CARBON TURNAROUND recently finalized one of its recent flagship projects, the development of a White Paper for the sustainable use of RDF (Refuse Derived Fuels) for its client the Subnational Climate Fund.

The Circular Economy experts from CARBON TURNAROUND have been assigned for this important project due to its excellent and long-lasting experience in the field of RDF fuels. RDF fuels are derived from solid waste streams, like Municipal Solid Waste (MSW) or industrial wastes to valorise them in energy plants and to replace traditional fossil fuels like coal or natural gas. This type of fuel is used for example in cement plants, industrial boilers or in waste to energy plants to support its decarbonization efforts.
The White Paper should serve as a guideline for decision-makers on the sustainable implementation and operation of waste management projects that involve the production of RDF. Especially in developing nations in the Global South, where still no proper waste management system is implemented, the production of RDF fuels could be an interesting solution to improve the current waste management situation.
The paper provides:
 a comprehensive overview of RDF, its production, types, characteristics, storage, transportation and uses
 guidelines for decision-making on waste management infrastructure involving the production of RDF
 guideline for Gold Standard to establish safeguarding principles

The White Paper can be downloaded from the webpage of the Subnational Climate Fund here.
The Subnational Climate Fund is a global blended finance initiative that aims to invest in sustainable infrastructure projects with high climate mitigation impact, like renewable energy, waste management, nature-based solutions, or regenerative agriculture.
The Subnational Climate Fund is a partnership of consortium members composed by Pegasus Capital, the International Union for Conservation of Nature (IUCN), the Catalytic Finance Foundation, Gold Standard and The Green Climate Fund (GCF).
CARBON TURNAROUND is very proud about the successful execution of this significant advisory work. We are convinced that with this White Paper the base for the development of numerous sustainable RDF projects has been laid and a meaningful contribution to improve the waste management situation globally with a high climate mitigation impact has been made.

CARBON TURNAROUND was assigned by HIF GLOBAL, a leading player in the emerging hydrogen and e-fuel market, to undertake an in-depth analysis and risk assessment about legal and technical questions about compliance with the biomass sustainability criteria in the European REDII and REDIII directives.

HIF CHILE belongs to the international company HIF GLOBAL, a leading player in the emerging market of green hydrogen and e-fuels, with activities on a global scale. The projects under development are aiming to produce e-fuels based on large scale hydrogen production with electricity coming from renewable energy sources, like wind turbines or photovoltaics. HIF CHILE already installed a first pilot project in the Magallanes region in Chile. The scaling-up of this project to product large quantities of e-fuels for the international markets is underway. Another project of the same type is under development in Uruguay.
For the production of this carbon rich e-fuels, a sustainable source of CO2 will be required. It is planned to use for this purpose biomass which will be burned in a co-generation plant to produce electricity and heat for the e-fuel synthesis process. One target market is the European Union, where decarbonization efforts are promoted very actively in order to be the first carbon neutral continent globally. In 2018 the European Union did pass the Renewable Energy Directive II (RED II), which acts as legal framework for the EU-wide energy transition. Recently an amendment of this directive (REDIII) did pass the European Parliament, with tightened legal requirements and increased shares for energy from renewable sources. For bioenergy specific strict sustainability criteria have been introduced by these directives in order to avoid unsustainable use of this limited resource and to guarantee that biomass use leads to real and accountable greenhouse gas emission reductions. For HIF GLOBAL these sustainability criteria for biomass are of utmost importance due to the commercialization of their e-fuels on the European market. In order to be counted towards the renewable quotas and to get access to preferential prices (e.g. subsidies), the used biomass in Chile and Uruguay for the production of e-fuels has to comply with the stipulated sustainability criteria.
CARBON TURNAROUND was assigned by HIF CHILE to undertake an in-depth analysis and risk assessment about questions how locally biomass can be sourced and used for the planned purpose by complying with the strict European REDII and REDIII legislation. A comprehensive study report was elaborated with detailed technical and legal answers about relevant questions about this subject area. The study report will be used internally to define a suitable biomass sourcing strategy for HIF CHILE and will be used also in the communication with potential investors for the project.

CARBON TURNAROUND is very proud to have completed this important consulting assignment successfully and we hope to deepen our cooperation with HIF GLOBAL in the growing global hydrogen business.

CARBON TURNAROUND in close alliance with its partner company CHRISTOF GLOBAL IMPACT and co-financed by the German Development Bank KfW DEG did finalize an in-depth feasibility study about the implementation of the BSF insect technology in the Peruvian Amazon region.

Since 2021 CARBON TURNAROUND is closely cooperating with one of the leading engineering companies in the field of organic waste management with the Black Soldier Fly (BSF) technology for organic waste management, the company CHRISTOF GLOBAL IMPACT. Together a strategic alliance was established to introduce this promising technology in Latin America and beyond in order to transform unused organic waste in insect protein for the production of animal feed. Beside high-valued protein also several sub-products, like organic fertilizer and insect oil, are generated what make the business case for insect protein even more promising. Between Sept. 2022 and July 2023 CARBON TURNAROUND and CHRISTOF GLOBAL IMPACT did undertake a very detailed feasibility study how this technology can be implemented in the Peruvian Amazon region in order to solve several environmental problems related to organic waste and on the other hand provide locally produced high quality protein for the emerging sustainable aquaculture industry in the Amazon basin. The BSF insect technology is a multitalent for fulfilling the UN Sustainability Development Goal and is especially for the Amazon region an ideal solution to promote the transformation of the local economy towards sustainability and decarbonization. Currently all the organic waste from cities, agriculture and villages is dumped and is provoking serious environmental problems like high methane emissions, ground water contamination and ozone formation. Additional to that currently fish feed is transported from the coast over the Andes mountains with a high carbon footprint and with elevated costs, what results for the local aquaculture industry in a heavy disadvantage. Locally produced insect protein can be produced with local organic resources at a significant lower price than imported fish meal protein and additional to that provide green local job opportunities and is contributing therefore to a reduction of the pressure on natural resource extraction practises like illegal fishing, poaching, gold mining or coca plant plantations. The local production of protein will also contribute to significantly reduce the high malnutrition of indigenous communities by improving food safety.
The finalized feasibility study is based on a tailor-made solution for the implementation of the BSF insect technology in the complete Peruvian Amazon region. The results of this study are very promising and are proofing that the BSF insect technology is an ideal solution for the current problems related to organic waste and the lack of competitive fish feed. The next step is the implementation of several small-scale pilot plants to demonstrate the feasibility of this technology under local conditions and to generate data for the design of the larger industrial plants, which will be build as a following step.
The BSF Insect technology is also perfectly matching with the recently by the presidents of all Amazon sharing countries signed “Belém Declaration” in which 113 action points for the protection and development of the Amazon basin have been defined. Sustainable Aquaculture and the development of a bioeconomy based on sustainable use of local resources are key pillars of this declaration and 100% aligned with the proposed BSF insect solution for the Peruvian Amazon region.

CARBON TURNAROUND together with its Partner company TÜV-SÜD did recently finalize the SDG Assessment for the Austrian company GLORYFY.

CARBON TURNAROUND has a strategic partnership with the German certifier specialist TÜV-SÜD in the field of SDG Assessment for private companies. TÜV-SÜD did develop a sophisticated methodology based on the 17 UN Sustainability Development Goal (SDG) in order to make the sustainability performance of private companies measurable. Recently we could successfully finalize such type of sustainability assessment for the Austrian company GLORYFY, a specialized eyewear manufacturer, who is using a patented special plastic, which results in unbreakable eyewear. Pressure from clients and investors is increasing and GLORYFY contracted CARBON TURNAROUND and the TÜV-SÜD to undertake a in-depth sustainability assessment based on the SDG´s in order to make the sustainability performance of GLORYFY measurable. The TÜV-SÜD methodology allows to cover the full spectrum of sustainability and determines the contribution of companies to reach the global SDG´s. The methodology is completely transparent and verifiable and can therefore avoid unjustified sustainability claims, a common problem of SDG assessments. The results of the SDG assessment shows that GLORYFY is on an excellent track to become a top-runner eyewear manufacturer in terms of sustainability. We hope to repeat this SDG assessment for GLORYFY yearly in order to allow to measure the results of the identified and proposed sustainability actions of the SDG assessment continuously.

CARBON TURNAROUND recently finalized a market study about the identification of suitable techno-economic usage options of biochar for carbon sequestration for its business partner ECOCONSULTANTS

Biochar is seen as the only technically and economically already mature solution for large scale carbon sequestration. The biochar industry is considered right now on the starting point of a long-lasting boom in order to make a contribution to reduce the CO2 concentration in our atmosphere. To guarantee profitable biochar projects the design of appropriate business models, considering the usage of the produced biochar in a way with the highest added value, is key.
Biochar is a very versatile and valuable resource, which in contrast to CCS (Carbon Capture & Storage) solutions, which are favoured by the fossil industries, will play a key role in the transition towards a bioeconomy based on circularity concepts.
CARBON TURNAROUND was invited by its partner company ECOCONSULTANTS to do an in-depth market study about the possible use options for biochar considering process parameters of the pyrolysis process, used organic feedstock and the final use of the biochar product. This study is considering all market-ready usage options starting from traditional use of biochar as soil amendment and other applications in the agricultural sector, use as energy carrier, its use in industrial processes like cement production or green steel production, its use as environmental absorber for soil, water and air decontamination up to recently evolving high-tech usages like its use as resource for the production of composite materials, building materials and for energy storage application.
This market study was done as part of a broader research project, which was undertaken by one of the leading universities in waste management and circularity in Austria. We are happy for being part of this interesting and pathbreaking research project which hopefully will make a meaningful contribution to the growing biochar industry!

CARBON TURNAROUND was selected by Sonnenerde GmbH as independent 3rd party verifier for a technical due diligence of its biochar-based carbon removal technology

CARBON TURNAROUND undertook in January 2022 a technical verification process of the innovative project proposal based on Biochar, which was developed by Sonnenerde GmbH. This technology proposal was presented at an international competition with the aim to award the most cost efficient and environmental sound project proposal for the sequestration of atmospheric or oceanic carbon dioxide for climate mitigation.
Since 2012 Sonnenerde GmbH is one of the first European companies to produce biochar as soil amendment with an advanced pyrolysis production plant. Based on the vast technological and operational experience gained in the last 10 years in its operating biochar facility Sonnenerde did develop an improved biochar production plant, which will be constructed in 2023 adjacent to the existing facility. This new biochar plant will leverage on the identified shortcomings of the existing plant in order to guarantee an innovative design which will be extremely energy efficient. Besides improved economics for the production of biochar and compost the new over-all plant concept in addition will allow for negative carbon-sequestration costs and thereby greenhouse gas abatement based on a profitable business case.
CARBON TURNAROUND did execute an independent 3rd party verification of the project proposal. This verification process included a detailed technical analysis regarding the technological feasibility of the proposed biochar production facility based on operational performance, the Process Flow Diagram and process descriptions presented as well as a verification of assumptions for carbon sequestration calculations, mass- and energy balance and system boundaries.
We are grateful for Sonnenerde´s confidence in CARBON TURNAROUND´s technical capabilities to act as an independent 3rd party verifier. We wish the team from Sonnenerde all the best to proceed in this ground-breaking competition!

Desarrollo de negocios y proyectos para la gestión innovadora de residuos orgánicos con granjas de insectos de la mosca soldado negro para Christof Industries en América Latina

En febrero de 2021, Carbon Turnaround formó una asociación estratégica con el especialista austriaco en ingeniería y construcción de plantas Christof Industries para desarrollar e implementar sistemas innovadores de gestión de residuos orgánicos en los mercados latinoamericanos. En América Latina, la mayor parte de los residuos orgánicos de la agroindustria y de los hogares todavía se depositan en vertederos – con todas las consecuencias medioambientales perjudiciales que ello implica: emisiones de metano, propagación de enfermedades infecciosas o pérdida de valiosos nutrientes. El uso de estos flujos de residuos orgánicos en granjas de insectos puede ser la solución perfecta para resolver todos estos problemas. La mosca soldado negra es capaz de procesar una gran variedad de flujos de residuos orgánicos transformándolos tanto en valiosas proteínas y aceites de insectos (utilizados en la industria de la acuicultura y la alimentación animal) como en valiosos fertilizantes orgánicos (utilizados en la agricultura y los viveros). Esta tecnología es capaz de resolver todos los problemas relacionados en la gestión de residuos orgánicos a la vez y está acortando la brecha para poder conseguir una economía circular en los sectores agrícola y de alimentos y bebidas.

Christof Industries, con sus tecnologías ChristofCleanCity, es reconocido mundialmente como el principal especialista en granjas de insectos de la mosca soldado negra a gran escala, con un historial probado en diferentes mercados en Asia, África, Europa y América del Norte. Con esta alianza estratégica entre CARBON TURNAROUND y Christof Industries, pretendemos revolucionar el tratamiento de residuos orgánicos también en América Latina.

Esta potente tecnología es capaz de convertir los flujos de residuos orgánicos no utilizados en una materia prima de alto precio para el mercado global de proteínas. Esto mejora el posicionamiento competitivo de las empresas generadoras de residuos orgánicos y al mismo tiempo resuelve varios problemas de sostenibilidad relacionados con los residuos orgánicos, produciéndose una contribución significativa para alcanzar los ODS de la ONU de los países latinoamericanos.

La reducción de las emisiones de metano se considera prioritaria para alcanzar los objetivos climáticos a corto y medio plazo por su efecto a corto y mediano plazo en el cambio climático. Sin una reducción rápida e integrada de las emisiones globales de metano (entre las que las emisiones de metano procedentes de la gestión de residuos orgánicos son una parte sustancial) no se alcanzarán los objetivos del Acuerdo de París. Las granjas de insectos son una tecnología muy poderosa en las reducciones de emisiones de metano con el fin de cumplir con estos objetivos climáticos, así como con otros importantes ODS de la ONU.

Servicios de desarrollo de negocios de sostenibilidad para ENGIE Impact en la región de Alemania y Austria

ENGIE Impact pertenece al Grupo ENGIE y es un proveedor de servicios industriales para la sostenibilidad y los servicios de infraestructura. CARBON TURNAROUND fue contratado en 2020 por ENGIE Impact como consultor para coordinar y apoyar la entrada en el mercado y el desarrollo del negocio en la región de Alemania y Austria. Nuestra tarea durante este encargo de consultoría fue la realización de estudios de mercado para identificar los sectores industriales adecuados para los servicios de ENGIE Impact, el análisis de las necesidades del cliente, de soluciones a medida para los servicios de sostenibilidad, la identificación de socios de cooperación, así como la construcción de una red fuerte para establecer la marca ENGIE Impact en este nuevo mercado para el Grupo ENGIE. Esta tarea se completó con éxito con la apertura de una oficina dedicada de ENGIE Impact para la región de Alemania y Austria en 2021.

ISWA – Asociación Internacional de Residuos Sólidos: gestión interina

En 2018, Arne se comprometió a dar un giro a la ISWA, que en ese momento tenía su sede en Viena, Austria. En dos años, Arne consiguió mantener unido al equipo principal de empleados, resolver la difícil situación económica y, junto con la junta directiva, desarrollar una estrategia de futuro para 2030 que se está aplicando actualmente. Además, Arne organizó y supervisó el traslado de la Secretaría General de Viena a Róterdam en 2019/2020, al tiempo que creó nuevas estructuras jurídicas en los Países Bajos y liquidó las existentes en Austria. A finales de 2019, Arne completó su exitoso logro y entregó la responsabilidad de gestión de ISWA a Marc Tijhuis, el actual director general de ISWA. Arne ahora se desempeña como vicepresidente y miembro de la junta directiva de ISWA.

Negocio de almacenamiento de energía y desarrollo de proyectos para NEC Energy Solutions

Entre 2015 y 2019, Herwig fue Jefe de Desarrollo de Negocios para América Latina para NEC Energy Solutions, uno de los principales integradores de baterías de almacenamiento de energía para soluciones de almacenamiento de energía conectadas a la red a nivel mundial. Debido a su débil infraestructura de red y a la enorme cantidad de generación de electricidad fuera de la red, América Latina fue identificada por el Grupo NEC como un mercado prometedor para sus soluciones de almacenamiento. Herwig dirigió un equipo de ingenieros locales que trabajaban en el desarrollo de negocios y proyectos con base en México, Colombia, Argentina, Brasil y Chile. El almacenamiento de energía es todavía una tecnología poco conocida en estos mercados y Herwig tuvo el privilegio de participar en muchas conferencias como panelista y ponente hablando de los beneficios del almacenamiento de energía para la infraestructura energética latinoamericana. Durante estos años, se han instalado varios proyectos de almacenamiento de energía para la estabilización de la red; el almacenamiento de energía detrás del contador, la gestión de la carga de la demanda y la energía solar y fotovoltaica en Chile, Colombia y Brasil.