SAFETY COMMUNICATION AND TEAM WORK

SAFETY COMMUNICATION AND TEAM WORK
 SWEETCORN TECH

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Salah satu program penting dalam bidang safety adalah komitmen manajemen dan sosialisasi dari seluruh program safety yang menjadi concern perusahaan. Dalam hal ini ada kata kunci, yaitu masalah komunikasi dan solidnya komitmen teamwork dalam menjalankan seluruh program safety.

Komunikasi adalah sebuah istilah sederhana dan sangat gampang untuk diucapkan. Tapi dalam praktiknya tidak sedikit berbagai masalah yang timbul akibat dari lack of communication. Oleh karena itu pemahaman proses komunikasi menjadi sangat penting agar orang bisa lebih berhati – hati dalam memberikan informasi. Sosialisasi dan safety meeting / safety moment merupakan salah satu contohnya pentingnya penguasaan ilmu komunikasi untuk menyampaikan safety commitment yang harus build in pada diri seluruh karyawan agar bisa bekerja dengan selamat dan sehat.

Selain itu yang tak kalah pentingnya adalah membangun tim kerja yang solid sehingga safety program jangan hanya sekedar slogan dan jargon. Karyawan atau manajemen tidak bisa bekerja sendirian, semua harus bahu membahu dan memiliki tanggung jawab tim agar semua bekerja dengan selamat. Bukan hanya untuk short term, tapi juga long term bahkan sampai karyawan memasuki masa pensiun pun diharapkan tetap sehat dan tidak ada penyakit bawaan yang diakibatkan terabaikannya aspek kesematan pada saat masih bekerja.
Manfaat Training

Memahami dan mampu mempraktikan komunikasi yang baik, baik komunikasi lisan maupun tulisan terutama saat melakukan sosialisasi seluruh program safety agar terlaksana dengan baik. Mampu menciptakan tim kerja yang solid sehingga seluruh program safety yang meliputi berbagai jenjang organisasi perusahaan menjadi faham dan mau melaksanakan.
 Outline

    Communication Fundamentals
    Communication Process
    Information Processing
    Dissemination of Information
    Shift / Task Handover
    Cultural Differences
    Teamwork Effectiveness
    Responsibility & Leadership
    Decision making
    Keeping Up to date Safety Document
    Error Provoking Behavior
    Assertiveness

Water Heater

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 Water Heater SWEETCORN TECH

Water heating is a thermodynamic process that uses an energy source to heat water above its initial temperature. Typical domestic uses of hot water include cooking, cleaning, bathing, and space heating. In industry, hot water and water heated to steam have many uses.

Domestically, water is traditionally heated in vessels known as water heaters, kettles, cauldrons, pots, or coppers. These metal vessels that heat a batch of water do not produce a continual supply of heated water at a preset temperature. Rarely, hot water occurs naturally, usually from natural hot springs. The temperature varies based on the consumption rate, becoming cooler as flow increases.

Appliances that provide a continual supply of hot water are called water heaters, hot water heaters, hot water tanks, boilers, heat exchangers, geysers, or calorifiers. These names depend on region, and whether they heat potable or non-potable water, are in domestic or industrial use, and their energy source. In domestic installations, potable water heated for uses other than space heating is also called domestic hot water (DHW).

Fossil fuels (natural gas, liquefied petroleum gas, oil), or solid fuels are commonly used for heating water. These may be consumed directly or may produce electricity that, in turn, heats water. Electricity to heat water may also come from any other electrical source, such as nuclear power or renewable energy. Alternative energy such as solar energy, heat pumps, hot water heat recycling, and geothermal heating can also heat water, often in combination with backup systems powered by fossil fuels or electricity.

Densely populated urban areas of some countries provide district heating of hot water. This is especially the case in Scandinavia and Finland. District heating systems supply energy for water heating and space heating from waste heat from industries, power plants, incinerators, geothermal heating, and central solar heating. Actual heating of tap water is performed in heat exchangers at the consumers' premises. Generally the consumer has no in-building backup system, due to the expected high availability of district heating systems.