첫 번째, 가장 단순하고 가장 낮은 비용기술다시이동하다 과도한 내부 물 출처(hu중간만약에IER,요리)에서최하부그리고 환기~에이자형다른에스우리의CES (CES)옷 마른욕조입니다방). 둘째, if응축문제입니다여름, 하다아니요티곧장지하실을 환기 시키십시오따뜻한그리고 습한공기.권장됩니다사용그만큼조절 체계또는 건조열전- 변화아르 자형~을 위한 통풍피>
의가습할 수 있습니다사용된a수단에게줄이다 basement humidity and 냄새 symptoms, 하지만 it is not a permanent or comp허락하다이자형해결책. In fact, if the Dehumidifier is 우리를ed in the basement with moisture problem, it 5월 원인 엄청난~이다손상. ~에 의해 drying the air in the basement, moisture ~ 할 것이다 be sucked ~ 안으로 the basement 더 빠른ly, ca사용그만큼콘크리트에게날씨그리고벗기다 끄다, and fuRther damaging the interior 장식피>
Using internal membranes or 코팅s to해결하다 subst비율수분문제~이다매우 끌어 들이다ive. It is cheaper ~보다디비나이시스템및에서일부 사례s it 보다MS TO가지다 계속 ~ 이다 일하다ing for a ~하는 동안. 하지만, water 아직 exists, and ultimately 이것들 systems deteriorate or simply move the water to another 채널 and enter the basement p> The recommended method ~ 후에 removing internal moisture sources is to evaluate the grooves, sewers, and 표면 grading 약그만큼집. These ~해야 한다BE옳은ed first to solve the problem. Then, if the 문제 of moisture still exists, please 자동차ry out internal or 외부 물을 빼다age systems. 모두 of these technologies are described in the remaining p기예~의이것 푸blication. If your 가다al is to complete a basement with water 문제, it is recommended to address water issues first p>
권장됩니다포함하다an활동적인보결그릇 pressure 감소 system for ~였다hing rock 층에스아래에 the slab. This can suck in moist air from below the slab and 돕다 빨간색uce the 양물의증기 entering the home ~을 통해그만큼열기s in the slab. It 또한 Helps control ra두목 and other S기름 가스. O펜ings and open connections to soil out옆 the foundation and below the slab should be c잃다d and sea~ 주도의피>
내부 수분 공급원을 제어합니다.
p> If external ventilation is not 필요하다d in summer, please do not use it p> Correct grading, drainage ditches, and sewer systems p> 제공하다 internal or external drainage systems p>노트:
The Dehumidifier can help reduce the symptoms of humidity and odor, but it 할 수 없습니다 solve the problem p> The lack of a membrane or coating 저것 provides drainage internally 대개 하다 not solve the problem in the 긴 term p> Insulated 벽에스~ 해야 하다BE마른. Carpets must be kept 전쟁m and dry ~ 전에 use p>
Method 1: Install 적절한 sinks and sewers and grade them correctly
ㅏ크기가 큰 amount of 지면water problems can be solved by treating rainwater and sur얼굴 drainage, using grooves and sewers with 연장하다ers or splash plates to 유지하다 water away from the foundation. Tilting from the slope of the house may require hauling to the site, 어느매우입니다수입ant. It should be 운반 out before 설치 any low-수준 drainage system, as the above modifications may solve the problem. 심지어 if a drainage system is required, it is necessary to remove as 많은 water sources as possible p>
방법 2: 외부 배수 시스템
Installing an external drainage system on 기존의 buildings is the most expensive and 효과ive water control method. This 필요합니다 excavating the area around the foundation and rebuilding it similar to the installation of a 새로운 house. It also requires the excavation of shrubs and other obstacles around the house p> Usually, in addition to any repairs to the 구조, water교정 and insulation are installed simultaneously. 전통적인 external drainage systems use 무료 drainage in backfilling. Drainage tiles can be 장소d next to or on 맨 위 of the foundation. The installation of the drainage pipe is satis공장. At least 12 inches of coarse aggregate should be 배치 around the drainage bricks p>
무료 배수막 또는 플레이트
Dragging pea rock or sand to the site for backfilling may be expensive. On the contrary, drainage pads can be placed on the foundation wall and then backfilled with any soil on site. The drain must have a free flow 길 through the perforated drain below p>
싱크대로 배출
All external drainage systems must be dis청구a수집 탱크 that can be extracted. The sink must have a sealed, childproof c~ 위에피>
Method 3: Internal drainage channels above concrete slabs
In most cases, when water enters the basement, an internal drainage system is installed. The simplest and cheapest method is to adhere drainage channels to walls and 바닥s. Collect water and place another channel at the top of the board, then drain it into the bottom of the trough through a trap. The sink should have a sealed, childproof cover. This system is most sui테이블 for concrete walls with cracks. It cannot solve the problem in brick and st하나 walls, as water remains in the 차단하다y rock core at the floor level, and the water level can 오직 drop to the top of the slab. Using this method, water will not be 완전히 removed from the 공간. 그만큼결과 is that humidity, mold, and mold are still a problem. The system cannot discharge groundwater from below the floor p>
Method 4: Internal drainage channel at the 가장자리 of the board
Another technique is to place the drainage channel at the bottom of the wall at the top of the foundation. This requires 제거 along the edge of the slab and subsequent replacement of concrete. The drainage channel is connected to the drainage pipe 주요한 to the water collection tank. The sink should have a sealed, childproof cover. This method is 효과적인 for concrete masonry walls with water problems, as it completely eliminates blocky cores. It is necessary to drill holes at the bottom of each core to facilitate drainage. This may require removing more than the minimum amount of concrete, as sh소유하다 in the figure, to accommodate the drill b그것. These systems come in 다른 shapes and p쌀s depending on the 제품 installed. 로 인한 to allowing moisture to penetrate the block core, it is necessary to cover the top and place a vapor delay coating on the internal substrate wall p>
Method 5: 실내 drainage system below the slab
The most effective internal drainage system is a perforated drainage pipe installed 내부에 the perimeter of the footing. This requires the removal and replacement of concrete at the edge of the slab. Drain the drain pipe to a 낮추다 level by placing it below the slab. Similar to external systems, the drainage pipe is connected to the water collection tank. The sink should have a sealed, childproof cover. The key component of this method is to place plastic sheets at the bottom of the wall and below the edge of the board. Particleboard is similar to a 작은 계란 box and 허용 the wall to freely drain into the drainage pipe. It is cheaper than many 특별한ized drainage channel systems. In low permeability soil, the system cannot accept rising groundwater unless 거기 is an accumulation layer below the slab p>
It is recommended to use this method in combination with the active Soil gas 관리 system connected to the sink and 주변 drainage pipes p>
