Annisa Indah Pratiwi, N.Neni Triana, Ade Astuti Widi Rahayu

Analisis Pemanfaatan Mesin Pompa Hidram untuk mengurangi potensi banjir di Desa Karangligar

Introduction

Analisis pemanfaatan mesin pompa hidram untuk mengurangi potensi banjir di desa karangligar. Analisis pemanfaatan mesin Pompa Hidram untuk mengatasi potensi banjir & gagal panen di Desa Karangligar, Karawang. Optimalkan hasil pertanian di lumbung padi nasional.

Abstract

Karawang dikenal sebagai salah satu Lumbung Padi Nasional. Kabupaten Karawang memiliki 297 Desa yang tersebar dalam 12 Kelurahan salah satunya Desa Karangligar. Desa Karangligar merupakan desa yang memiliki lahan pertanian yang cukup luas baik itu lahan kering maupun yang berupa persawahan. Rata-rata mata pencaharian warga desa adalah sebagai petani. sehingga Desa Karangligar sangat potensial untuk memajukan pertanian di Karawang. Luas lahan Karangligar 310 ha, rata-rata hasil per ha 7 ton, setahun 2,5 kali panen. Sehingga dapat menghasilkan 5 kali panen per 2 tahun. Tetapi Desa Karangligar merupakan salah satu desa langganan banjir jika musim penghujan, sehingga seringkali terjadi gagal panen. Berdasarkan masalah tersebut maka diperlukan adanya analisis Pemanfaatan suatu alat untuk mengurangi potensi banjir dalam menghadapi musim penghujan di Desa Karangligar yaitu dengan mesin Pompa Hidram yang diharapkan dapat menanggulangi banjir sehingga hasil panen di Desa Karangligar dapat dioptimalkan.

Review

The article addresses a highly pertinent issue concerning agricultural resilience and food security in Indonesia. The title clearly indicates a focus on analyzing the utilization of Hydram pump machines for flood mitigation in Desa Karangligar, a village in Karawang recognized as a significant national rice production hub. The abstract effectively highlights the critical problem: despite its vast agricultural potential and contribution to national food supply, Karangligar is highly susceptible to seasonal flooding, leading to recurrent crop failures and economic losses for its farming community. This well-defined problem statement underscores the urgent need for practical solutions to protect livelihoods and optimize agricultural output in such vulnerable areas. The proposed research offers a promising approach to tackle the identified challenge by investigating the application of Hydram pumps, a technology often lauded for its energy efficiency in water lifting, specifically for flood reduction. The abstract clearly articulates the desired outcome: to mitigate flooding and optimize harvests, thereby enhancing the economic stability of farmers in Desa Karangligar. This focus on a tangible, potentially sustainable engineering solution to a pressing agricultural problem is a significant strength. The emphasis on "analysis" suggests a methodical investigation into the feasibility and effectiveness of this technology in a specific local context, which could provide valuable insights for similar flood-prone agricultural regions. While the abstract effectively establishes the problem and the proposed solution, it could benefit from a clearer outline of the analytical methodology. For instance, future iterations or the full paper would be strengthened by detailing *how* the analysis of Hydram pump utilization will be conducted (e.g., through field experiments, simulation modeling, cost-benefit analysis, or stakeholder surveys). Elaboration on the specific parameters to be analyzed (e.g., pump capacity, installation requirements, operational efficiency in flood conditions, and economic viability for local farmers) would further enhance the abstract's completeness. Nevertheless, the paper's overarching goal to leverage an innovative engineering solution for agricultural flood management makes it a valuable contribution to both local development and broader discussions on sustainable farming practices.

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