Page 180 - Sustainability Report 2021 - Indonesia Power

Menghadirkan Kinerja Ekonomi yang Optimal
untuk Pembangunan Ekonomi Nasional

RESEARCH AND DEVELOPMENT MENUJU TRANSISI ENERGI
RESEARCH AND DEVELOPMENT TOWARD ENERGY TRANSITION

Sebagai respon perusahaan menangkap peluang menghadapi As the Company's response to seizing opportunities in facing
tantangan/risiko perubahan iklim sekaligus mendukung transisi the challenges/risks of climate change while supporting a
energi yang sustain dan andal, di tahun 2021 Indonesia Power sustainable and reliable energy transition, in 2021, Indonesia
semakin memperkuat pelaksanaan Research and Development Power strengthened its Research and Development by the
melalui pengembangan potensi dan teknologi EBT dan teknologi development of NRE potential and technology, and other
lainnya. Sepanjang tahun 2021, Co-firing PLTU dengan biomassa technologies. In 2021, the SPP co-firing with biomass is
terus digencarkan Indonesia Power karena berkontribusi continuously intensified by Indonesia Power, which contributes
besar dalam peningkatan bauran energi, menekan emisi greatly to increasing the energy mix, reducing carbon emissions,
karbon, sekaligus berdampak positif menumbuhkan ekonomi as well as having a positive impact on developing the
masyarakat dengan ekonomi sirkular (circular economy). community's circular economy. [GRI 102-15, 201-2]
[GRI 102-15, 201-2]

Untuk mendukung keberhasilan pelaksanaan Research and Indonesia Power encourages the Company's personnel to create
Development, Indonesia Power senantiasa mendorong insan new business opportunities by capturing creative, innovative,
Perusahaan untuk menciptakan peluang-peluang bisnis baru proven, and original ideas to be developed further for sustainable
dengan menjaring gagasan kreatif, inovatif, proven dan orisinal business continuity in order to support the success of Research
sehingga dapat dikembangkan lebih lanjut untuk kontinyuitas and Development. Financial implications or costs incurred by
bisnis yang berkelanjutan. Implikasi keuangan atau biaya Indonesia Power to seize opportunities in facing the challenges/
yang dikeluarkan Indonesia Power untuk menangkap peluang risks of climate change by implementing the Research and
menghadapi tantangan/risiko perubahan iklim dengan Development Program for the Renewable Energy Technology
pelaksanaan Research and Development Program Pengembangan Development, amounted to 50-80 million per Biomass Co-firing
Teknologi Energi Terbarukan yaitu sebesar 50-80 juta per test, and 500-700 million per Solid Recovered Fuel (SRF) Pilot
pengujian Co-firing Biomassa dan 500-700 juta per Pilot Plant Bahan Plant. [GRI 201-2]
Bakar Jumputan Padat (BBJP). [GRI 201-2]

Program Research and Development yang dilakukan Indonesia In 2021, Indonesia Power has carried out the following Research
Power selama tahun 2021 adalah sebagai berikut: and Development programs:

Program Research and Development Tahun 2021 [GRI 201-2, EU8]
Research and Development Programs in 2021 [GRI 201-2, EU8]

Nama Program Lokasi Deskripsi dan Tujuan Program Output dan Dampak Program Biaya
No
Program Location Description and Objectives Output and Impact Cost
Program Pengembangan Teknologi Energi Terbarukan Renewable Energy Technology Development Program
1 Co-firing Biomassa Seluruh PLTU Program penggunaan biomassa sebagai Operasi Co-firing Biomassa pada 50-80 juta per
Biomass Co-firing All SPPs bahan bakar alternatif pengganti persentase tertentu untuk bauran pengujian
sebagian batubara di PLTU energi terbarukan 50-80 million
Program to use biomass as an Biomass Co-firing operating per test
alternative fuel to partially replace coal at a certain percentage for the
in SPPs renewable energy mix
2 Pilot Plant Bahan Cilegon Proses pengolahan sampah perkotaan Tersedianya BBJP sebagai bahan 500-700 juta
Bakar Jumputan menjadi bahan bakar jumputan padat bakar co-firing PLTU dan penuntasan per pilot plant
Padat (BBJP) sesuai standar SNI untuk co-firing di PLTU masalah sampah perkotaan 500-700 million
Pilot Plant Bahan Processing of urban waste into solid SRF availability as co-firing fuel for per pilot plant
Bakar Jumputan recovered fuel in accordance with SNI SPP and solution to the urban waste
Padat (BBJP) standards for SPP co-firing problem
Program Pengembangan Teknologi Lainnya Other Technology Development Programs
1 Mini Plant Garam Suralaya PGU Pemanfaatan Brine Water Desalination Kajian Kelayakan Produksi Garam 500 juta-1
Salt Mini Plant Plant menjadi garam industri dari Brine Water secara komersial miliar
Utilization of Brine Water Desalination Feasibility Study of commercial Salt 500 million - 1
Plant into industrial salt Production from Brine Water billion
2 Produksi O dari H 2 Priok POMU Pemanfaatan O yang terbuang dari H 2 Produksi O berkelanjutan 400 juta
2
2
2
Plant plant untuk keperluan O medis Sustainable O production 400 million
2
2
O Production from Utilization of wasted O from the H plant
2
2
2
H Plant for O medical purposes
2
2
180 Lapooran Keberlanjutan 2021 PT INDONESIA POWER