Key Takeaways
- The UK‑government funded Safer Plus project will receive £1.25 million (~$1.6 million) to build a full‑scale demonstration plant in Pakistan.
- The plant will convert agricultural residues—cotton stalks and sugarcane waste—into bio‑coal pellets via torrefaction, offering a renewable alternative to imported coal.
- Pakistan burns millions of tonnes of this biomass each winter, worsening air pollution, while it spends over $2.5 billion annually importing 19 million tonnes of coal.
- The bio‑coal pellets can replace coal in brick kilns and textile mills without requiring equipment modifications, and three textile mills have already pledged commercial use if the trial succeeds.
- The demonstration hub will be located at the University of Kamalia in South Punjab, processing about 5,000 tons of waste per year and yielding up to 4,000 tons of bio‑coal, with operations planned for at least ten years post‑project.
- At least 60 % of training positions are reserved for women, and wages will be paid directly into their mobile wallets to promote financial independence.
- The long‑term vision is to establish 30 similar hubs across Pakistan within a decade, potentially displacing more than 100,000 tons of imported coal each year.
- Project co‑lead Dr. Jibran Khaliq emphasizes that Safer Plus moves beyond laboratory research to a commercial, scalable model that Pakistan can own and replicate.
Project Overview and Funding
The Safer Plus initiative, backed by the United Kingdom government, has secured £1.25 million (approximately $1.6 million) to construct a full‑scale demonstration facility in Pakistan. This funding aims to bridge two pressing national challenges: the seasonal burning of agricultural waste and the country’s heavy reliance on imported coal. By converting waste into a usable energy source, the project seeks to create a sustainable, locally controlled solution that reduces both environmental harm and foreign energy expenditures.
Environmental and Energy Challenges in Pakistan
Each winter, Pakistani farmers in regions such as Punjab burn millions of tonnes of cotton stalks and sugarcane residue because they lack alternative uses for the biomass. This open‑field burning significantly worsens air quality, contributing to smog and respiratory health issues. Simultaneously, Pakistan imports over 19 million tonnes of coal annually, costing the nation more than $2.5 billion and leaving many rural communities—especially in South Punjab—subject to prolonged power outages that can last up to 18 hours a day.
Technology: Torrefaction and Bio‑Coal Pellets
Safer Plus employs torrefaction, a mild pyrolysis process that heats biomass in a low‑oxygen environment to produce energy‑dense, hydrophobic pellets resembling coal. These engineered bio‑coal pellets retain a high calorific value, are easier to store and transport, and can be burned in existing coal‑fired equipment without modification. The technology thus offers a drop‑in replacement for imported coal, potentially lowering fuel costs for industries such as brick kilns and textile mills while cutting emissions of particulate matter and greenhouse gases.
Industry Commitments and Pilot Scale
Three undisclosed textile mills have already signaled their intent to purchase the bio‑coal commercially if the demonstration plant proves successful. Their early endorsement de‑risks the venture and provides a guaranteed market for the output. The project’s pilot phase will therefore test not only the technical viability of torrefaction at scale but also the willingness of local industry to adopt a domestically produced renewable fuel.
Demonstration Hub at University of Kamalia
The demonstration facility will be erected on the campus of the University of Kamalia in South Punjab. Designed to process roughly 5,000 tons of agricultural waste each year, the hub is expected to yield up to 4,000 tons of bio‑coal annually. After the initial funding period ends, the plant will remain operational for at least ten years, continuing to supply the surrounding community with a cleaner energy source and serving as a training ground for future technicians and operators.
From Research to Commercial Enterprise
Dr. Jibran Khaliq, co‑lead of the project from Northumbria University’s School of Engineering, Physics and Mathematics, stresses that Safer Plus transcends typical academic research. Six years of laboratory development and validation have culminated in a live, commercial facility that can attract investment and be replicated elsewhere. By proving the concept at scale, the project aims to transform scientific knowledge into an investable business model that Pakistan can own, manage, and expand independently.
Gender‑Inclusive Training and Economic Empowerment
Equity is a core component of Safer Plus: at least 60 % of the training positions created by the project are reserved for women. Participants will receive instruction on plant operation, maintenance, and bio‑coal production, with wages paid directly into their personal mobile wallets. This approach ensures that women retain autonomous control over their earnings, fostering financial independence and promoting broader socio‑economic development in rural areas where gender disparities in employment remain pronounced.
Scaling Vision and National Impact
Looking ahead, the consortium envisions deploying up to 30 similar hubs across Pakistan within the next ten years. If each hub mirrors the output of the Kamalia demonstration, the network could displace more than 100,000 tons of imported coal annually. Such a reduction would alleviate foreign exchange pressure, cut air‑pollution‑related health costs, and advance Pakistan’s commitments to climate mitigation and sustainable energy transitions.
Conclusion: A Replicable Model for Clean Energy
Safer Plus exemplifies how targeting intertwined problems—agricultural waste management and energy import dependence—can yield a synergistic solution. By turning seasonal crop residues into a viable coal substitute through torrefaction, the project not only mitigates environmental degradation but also strengthens local industry resilience and empowers marginalized groups. Its emphasis on commercial viability, technology transfer, and inclusive workforce development positions it as a potential blueprint for other developing nations seeking to harness domestic biomass for clean, affordable energy.