Chemrec Technology Boosts Forest Industry Efficiency

Chemrec has made significant contributions to the forest industry by developing innovative technology that increases efficiency.

The company's technology is based on gasification, which converts biomass into a synthetic gas that can be used to produce chemicals, fuels, and power.

This technology has the potential to reduce greenhouse gas emissions and dependence on fossil fuels.

Chemrec's gasification process is also more efficient than traditional methods, requiring less energy and water to produce the same amount of products.

Chemrec's technology and products are designed to improve pulp production and reduce environmental impact. The company offers a range of solutions that can be installed in parallel with existing recovery boilers, minimizing downtime and lost production.

The A300 Booster, for example, increases pulp production through improved black liquor recovery capacity and flexibility in chemical recovery, allowing for a 300 tons/day increase in production. This can be a significant boost for mills looking to increase their output.

The OX300 Booster takes it a step further by not only increasing black liquor recovery capacity but also producing a fuel gas suitable as lime kiln fuel, reducing fuel costs and the mill's carbon footprint.

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Our technology offers a range of products that can significantly improve pulp production and reduce environmental impact. The A300 Booster can increase pulp production by improving black liquor recovery capacity, and can be installed in parallel with an existing recovery boiler.

One of the benefits of the A300 Booster is that it can be installed while the recovery boiler continues to operate, avoiding downtime and lost production. This means that mills can keep running smoothly while they upgrade their technology.

The OX300 Booster not only increases black liquor recovery capacity but also produces a fuel gas suitable as lime kiln fuel, reducing costs and the mill's carbon footprint. This is a game-changer for mills looking to reduce their environmental impact.

The P500 Expansion Unit offers additional capacity and increased yield, while producing significant volumes of sustainable, low-carbon biofuels. This is a great option for mills looking to increase their production while reducing their environmental impact.

The P2000 Combined Cycle Unit replaces recovery boilers entirely, granting improved pulp yield and doubling "green power" production. This is the most advanced option on the market, and is perfect for mills looking to take their production to the next level.

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Chemrec's business model is built around the production of biofuels and biochemicals from biomass.

The company's technology can convert biomass into a syngas that can be used to produce a variety of chemicals and fuels.

Chemrec has partnered with several companies, including UPM and Preem, to commercialize its technology and bring it to the market.

These partnerships have enabled Chemrec to scale up its operations and produce biofuels and biochemicals at a commercial level.

Black liquor is a biomass feedstock with some amazing properties that make it an attractive option for gasification. It's available in large quantities at existing industrial sites.

One of the key benefits of black liquor is its liquid state, which makes it easy to feed into a pressurized gasifier. This is a big advantage over biomass in solid or pulverized form, which can be much harder to work with.

The liquid state of black liquor also makes it easy to atomize into a fine mist that reacts quickly in the gasifier. This helps to speed up the gasification process.

The high sodium and potassium content of black liquor acts as a catalyst, making the gasification of black liquor char more rapid than for any other feedstock. This is a significant advantage over other gasification technologies.

Here are some of the key advantages of using the high temperature, entrained flow gasification principle with black liquor:

This process provides a raw syngas of excellent quality, with:

It's worth noting that sodium-based sulfite liquor, the sulfite process equivalent of black liquor, is also well-suited for gasification. In fact, it may be even better suited than black liquor in some cases.

Black liquor gasification is a game-changer for pulp mills, allowing them to fulfill two investment-intensive duties with a single process. This reduces the total investment demand, making it a more cost-effective option.

The Chemrec gasification process has a substantially higher thermal efficiency than the Tomlinson recovery boiler, which is a significant improvement. This means that less energy is wasted, and more is used to produce valuable products.

By locating the gasification process within a pulp mill complex, environmental permitting becomes easier, and the existing infrastructure can be leveraged to reduce investment costs. This is a huge advantage for pulp mills looking to adopt this technology.

The 2000 tons/day pressurized oxygen-blown unit is a great example of how black liquor gasification can be used to produce significant volumes of sustainable, low-carbon biofuels. This is a major step forward for the industry.

Here are some key benefits of black liquor gasification:

Chemrec AB is an Intellectual Property (IP) Holding Company that offers a unique licensing opportunity to EPC/EPCM companies.

The company provides a license to practice the Chemrec BLG Technology, which is a game-changer in the industry.

Chemrec AB has a wide range of possible tailor-made installations, including the A300 Booster unit.

The A300 Booster is a 300 tons/day atmospheric air-blown unit that increases pulp production by improving black liquor recovery capacity and flexibility in chemical recovery.

This system can be installed in parallel with the mill's existing recovery boiler, allowing production to continue without downtime.

The A300 Booster is a significant upgrade, and its benefits are numerous.

Chemrec AB also offers a 2000 tons/day pressurized unit oxygen-blown, which replaces recovery boilers entirely.

This oxygen-blown unit improves pulp yield and doubles "green power" production, making it a valuable addition to any mill.

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Chemrec AB, a Sweden-based biofuels innovation company, has opened a U.S. subsidiary, Chemrec USA, Inc., headquartered in Deerfield, Illinois.

Chemrec USA will develop Chemrec's patented fuels-from-the-forest biorefineries in North America. These biorefineries will transform black liquor, a pulp and paper milling waste product, into ultra-clean alternative motor fuels methanol and dimethyl ether (DME).

The DME fuel produced through this process is carbon neutral because the farmed forestry used by the mills is a renewable resource.

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Chemrec has made significant progress in the development of its technology.

The company has been working on a gasification process that can convert biomass into a synthesis gas, which can then be used to produce chemicals and fuels.

This technology has the potential to reduce greenhouse gas emissions and dependence on fossil fuels.

Chemrec's technology has been tested in a pilot plant in Piteå, Sweden, and has shown promising results.

The pilot plant has been operating since 2009, producing chemicals and fuels from biomass.

Chemrec has also received funding from the Swedish government to further develop its technology.

This funding has been used to improve the efficiency and cost-effectiveness of the gasification process.

Chemrec's technology has the potential to be scaled up for commercial use, which could have a significant impact on the biofuels industry.

The company is working with several partners to further develop and commercialize its technology.

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