Jordan

Waste to (Positive) Energy

Jordan Zero Poverty
January 2020
June 2024

Within this three-years project, ACTED will collaborate with 6 municipalities across 2 governorates in northern Jordan to improve solid waste management practices and social cohesion among host communities and refugee populations. In Mafraq municipality, ACTED will facilitate access of approximately 843 beneficiaries that are employed within a GIZ-funded cash-for-work project (focused on recycling) to a confidential complaints & response mechanism. To foster more sustainable employment, up to 44 of these beneficiaries will be provided with post-employment grants to establish their own micro businesses. Moreover, to strengthen social cohesion across all 6 municipalities, ACTED will facilitate monthly target group-specific dialogue forums to raise awareness on recycling systems in a forum that ensures participation of host community and Syrian refugees.

Current projects

Support to livelihoods through cultural heritage development

School Feeding Programme in Jordan Camps – Date Distribution

Roots 3 Initiative: Enhancing employment opportunities and productive sustainable forestation in Karak Governorate

GrowEconomy: Promote sustainable, inclusive and decent economic opportunities for Syrian refugees and vulnerable Jordanians in the agriculture sector

The Impact of COVID-19 on Multi-Sector Vulnerabilities and Programming: The Performance and Shortcomings during Protracted Shocks and the Implications on Nexus Programming in Jordan

Improvement of Green Infrastructure in Jordan through Labour- Intensive Measures (CfW-GI)

Enhancing employment opportunities and green infrastructure in East Amman

Support Economic Growth and Sustainable, Diversified Income Creation in Jordan

Provision of support to social entrepreneurs targeting migrants and refugees in Jordan

Waste to (Positive) Energy

Waste to (Positive) Energy

Improving living conditions of Syrian refugees in Za’atari Refugee Camp through the construction of a stormwater drainage system