Original scientific paper
Future Foresight of Halal in the Context of Sustainable Technologies with Focus to Animal Waste Index
Tharwat Mamdouh Al-Bataineh
; Ministry of Climate Change & Environment, United Arab Emirates. Dubai Al Ruwayyah 2 Area Beside Zayed University, Dubai – AlAin Road, Dubai, United Arab Emirates
*
Jood Osama Quran
; University of Maryland, Department of Neuroscience, Undergraduate Student, College Park
Midhat Jašić
orcid.org/0000-0003-2507-8253
; University of Tuzla, Faculty of Pharmacy, Univerzitetska 8, 75000 Tuzla, Bosnia and Herzegovina
* Corresponding author.
Abstract
The future of Halal sustainable technologies presents significant potential in addressing the
growing demand for ethical, environmentally friendly solutions, particularly within Muslim
communities and the global market. As the world becomes more aware of sustainability
challenges, there is an opportunity to integrate Islamic principles of halal (permissible) and tayyib
(pure, wholesome) into emerging technologies, especially in sectors like agriculture,
pharmaceuticals, cosmetics, and finance. These sectors can benefit from innovations that adhere
to sustainability standards while aligning with Halal practices. This paper focuses on evaluating
the Animal Waste Index (AWI) as a tool to measure the management and impact of animal waste
in agricultural settings. AWI aims to improve sustainability and waste management by tracking
how animal waste is converted into compost, using efficient methods that align with Halal
principles. The potential for real-time data collection and monitoring technologies would further
enhance this process, leading to more sustainable and Halal-compliant agricultural practices. One
solution in food waste management involves using bioreactors, which break down organic waste
through controlled biological processes. These devices, which function both aerobically (with
oxygen) and anaerobically (without oxygen), can convert food waste into compost, enriching soil
and supporting agricultural production. The integration of bioreactors offers an efficient, scalable
solution to waste management, reducing environmental impact and enhancing sustainability while
meeting Halal standards. As Halal-certified products are increasingly in demand across various
industries, the alignment of Halal practices with environmentally responsible solutions creates an
opportunity to expand Halal standards into sustainable technologies. The growing application of
Halal principles in new sectors such as animal welfare, cosmetics, and bio-based products
suggests a broader potential for Halal sustainability efforts. The development of AWI as a tool
for tracking animal waste conversion is vital in guiding agricultural practices toward more
sustainable, ethical, and Halal-compliant methods. Composting food waste not only reduces environmental footprints but also turns waste into valuable resources, enriching soil and supporting food security. Looking ahead, technologies like bioreactors will play a crucial role in addressing global waste management challenges, sustainability goals, and the increasing demand for bio-based products. By fostering innovations that meet both ethical and environmental standards, the future of Halal sustainable technologies promises a more responsible and sustainable global market.
Keywords
Halal technologies; sustainability; waste management; bioreactors; Animal Waste Index (AWI)
Hrčak ID:
333501
URI
Publication date:
30.6.2025.
Visits: 467 *