Publikasi

CD ini berisi materi komunikasi sanitasi, WC-ku sehat, berupa poster, iklan cetak, kalender, katalog dan permainan.

Daftar Isi:

Game

Iklan Cetak

Kalender (dinding dan saku)

Poster

Produk katalog

CD ini berisi promosi sanitasi WC-ku sehat berupa iklan radio. Iklan radio yang berisi 3 judul ini bercerita tentang orang yang ’kebelet’ (baca, ingin sekali) BAB di malam hari dan tidak memiliki WC, sehingga menggangu tidur suaminya (night), pelecehan terhadap seorang wanita dikarenakan ia BAB di kali (shame), dan pembuatan WC yang kurang sempurna sehingga menyebabkan baunya tetap menyebar dimana-mana (unimproved).

Proyek Community Water Services and Health (CWSH) adalah proyek kerjasama antara Pemerintah Indonesia dengan Asian Development Bank (ADB) melalui pinjaman/ loan 2163 dan 2164 (SF)- INO mulai efektif 12 April 2006 s/d 31 Desember 2011, yang berlokasi di 20 Kabupaten dalam 4 propinsi (Kalteng, Kalbar, Jambi dan Bengkulu).
 
Secara umum tujuan proyek adalah untuk mencegah penularan penyakit yang disebabkan oleh air dan lingkungan serta meningkatkan derajat kesehatan masyarakat berpenghasilan rendah yang tinggal di daerah pedesaan melalui perubahan perilaku hidup sehat dan peningkatan akses terhadap sarana air minum dan penyehatan lingkungan secara berkelanjutan.
 
Leaflet ini menggambarkan sekilas mengenai CWSHP serta kemajuan proyek sampai dengan Oktober 2009 menyangkut peningkatan kapasitas aparat pemda, pemberdayaan masyarakat, pembangunan sarana air bersih dan sanitasi, serta perubahan perilaku hidup bersih dan sehat.
 

Hal utama dalam STBM adalah perubahan perilaku masyarakat, bukan sekedar berapa banyak jamban yang dibangun secara swadaya oleh masyarakat, tapi perubahan perilaku dari masyarakat yang ebnar-benar menyadari bahwa jamban / wc tidak kalah pentingnya dengan makanan dan minuman.
 
Brosur ini berisi informasi mengenai STBM (Sanitasi Total Berbasis Masyarakat), meliputi kondisi dan prinsip STBM, serta ilustrasi keadaan sanitasi di wilayah Kabupaten Manokwari.
 

Poster ini berisi informasi mengenai CWSH (Community Water Services and Health), program pemerintah yang bekerjasama dengan masyarakat perdesaan untuk merencanakan pembangunan sarana air minum dan penyehatan lingkungan.

CD ini berisi materi presentasi dan notulensi hasil kegiatan Pertemuan Nasional Pelaksanaan AMPL-BM di Hotel Mercure tanggal 2-4 November 2009 lalu.

Daftar Isi:

Risalah Rakornas AMPL, Bangda 2-4 November 2009

Presentasi Agenda Pertemuan Nasional AMPL-BM

Materi Tanggal 2 November 2009

Materi Tanggal 3 November 2009
 

Severe flooding, earthquakes, civil disturbances and other natural and man-made disasters often cause damage to hand-dug wells. Surface structures are broken and the well becomes contamined by silt, chemicals or debris.
 
This techical note sets out the actions needed to repair and rehabilitate a hand-dug well so that it can be returned to its former condition.

Contents:

Steps for cleaning and disinfection

Step 1: Inventory of existing wells

Step 2: Rehabilitation and cleaning of wells

Step 3: Disinfection of the well

Step 4: Dewater the well
 

 Boreholes are resistant to many forms of natural and man made disasters. Although the components above ground may be damaged, the narrow opening at the top of the borehole often prevents contamination of the water supply or damage to the pump components below ground. The main exception to this is damage caused by earthquakes, which can be greater below ground than the damage seen on the surface.
 
This techical note sets out the actions required to repair and rehabilitate a borehole after any disaster.

Contents:

Driven and drilled boreholes

Step 1: Assess the damage

Step 2: Repair the handpump and borehole

Step 3: Disinfection and re-commision of the borehole and handpump

The damage caused to pipe networks by natural disasters can be widespread and extensive. It can range from minor breaks to complete loss of whole sections of the system. A full systematic survey of the entire network is the only way of identifying the true extent of the damage. This may not be possible in an emergency where it is a priority to re-instate a basic level of supply.
 
This techical notes examines these priorities and the process of rehabilitating small-scale piped water distribution systems.

Contents:

Steps of rehabilitation

Step 1: Assess the extent of the damage

Step 2: Keep consumers informed

Step 3: Provide an alternative water supply

Step 4: Isolate damaged sections of the network
 

Normally, drinking water supplies need to be treated during and after an emergency to make them safe and acceptable to the user. Treatment at the point of use is generally quicker and less expensive to implement than a centralized system, but it can be more difficult to manage. Only water used for drinking and preparing food needs to be treated. Nevertheless, this still amounts to about 5 litres per person per day.
 
This technical notes describes some of the most common and simple treatment options suitable for use during an emergency.

Contents:

Pre-treatment
Aeration
Storage and settlement
Filtration
Straining
Sand Filters
Ceramic Filters
Disinfection
Boiling

Chemical Disinfection
Solar Disinfection (SODIS)
Combined treatment systems

Looking after clean water
Water Storage
Hygiene Promotion