applied after the lumber has begun to dry. 

The end coated lumber should then be stacked in the kiln with approximately 12 inches of clearance on the front side of the stack How To Dehumidify A Flooded Basement Apartment and approximately 30 inches of clearance on the rear side of the stack (dehumidifier side) to permit adequate air circulation. These spaces are known as plenum spaces. 

Arrange the lumber in neat layers, separated by stickers or How To Dehumidify A Flooded Basement Apartment spacers running perpendicular to the lumber's length. The lumber in each layer must be uniform in thickness. If the sawn lumber is quite variable in thickness, one or both faces of the boards should be planed before drying to obtain a uniform thickness. 

This will reduce warping during drying. Particularly in warmer months, How To Dehumidify A Flooded Basement Apartment green lumber should be stacked with stickers quickly after sawing or it may begin to develop stain – an undesirable and highly visual defect. Stickers used between each layer of wood are typically three-quarter inch thick, one-and-one-quarter inches wide, and as long as the lumber pile is wide. 

It is important that stickers are uniform in thickness and kept dry. Stickers are placed perpendicular to the boards' length, How To Dehumidify A Flooded Basement Apartment every 12 to 18 inches along the pile's length. The stickers are placed directly above the stickers in the lower layers. 

If the lumber is of varying lengths, shorter boards are staggered by alternating them from one end to the other with the longest pieces always on the outside edges. The ends of every board should be supported with a sticker. Stickers hold the lumber flat, How To Dehumidify A Flooded Basement Apartment preventing warp, while also allowing air to circulate through the pile and dry the lumber. 

While the lumber is being stacked or prior to loading the kiln with pre-stacked lumber, How To Dehumidify A Flooded Basement Apartment several sample boards must be cut (see Appendix C: Procedures for Cutting and Using Sample Boards). Periodically checking these sample boards will allow you to determine the moisture content of the lumber in the kiln and to observe possible drying defects.

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