Sanko, a prominent industrial conglomerate in Turkey, developed a proprietary recycling technology that has powerful advantages. First, it can recycle blended-material textiles, especially polycotton, for which the technology is able to preserve the quality and nature of the cotton.

Second, Sanko’s technology eliminates the sorting step, making it capable of handling both excess material from textile manufacturing and used clothing from consumers (the largest source of textile waste and material, which is often challenging to recycle) in a cost-effective manner. Finally, the company’s technology emerged at the right time, with the fashion industry pushing to meet ambitious circularity targets and comply with upcoming environmental regulations in EU and the US.

A key question facing Sanko: What business model would allow the company to maximize the value of this innovative asset?

The answer would depend in part on which segment of the market was best suited to the technology. One attractive option was to produce “next-gen” fiber (recycled, high-performance, textile-grade fibers with enhanced traceability and versatility). Sanko assessed the demand and profitability for such a product, especially next-gen cotton, across all markets and developed a strategy to capture the opportunity.

Given that the company’s existing business focused on yarns, filaments, and fabric (not fiber) and its ambitions to the build the largest textile-to-textile recycling business in the world, Sanko decided to establish a new separate entity to commercialize the technology. This new company, RE&UP, has achieved strong early results, producing recycled cotton fiber which generates 70% fewer CO₂ emissions and requires 90% less water compared to production of conventional cotton.

The company aims to recycle over 1 million metric tons of textile waste by 2030—equivalent to more than 2.5 billion garments. That would slash water usage by 2.3 billion cubic meters, equivalent to the total annual water use in the UK.

The Indian Renewable Energy Development Agency (IREDA) was established by the government of India as a non-banking financial institution to accelerate the buildout of green energy.

IREDA garners two key benefits from its sole focus on green finance. First, the agency has easier access to global green funds compared to institutions that fund a broad range of sectors. Second, given IREDA’s deep knowledge of the green energy market, it has developed tailored financing products that better reflect the risk associated with specific projects. As a result, the agency can fund projects at higher debt-to-equity ratios than standard lenders that take a more uniform approach, making the agency an attractive partner to potential customers.

Leveraging those advantages, IREDA has adopted innovative approaches to lower the cost of funds for its customers. For example, they have established a dedicated unit focused on identifying international concessional and blended-finance sources of capital that are targeted to specific end uses. The agency then matches those funds—for example, concessional funding lines available specifically for development of solar parks—with customers that are working on such projects.

IREDA has also incorporated a subsidiary in GIFT International Financial Services Centre, a special economic zone in India. The subsidiary will focus exclusively on dollar-denominated debt financing for export-oriented green industries (such as green hydrogen or solar module manufacturing) and offshore green energy projects led by Indian developers.

Given that both the funds IREDA raises for the subsidiary and the loans it makes will be in dollars, the agency will not need to hedge for currency risk. That will result in an interest rate reduction of 300 to 350 basis points for the end customer. In addition, with both its revenue stream and its debt denominated in dollars, the customer’s foreign exchange risk is lowered as well.

Such innovation has allowed IREDA to expand access to relatively low-cost financing for companies in emerging green sectors, enhancing the viability of many low-carbon energy projects.

OCP, a leading global fertilizer producer based in Morocco, is driving a broad sustainability transformation with the goal of achieving net zero by 2040. As part of this effort, the company is building a portfolio of new green businesses that are focused outside OCP’s core business but leverage the company’s existing assets and deep expertise in sectors such as water, energy, chemicals, and agriculture.

These new ventures have been developed by Innovx, a dedicated innovation incubator. Since being established in 2022, Innovx has provided critical capabilities, resources, and frameworks to support more than 20 new ventures. The goal: to de-risk OCP’s innovation journey, meet the company’s decarbonization objectives, and advance product circularity.

The new businesses include Hydrojeel, which aims to produce 3 million tons of green ammonia, material that can be used to significantly reduce OCP’s carbon footprint. Another venture, Tourba, hopes to support the transition of 6 million hectares of farmland to sustainable agricultural practices by 2027, helping to sequester carbon and reinforce farmers’ resilience to climate change.

Meanwhile, as part of its circularity objective, OCP launched Fluoralpha and Uranext to extract fluorine and uranium, respectively, from phosphate-rock processing—materials that would have otherwise been treated as waste. The ambition is to build these two ventures into large global fluorine and uranium producers by 2040.

Tackling agriculture related emissions—a major priority in Denmark—requires action across the ecosystem. Copenhagen-based BioCirc, founded just three years ago, has built a business that advances agricultural decarbonization by bringing sectoral players together.

The company produces green energy by converting biological material—food or animal waste—into biomethane. A key element of the company’s success has been its partnership with farmers, most notably through a linkup with DLG, a major agricultural cooperative. The agricultural sector, including farmers that are part of DLG, supply biomass to the company, enabling it to reduce or avoid carbon emissions from on-farm waste. DLG took a stake in BioCirc, providing farmers within the coop the opportunity to share in the value created through the decarbonization of their operations. And BioCirc has also given individual farmers the option to invest directly in the venture.

The company now has eight operating biomethane facilities which produce green gas to heat buildings, drive industrial processes, and fuel the transport sector. Since BioCirc’s plants began operating, the production has abated nearly 2 million metric tons of CO₂ on a net basis, equivalent to removing more than 400,000 cars from the road. Adding to the ongoing CO₂ abatement, BioCirc is set to capture and permanently store roughly 1 million tons of biogenic CO₂ from their biogas production by 2036, making it the largest carbon capture and storage project in biogas globally to date.

BioCirc expects to expand its network of partners in the years ahead, including through the development of what it calls “circular energy clusters” that provide renewable energy (including wind and solar power and renewable fuels) in local municipalities.

BKV, an independent US-based energy company, set an audacious ambition to achieve net zero Scope 1 and Scope 2 emissions from its owned and operated natural gas production and midstream businesses by the early 2030s.

To make that commitment a reality, the company conducted a comprehensive evaluation of decarbonization options in 2021, including assessments of renewables and hydrogen. The company honed in on the potential of carbon capture, utilization, and storage (CCUS), thanks in part to the Section 45Q tax credits associated with CCUS projects—federal incentives expanded through legislation in 2022.

BKV formalized a robust business case to launch its CCUS venture. The goal was to not only use the technology to capture emissions generated from their own operations but to also capture emissions from customers in other hard-to-abate sectors. BKV moved quickly, maximizing financial incentives for CCUS and navigating a complex permitting landscape. In November of 2023—just two years after they began exploring the opportunity—BKV brought the Barnett Zero project online, making it one of the first commercially viable CCUS projects in North America.

This landmark project is expected to permanently sequester approximately 183,000 metric tons of CO₂ equivalent annually. BKV is pursuing sixteen additional potential CCUS projects that could ultimately capture over 16 million metric tons of CO₂ equivalent per year.