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Pemanfaatan Potensi Limbah Industri Pengolahan Ikan Patin (Pangasius Sp) Di Kabupaten Kampar imam iqbal; Subkhan Riza; Gevisioner; Shinta Utiya Syah; Andi Muhammad Ilham; Tien Mastina
Iptekin Vol. 6 No. 1 (2023)
Publisher : Badan Riset dan Inovasi Daerah (BRIDA) Provinsi Riau

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.68588/iptekin.v6i1.76

Abstract

Patin processing industry produces waste in the form of bones, heads, entrails and skin. Waste from the catfish processing industry in Kampar Regency has not been widely used by the community. Generally, processed waste is immediately thrown away or buried in the ground because there is no commercial utilization effort. This research aims to calculate the potential and utilization of waste from patin fish (Pangasius sp) processing industry in Kampar Regency. This research uses a descriptive research approach. Data analysis was carried out descriptively referring to research results and other related references. The potential for catfish skin waste produced from the fish fillet processing industry in Kampar Regency is 11.98 kg/month. Catfish skin can be processed into gelatin. The potential waste of catfish bones and heads originating from the catfish fillet processing industry is 142.76 kg/month. Patin bones can be processed into fish bone meal and gelatin. The potential for catfish innards from the smoked catfish processing business in Kampar Regency is 20,693.49 kg every month. Catfish viscera and abdominal fat waste can be processed into fish oil, biodiesel, fish meal, fertilizer and animal feed.
Iterasi Momentum Fragmentasi Batubara Mencapai Bentuk Serbuk Lukman Hakim Nasution; Gapar Gapar; Fajar Budiman; Subkhan Riza; Eka Arief Yanto Putra; Rama Yudha Satria; Emri Juli Harnis
Iptekin Vol. 6 No. 2 (2024)
Publisher : Badan Riset dan Inovasi Daerah (BRIDA) Provinsi Riau

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.68588/iptekin.v6i2.81

Abstract

The smaller size of coal can increase the working efficiency of electricity generating boilers, but to get this size, a method is needed that is able to predict the resulting size. An experimental iterative momentum method is presented, which was developed through experimental fragmentation of 1mm3 and 10mm3 coal samples into powder with a parabolic solid base wall. Then an analysis process using mathematical calculations was carried out, and it was proven that the momentum iteration per millimeter scale could determine the final size of the coal produced. Starting from 1 coal fragment measuring 1mm3 and 10mm3 to 5,314,410 fragments with the size of each fragment in millimeters being 0.000001852, and the mass of each fragment in kg being 0.0000000001. This proves that fragments size down to powder form using the momentum iteration method can be applied to coal as fuel for power plant boilers, and waste processing without a separation process into nanometer scale particles to increase the functional value and use value of waste in a tenoeconomic manner in Riau Province.Keywords: Momentum iteration, fragmentation, coal powder form.