• Crops such as rice, sugar cane, wheat, and corn produce large quantities of residues.  A small part of the biomass in these plants (10 to 40%) is used to feed people and animals. Most of it is burned directly in the fields, creating pollution and fine particle emissions that affect millions of people. In other cases, it is left to decompose, releasing greenhouse gases.  This has a negative impact on the environment and society.  The worldwide quantities of these residues are enormous, exceeding 5 billion tons annually.
• Invasives are species which spread very quickly and are harmful to native vegetation. This can be plants and trees that compete directly with native species for water, sunlight, nutrients, and space. Also, it can be invasive insects, like the ash borer beetle, can decimate forests. Due to climate change this problem has accelerated. Governments, farmers, and foresters at all levels are seeking economic ways to combat invasives, which Torrgreen can offer by turning them into feedstock for green energy.
• As global temperatures rise, major storms are increasing in frequency and intensity.  Torrgreen combined with Torrpower offers a potential dual solution in disaster recovery, turning storm debris into a source of decentralized power when the electrical grid may be down. 

With Torrgreen we can turn these problems into solutions -transforming crop residues, invasive plants, and storm debris into economic value. Creating a commodity for green chemicals. Producing biofuels for heavy polluting ships and airplanes. Generating local green heat and power and providing a biobattery to complement wind and solar to provide 24/7 renewable energy. And in the process creating many new jobs. All in a circular and sustainable way.

Torrgreen is the first high-capacity mobile torrefaction system in the world, and it is very scalable.

• We strengthen the position of all land users by creating new green revenue streams,
• We address the high risks associated with crop residues and invasives, and
• We help clean up recycled wood from urban areas and debris as result of natural disasters.

Our systems are operated at the source of the feedstock, as it allows for a large feedstock flexibility, where other technologies mainly process only wood-based streams.

Torrpellets have cost efficient transport as it uses easy, existing logistics.

For the buyers of torrefied material, Torrgreen provides a reliable upstream position in the fast-growing market for renewable energy and biorefinery solutions.

Torrpower produces decentralized energy in container format for off-grid customers. Reliable, affordable, and green. Torrpower’s modular systems have a power output of 200 to 1000 kWe and up to 2000 kWth of high-quality heat. Within this range, approximately 80% of the customers on the decentralized energy market can be served.

Production capacity which can quickly and easily be adapted to the demand for base and peak load. So widely applicable and very scalable, that offers an ideal complement to large-scale solar and wind installations, providing renewable energy through the same grid connection when they are not producing power.

Torrpower offers a cheaper and environmentally friendly alternative to diesel generators. Decentralized energy generation anywhere in the world, also for temporary demand. Suitable for purchase as well as for rental.

Torrgreen is a triple bottom line enterprise. We will produce major benefits for our investors, employees, and the surrounding community and environment. By developing decentralized green energy technologies needed to help stop the rise in global warming.  Today’s biowaste burning already accounts for 3% of GHG emissions…

There are 3 primary pillars to Torrgreen’s ESG or CSR approach: 

1. Avoid GHG emissions by burning and fossil fuel burning. Therefore, we aim to grow Torrgreen’s mobile torrefaction technology as rapidly and responsibly as possible to turn biowaste into a versatile biofuel. And with Torrpower into a green energy solution that provides baseload and off-grid renewable energy, while capturing carbon in biochar.
    
2. Use a percentage of the profits that Torrgreen generates, to leverage the unique attributes of our technology capabilities for the greater good, for example:
   - Supplying our equipment and Torrpellets to communities in the developing world that will enable them to create good jobs and become energy self-sufficient; 
   - Providing an economically viable way to remove invasive species and hazardous materials (e.g. used rail ties, storm debris) by using them as feedstock to create green energy;
   - Using biochar to store carbon and enhance soil quality;
   - Providing complementary educational programs to increase understanding of the risks posed by climate change and the potential of biomass + mobile torrefaction to help solve the problem;
    
3. Operate in an ethical and transparent way that shares the benefits Torrgreen produces with its stakeholders, including employee owners and surrounding communities.