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Laska Technology

Manufacturer

Website
www.laska.com.tr
Services
In app support

Laska specializes in the innovative upcycling of end-of-life tires, transforming them into valuable energy and raw materials. Through its advanced pyrolysis process, the company addresses the global challenge of waste tire disposal, mitigating environmental impacts and contributing significantly to the circular economy. Laska's operations are designed to be eco-friendly and sustainable, converting waste into high-demand products while reducing carbon dioxide emissions.

The company's core offering includes the production of recovered carbon black (rCB), a high-quality raw material utilized across various industrial sectors such as automotive, paint, rubber, and textile. This rCB boasts superior properties compared to conventional carbon black, including enhanced heat and abrasion resistance, reduced polycyclic aromatic carcinogens, and extended product life. Furthermore, Laska generates high-purity biofuel, which possesses significant heat and energy values, alongside first-class steel suitable for the steel industry. The process also yields high-energy gas, which is efficiently utilized to meet the facility's internal energy requirements.

Laska's commitment to sustainability is evident in its substantial environmental benefits. For every ton of upcycled carbon black produced, the company reduces carbon dioxide emissions by 2.5 tons, effectively preventing the use of fossil fuels. This process also leads to a reduction in harmful sulfur and nitrogen oxides, alleviating environmental pressure. By eliminating the dependence of carbon black production on crude oil, Laska champions a cleaner, more cost-effective, and sustainable manufacturing paradigm, aligning with global efforts towards a transition to upcycling and compliance with stringent environmental regulations. The company aims to tackle the disposal of 1.5 billion waste tires annually, demonstrating a business model that delivers both financial gains and measurable positive environmental impact.

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