The emissions compensation system allows compliance flexibility for facilities regulated under TIER. Emission offsets are generated by projects that have voluntarily reduced their greenhouse gas emissions. Emission offsets are quantified using Alberta-approved methodologies called quantification protocols and are third-party verified in accordance with the Validation, Verification and Audit Standard. Offset projects must meet the requirements of the Technology Innovation and Emission Reductions Regulation (TIER) , the Standard for Greenhouse Gas Offset Project Developers and the relevant Alberta-approved quantification protocol. Emission offsets in Alberta are registered and publicly listed on the Alberta Emission Offset Registry, which is currently operated by CSA Group.

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Global X bolstered its lineup of exchange-traded funds on Thursday with the addition of the Global X Carbon Credits Strategy ETF ( NYSEARCA: NTRL ). NTRL's objective is to provide investors with access to carbon futures in various geographic regions to limit emissions in line with the 2015 Paris Agreement. NTRL takes long positions in futures contracts that involve the physical delivery of emission allowances issued under cap and trade regimes. Global X highlighted that global expectations of tighter emission limits have led to demand for carbon quotas around the world. The ETF issuer noted that between 2018 and 2022, the total value of regulated carbon markets more than quadrupled, from $186 billion to $856 billion. "Pressure to meet emissions reduction commitments under the Paris Agreement is intensifying and regulators around the world are seeking to tighten emission caps, potentially increasing the scarcity and price of carbon allowances," said Pedro Palandrani, director of research at Global X ETF. Additionally, NTRL comes with a 0.39% expense ratio. NTRL will also find itself trading alongside other ETFs focused on carbon credits, such as the KraneShares Global Carbon Strategy ETF ( FIREPLACE ), KraneShares California Carbon Allowance Strategy ETF ( KCCA ) and KraneShares Global Carbon Offset Strategy ETF ( KSET ).

The head of the world's leading certifier of carbon credits has announced that he will step down as CEO next month. It comes amid concerns that Verra, a Washington-based nonprofit, approved tens of millions in worthless offsets used by major companies for climate and biodiversity commitments, according to a joint investigation Guardian earlier this year. Vo statement on LinkedIn on Monday, Verra CEO David Antonioli said he would step down from his role after 15 years leading the organization that dominates the $2 billion voluntary carbon market, which has certified more than 1 billion credits through its Verified Carbon Standard (VCS). .

(Patrick Greenfield)

“I've been wondering something lately: when did 'offset' become a swear word? Should I write it as off***? The extent to which offsets are downplayed in much of the decarbonisation debate concerns me, not just me. Offsets are an integral part of any sensible net zero strategy. Without offsets, it is not possible to achieve a net reduction of emissions to zero. However, it seems to be increasingly suggested that offsets should be reserved exclusively for the period when all other decarbonisation options have been exhausted and only residual emissions remain. It seems that then and only then is it acceptable to use them.” Why the Anti-Offset Logic Is Flawed There is a huge flaw in this approach. The term "buying offsets" may be distracting people from what is actually being done - that is, using offsets to direct capital to climate projects and initiatives. If we are to ensure that global warming does not exceed 1.5°C by 2050, we desperately need to decarbonize as quickly as possible and invest in long-term climate solutions. It's not one or the other - it's both, and they should be done in parallel, not sequentially. Buying offsets is essentially a way to invest in climate solutions that are otherwise not commercially viable (or you would just regularly invest alongside your assets to get a return on investment). And more often than not, many of the hardest to monetize opportunities are nature-based solutions like soil and peatland conservation, forest restoration, ocean protection, etc. If we don't support investment in this vital work, natural habitats around the world will pay the price.”

A team of atmospheric and climate scientists from several institutions in Europe found that even if all human management of forest land stopped immediately, it would not be enough to offset global carbon emissions. In his study, published in the journal Science , the group used mapping and AI applications to model the extent to which such a plan would result in forest regrowth, and thus CO2 sequestration. 

For several years now, many large corporations have been trying to manage their own carbon footprint by doing business with carbon offsets and credits, while paying others to engage in activities that remove CO ₂ from the atmosphere, they theoretically compensate for the emissions they emit. The biggest customers in such stores are those who manage large forests, such as parts of the Amazon. However, researchers say there is a flaw in this system – reusing the land as a forest will not be enough to overcome the problem of climate change (by Bob Yirk, Phys.org)

In 2019, only 16 % of the global economy was estimated to be covered by net zero targets, increasing to 68 % by 2021.

ESG investing is falling in popularity among UK investors

However, not all net zero pledges are created equal and we as investors have a role to play in examining the viability of the targets our investee companies have set themselves to ensure they are playing their part in the fight against climate change. While there is no single definition of net zero and no single framework for measurement, the Science-Based Targets Initiative (SBTi) has published the following definition of corporate net zero in its guidance:

• Reducing scope 1, 2 and 3 emissions to zero or to a residual level consistent with achieving net zero emissions at the global or sectoral level in eligible 1.5°C aligned pathways
• Neutralization of any residual emissions in the net-zero target year and all greenhouse gas emissions released into the atmosphere after that year

The first point in the definition, while not without problems, is the clearer ambition for many companies and will have the greatest short-term impact on emissions.

Many of the companies we speak to have been able to carry out initial assessments of their carbon footprints and have used these to set preliminary targets that will see substantial reductions in emissions in the short term. (Amelia Overd)

Ads that claim products are carbon neutral using offsets are to be banned by Britain's advertising watchdog unless companies can prove they actually work, the Guardian can reveal, as Gucci becomes the latest company to wrestle with a high-profile green commitment based on offset . The Advertising Standards Authority (ASA) is to begin tougher enforcement of the use of terms such as "carbon neutral", "net zero" and "nature positive" amid growing concerns that companies are misleading consumers about the environmental impact of their products. part of a crackdown on greenwashing later this year following a six-month review. Under the plans, the ASA will take action against firms that tell consumers they can buy their products without worsening global warming or loss of nature on the basis of purchase offsets - unless they can prove they are actually effective. The move follows the ASA's recent enforcement of rights against Lufthansa companies a Etihad on ecological claims. Companies will still be able to talk about their sustainability efforts, the Guardian understands. (Patrick Greenfield)

Last year, the world built more new solar capacity than all other energy sources combined. Solar energy is now growing much faster than any other energy technology in history. How fast? Fast enough to completely displace fossil fuels from the entire global economy before 2050. The rise and rise of cheap solar energy is our best hope for rapid climate change mitigation. Total solar capacity exceeded 1 terawatt (1,000 gigawatts) for the first time last year. The sector is growing by approximately 20 % per year. If this continues, we will reach 6 terawatts around 2031. In terms of capacity, this would be greater than coal, gas, nuclear and hydro combined. (Andrew Blakers)

The carbon offset market has become a veritable minefield for organizations seeking to achieve net zero goals. With many offset schemes condemned as 'worthless', it is imperative that businesses find options that have real-world impact and use them strategically to avoid claims of greenwashing. The rapid growth of the carbon offset market, which is set to quadruple in size by 2020-21, has raised concerns that Australian organizations are using unreliable carbon credits to buy their way to net zero targets rather than making meaningful changes to decarbonise. Market analysis shows that carbon credits may not always deliver what is promised. As such, organizations need to educate themselves on how to ensure the most effective offsets for their decarbonisation journeys. The voluntary carbon market has soared to $2 billion in 2021, but not without criticism. A 2022 analysis revealed that more than 90 percent of rainforest carbon offsets from the world's largest certification body were "worthless" and called "phantom credits" that did not represent real carbon reductions.  This challenge to the integrity of carbon offsets, combined with increasing pressure on companies to prove they are decarbonizing, has created what you might call an imperfect storm. (Sandra Rossi)

Because of Illinois' unusual geology, many companies across the country might want to capture carbon dioxide emissions from their operations and transport the gas to Illinois for sequestration underground. Before that happens, Illinois should implement strong safeguards to protect residents, landowners, taxpayers, drinking water and the climate. New federal subsidies support the use of technologies to capture and store the carbon dioxide released when fossil fuels are burned. This technology allows the gas to be stored thousands of feet underground to keep it out of the atmosphere, where it would help raise global temperatures. Archer Daniels Midland Co. in Decatur has been operating the nation's first carbon sequestration project for more than a decade, and more are planned elsewhere. But for a carbon sequestration network to cause a significant drop in carbon dioxide emissions, it would have to be exponentially larger than the ADM network. (Editorial board  CST)

Norwegian research firm Sintef and Norwegian floating PV specialist Svalin Solar are currently developing a floating concentrating photovoltaic thermal (CPVT) receiver for use in carbon capture facilities. "The energy requirement for CO2 removal is perhaps the most dominant factor driving solvent-based post-combustion capture technology," he told magazine pv chief business developer company Sintef Martin Bellmann. "Essentially, any technology that significantly reduces the so-called reboiler duty - energy consumption for CO2 stripping - is in high demand." Both companies described the new technology as a solar carbon capture system that either fully or partially generates the thermal energy needed to separate the gas. "The proposed CPVT design is a single-axis 'linear pass' tracking system where rows of curved mirrors are mechanically rotated so that the longitudinal direction of the mirrors is always parallel to the incident sunlight and follows the daily motion of the sun," added Bellmann. "Concentration ratios of around 10 suns are possible." The CPVT receiver is based on a pipe on which the solar cell strips are attached. The small area of the CPVT receiver allows the use of highly efficient PV cells. "Although these photovoltaic cells are more expensive, the cost can be offset by the smaller area required," explained Bellmann. “Conventional crystalline silicon and multi-junction cells need to be considered. Then the price/performance ratio will be assessed once the prototype is put into operation and we have collected enough data from the test trials. (Emiliano Bellini)

Because of Illinois' unusual geology, many companies across the country might want to capture carbon dioxide emissions from their operations and transport the gas to Illinois for sequestration underground. Before that happens, Illinois should implement strong safeguards to protect residents, landowners, taxpayers, drinking water and the climate. New federal subsidies support the use of technologies to capture and store the carbon dioxide released when fossil fuels are burned. This technology allows the gas to be stored thousands of feet underground to keep it out of the atmosphere, where it would help raise global temperatures. Archer Daniels Midland Co. in Decatur has been operating the nation's first carbon sequestration project for more than a decade, and more are planned elsewhere. But for a carbon sequestration network to cause a significant drop in carbon dioxide emissions, it would have to be exponentially larger than the ADM network.

(Editorial board  CST)

Along with Kazakhstan, we are the only country in the world that allows 100 percent of our fossil fuel emissions to offset all of our greenhouse gases by planting trees. Some believe that this puts us at a disadvantage to the rest of the world and harms our agricultural sector and rural communities. (Beef and Lamb CEO Sam McIvor joins Mike Hosking.)

The NextGen CDR Facility, a collaboration between Swiss carbon finance consultant South Pole and Japanese conglomerate Mitsubishi Corporation, has announced the purchase of 193,125 tonnes of carbon dioxide removal (CDR) from three projects, producing the largest CDR portfolio in the world. The purchase represents 25 percent of all CDRs purchased to date and provides more than 1,000 years of CO2 storage after delivery, according to a South Pole press release released last week. With an average price target of $200/t, NextGen intends to make permanent CDRs available to corporate buyers, allowing for risk diversification through a portfolio approach. A number of technologies are represented in the portfolio removal carbon  , such as biomass carbon removal and storage, direct air capture and storage, improved weathering, high-temperature biochar and product mineralization. (Baba Tamim)

Facts are a key element of informed decision-making. And not just any facts, the best facts that are most connected to reality are needed to make the best decision. One more thing: "alternative" facts only exist in alternate universes, so use them at your intergalactic peril. Verra, "the world's leading carbon standard for the fast-growing $2 billion voluntary [carbon] offset market," appears to have been doing this for years, The Guardian reported on January 18. According to the paper, the research found that "the more than 90 % (rainforest) offset credits wrapped by Verra and bought by green-lovers like Shell, Disney and Gucci "are likely to be 'phantom credits' and do not represent real carbon reductions." Specifically, this means that the "94 % credits" that Verra sold to "internationally renowned companies" had "no climate benefit" at all. Furthermore, The Guardian continued: “The threat to forests was overestimated by about 400 % for the Verra projects. Big Biz was not alone. Even angst-ridden grunge bands jumped on the CO2 bandwagon: Pearl Jam was among the "…organizations that bought Verra-endorsed rainforest offerings." The findings hit experts like Barbara Haya, director of the Berkeley Carbon Trading Project, like a hammer. After all, The Guardian reported, Haya "has been researching carbon credits for 20 years in the hope of finding a way to make the system work." "The implications of this analysis are huge," she told the paper. "Companies use credits to claim emissions reductions, when most of these credits do not represent emissions reductions at all." Huge, sure, but they mirror what others have found whenever forest carbon offsets are explored as a means of clearing the conscience of corporate CO2 creators. For example, when a ProPublica reporter dug into forest CO2 offsets four years ago, she found—spoiler alert—the same sorry results that The Guardian found earlier this year. (Alan Guebert, Farm and dairy)

I often get calls from Nebraska crop and livestock farmers interested in carbon credits. This article provides basic information on what carbon credits are and how they work. Here are some frequently asked questions and information you need to know:

What are carbon credits? Carbon credits are created when farmers or ranchers increase the rate of carbon sequestration on their land by changing production practices or adding a new practice. A common example is adding cover crops or reducing tillage when growing row crops.

Who will buy my carbon credits? Probably a corporation that wants to reduce its carbon footprint – at least on paper – to meet corporate requirements or targets for reducing carbon dioxide emissions.

What can I get paid for my carbon credits? That depends on how many you generate. You can get a good estimate of your operation's carbon credit potential at the NRCS website comet-farm.com. One ton of stored carbon equals one carbon credit. Carbon credits have reportedly been selling for between $10 and $15 per ton recently. Producers in Nebraska likely get less than one ton of stored carbon per acre per year. The US average is 0.6 tons per acre per year.

How can I get my carbon credits to sell? You must cooperate with agricultural carbon company such as Agoro, Bayer, Cibo, ESMC, Nori and many others. After you sign a contract with them, they will work with you to implement practices that will lead to further carbon storage. Each carbon company usually has its own system for measuring and verifying carbon storage, such as soil sampling at the beginning and end of the contract period.

Are carbon credits traded? Not on the public exchange. Therefore, it is difficult to get up-to-date price information other than from the carbon companies.

What do I need to know before signing a carbon contract? Take the contract to your lawyer for a legal review. This cannot be overstated. There will be a lot of legal fine print in the contract and you need a lawyer to explain what all that fine print means. There is no "standard" carbon lease yet, and each company has its own. (David Aiken)

Carbon offset schemes faced new scrutiny as the governing body for the voluntary carbon market issued new quality standards. Concerns have also been raised about an offset project in the Peruvian Amazon used by major oil companies and Shell's rice paddy offset project. New quality standards for the $2 billion carbon offset industry were published at the end of March, the Guardian reported, after growing criticism that some projects are at best "greenwash" and at worst contributing to damage to livelihoods. environment and human rights violations. The new guidelines were announced by the Integrity Council for the Voluntary Carbon Market (ICVCM), an independent governing body, the Guardian reported. (The voluntary carbon market generally involves the sale of "carbon credits" generated by emission reduction projects, such as forest protection schemes, to companies that are net producers of CO2 emissions, such as oil companies. After purchasing the carbon credits, the companies claim that "offset" some of their own emissions.) Under ICVCM's new guidelines, carbon credit certification companies such as Verra, Gold Standard and the American Carbon Registry will have to "demonstrate how their credits were generated, demonstrate that they are a real reduction or elimination emissions using scientific methods, and follow rules on respecting the rights of indigenous and local communities", the Guardian reported. In an accompanying article, the Guardian reported: "If the industry can learn from recent events by increasing transparency and integrity, there is a chance that good practice can be built upon while bad practice is suppressed... That we cannot trade or compensate our way out of climate crisis, remains the most important message."

This section describes the offset project development process, from project design to commercialization, using the example of the Clean Development Mechanism (CDM). Although the project development process for projects implemented under voluntary offset standards may differ slightly from CDM procedures, the CDM project cycle is a useful frame of reference to outline a process that is generally similar across programs.

Project proposal

The project design phase includes the development of the project concept, the selection or development of the baseline and monitoring methodology, and consultation with stakeholders. All these elements are documented in the project proposal (PDD).

Project concept

A feasibility study of a potential offset project is conducted to assess its technical feasibility, investment requirements, development and operating costs, expected returns, administrative and legal hurdles, and project risks and pitfalls. Based on the results of the feasibility study, the project owner will decide whether or not to proceed with the development of the potential offset project.