Recommended Carbon Offsetting Initiatives: Why We Support Them

For us this isn’t really a side initiative — it’s baked into what we do. The whole business is built around refurbished devices, and our line is literally “swap your phone, save the earth.” So the “offsetting” we believe in most is the simplest one: don’t manufacture a new device when a perfectly good one already exists.

And the numbers genuinely back it up. A new smartphone generates somewhere around 55 to 95 kg of CO2 over its lifecycle, and here’s the part most people don’t realize — up to 80% of those emissions happen before the phone even reaches your hands. It’s not the charging or the daily use. It’s the mining, the rare-earth extraction, the manufacturing, the shipping across the planet. By the time you unbox a brand-new phone, the environmental damage is mostly already done.

So every time someone buys refurbished instead of new, you’re essentially avoiding that entire production footprint. Studies put it at roughly a 34% lower annual carbon footprint for people who go circular instead of buying new every time, and refurbishing a single device can save around 58 kg of CO2. Multiply that across the billion-plus smartphones sold globally every year and even small per-device savings add up to something massive.

That’s why I recommend it without hesitation — not because it’s some abstract carbon credit you buy to feel better, but because it’s a direct, measurable reduction at the source. You’re not offsetting emissions after the fact. You’re stopping them from ever being created. And honestly, the phone works just as well, costs less, and you sleep a little better. Hard to argue with that.

One carbon offsetting initiative I support is biochar-based carbon removal through Puro.earth-certified projects. I recommend it because it is one of the few offset pathways that feels more grounded in engineering than in marketing. Too many offsets depend on assumptions that are hard for the public to verify years later. Biochar is different. It takes waste biomass, converts it into a stable, carbon-rich material, and stores that carbon for the long term while creating a clearer chain of measurement and verification. For someone like me, with a background in operations and systems thinking, that matters. If we are going to support offsets at all, they should be durable, measurable, and transparent not just emotionally appealing.

What makes biochar compelling is that it does more than simply “cancel out” emissions on paper. Done correctly, it can lock carbon away for centuries while also putting agricultural or forestry waste to productive use instead of letting it decompose or burn openly. That makes it more tangible than many offset models that ask the public to trust future outcomes they may never be able to see. I also appreciate that high-integrity carbon markets are increasingly emphasizing standards such as additionality, permanence, independent verification, transparency, and protection against double counting. Those principles should be the minimum threshold, not the aspiration. Biochar projects are not perfect, and no offset should ever become an excuse to avoid direct emissions cuts, but as a complement to real reduction efforts, this is one of the stronger options I have seen.

I would recommend it as it addresses both climate urgency and public trust. Biochar-based removal gets closer to that standard than most. It is practical, more durable than traditional offset models, and easier to defend in a serious conversation about accountability.

I’m Runbo Li, Co-founder & CEO at Magic Hour.

The most effective carbon offsetting initiative I’ve seen up close is Stripe Climate, and it’s the one we participate in. A percentage of our revenue goes directly through Stripe’s program into permanent carbon removal projects, not just tree planting or traditional offsets that may or may not deliver.

Here’s why I recommend it specifically: most carbon offset programs are built on feel-good math. You pay $10, someone plants a tree, and everyone pats themselves on the back. But the science on those programs is shaky. Trees burn down, contracts expire, verification is inconsistent. Stripe Climate funds frontier carbon removal, things like direct air capture and enhanced mineral weathering, technologies that actually pull CO2 out of the atmosphere and lock it away permanently.

What sold me was how frictionless it is. As a two-person company building for millions of users, I don’t have time to research offset providers, negotiate contracts, or audit forestry projects in another hemisphere. Stripe Climate is a toggle in your dashboard. You set a percentage, and it routes automatically. That’s the kind of infrastructure that actually gets founders to participate instead of just talking about it at conferences.

I talked to a founder last year who spent three months evaluating offset programs and ended up doing nothing because the complexity paralyzed him. That’s the real enemy of climate action, not apathy, but friction. Stripe removed the friction entirely.

My recommendation: if you run any business that processes payments through Stripe, turn it on today. It takes 30 seconds. And if you don’t use Stripe, find the equivalent that requires zero ongoing decision-making from you. The best sustainability habit is one you never have to remember to do.

The carbon offsetting initiative I recommend most for technology companies is investing in direct air capture credits through providers like Climeworks or Carbon Engineering, rather than traditional forestry offsets.

Running GpuPerHour means being honest about the energy footprint of GPU compute. Training a single large language model can consume as much electricity as 120 American homes use in a year. When you operate a marketplace that provisions thousands of GPU hours weekly, that energy consumption adds up quickly. Ignoring it is not an option if you want to build a company that lasts.

We chose direct air capture over forestry offsets for one reason: permanence. Tree-based offsets are vulnerable to wildfires, disease, and land-use changes that can release stored carbon back into the atmosphere within decades. Direct air capture chemically removes CO2 and stores it in geological formations where it stays for thousands of years. The removal is measurable, verifiable, and irreversible.

The honest trade-off is cost. Direct air capture credits run roughly 600 to 1,000 dollars per ton of CO2, compared to 10 to 50 dollars for forestry offsets. For a startup, that price difference is significant. What we do is blend our approach: we purchase direct air capture credits for a portion of our estimated emissions and invest the remainder in renewable energy certificates that fund solar and wind projects in regions where our data center partners operate.

I recommend this initiative because it forces you to take the problem seriously rather than purchasing cheap offsets that function more as marketing than actual carbon reduction. When the cost of offsetting is high enough to feel in your operating budget, it also creates a genuine incentive to reduce emissions at the source through more efficient hardware utilization and workload optimization.

The one we’ve committed to as a manufacturer is supporting reforestation through the Canopy Project run by EarthDay.org. We plant trees in proportion to the volume of jute and cotton we source, since both crops tie back to land use.

But honestly, for a manufacturing company, the better question is: are you reducing emissions before offsetting them? We’ve prioritized using GOTS-certified organic cotton and sourcing jute from mills in Bangladesh that run on significantly lower energy footprints than synthetic alternatives. The carbon offset becomes meaningful when it’s the last mile, not a license to continue high-impact production.

My recommendation to other founders: start with your supply chain, not an offset program. For us, switching 60% of our cotton sourcing to organic reduced our carbon footprint more than any offset we could buy. The offset should complement your operations, not compensate for them.

So long as there is deforestation happening around the world, reforestation is needed and One Tree Planted is a great way to support tree planting around the world. I started donating trees to be planted several years ago and since then it has become a personal mission of mine to try to support as many projects as I can. One Tree Planted is very transparent as to where your donation will be used (e.g. California reforestation after wildfires or mangrove restoration in Indonesia) and you can actually track where your trees have been planted. I started off with the $20/month donation that plants 20 trees per month and have since added on trees for birthdays and holidays instead of buying physical gifts for those occasions.

Why this? Because it is very simple to plant trees with One Tree Planted. As opposed to other options that require the calculation of a carbon footprint and then purchasing of carbon offsets in largely unregulated markets, One Tree Planted makes trees very tangible. Not only do trees capture carbon, but they can also restore a watershed, provide a home to wildlife, and support communities around the world. I have even watched videos of the specific projects that my money has gone towards planting trees in the Amazon.

Visiting a recently reforested area in Oregon which had been devastated by the 2020 wildfires and which One Tree Planted had worked to plant with trees really drove home for me the impact of trees – young saplings bursting up through the blackened earth after just a couple of years. But it wasn’t just the work of One Tree Planted – it was the local organization that had planned and worked to implement the project using native trees and habitat. It was real forest restoration, not just a commercial plantation of carbon sequestering trees.

The monthly payment is automatically deducted and every quarter or so they put out an update as to the progress of the planting of trees that have been planted in total. As of last year, my trees had been planted on 6 Continents. For someone looking to make a difference with climate change this seems to be the real deal.

The carbon offsetting initiative I personally support — and recommend — from running a UK marketing agency:

**The initiative: direct UK woodland creation projects via the Woodland Trust, specifically their MoreWoods scheme. Not international offset credits, not portfolio offsets, not airline checkbox offsets.**

The mechanics. Most carbon offset schemes have a credibility problem. International credits often fund projects that would have happened anyway, or projects whose carbon claims are unverifiable. The buyer pays, the certificate gets issued, and the actual additional carbon capture is hard to confirm. The cynicism around offsetting is mostly downstream of this gap.

**Why direct UK woodland works differently.** The trees get planted in a specific location, on specific land, with verifiable photographic evidence. The Woodland Trust manages the woodland for the trees’ 100+ year life. The carbon capture is real, the additionality is real (the land wasn’t going to be woodland otherwise), and the secondary benefits — biodiversity, flood mitigation, public access — are tangible.

**What we do at the agency.** Calculate annual operational emissions from electricity, travel, hosting, and the supply chain we have visibility into. Convert to tonnes CO2e. Buy woodland creation through Woodland Trust at a rate that covers roughly 150% of calculated emissions (the overshoot is the honesty buffer — emissions calculations always undercount). Total annual cost is in the low hundreds of pounds for a small agency; the marginal cost per employee is modest.

**Why I recommend it over alternatives.** The verification problem disappears. The marketing claim is defensible — you can name the woodland, show the photograph, point to the Woodland Trust’s accreditation. The carbon math is conservative because UK temperate hardwood capture per hectare per year is well-established.

**The wider principle.** Offsetting works when the buyer can audit the actual capture. Where audit is impossible, the offset is essentially trust-based — and trust-based carbon claims are increasingly being challenged. Direct, verifiable, geographically specific projects sit on the right side of that scrutiny.

Honest answer first. I don’t write cheques to a named carbon offset programme on behalf of Paperless Pipeline, and I’m wary of most of them. The voluntary carbon market has a credibility problem, and a lot of the popular schemes were exposed in the last few years as either double-counted or measuring things that would have happened anyway.

What I do believe in, and what we have actually built our business around, is removing paper from a paper-heavy industry.

Paperless Pipeline is real estate transaction management software. About 6% of every U.S. home sale closes through our platform. Before software like ours, the average residential real estate file was a physical binder. 40 to 80 pages per transaction. Disclosures, contracts, riders, inspections, lender packets, closing statements. Most brokerages stored those binders for 5 to 7 years to satisfy state record-keeping rules. A 150-agent brokerage was burning through filing cabinets, paper, toner, courier runs, and storage square footage.

One of our customers, Berkshire Hathaway HomeServices Elite, a 150-agent team across three offices, told us they save more than $30,000 a year on personnel, storage, and paper combined since moving to us. RE/MAX Plus in Rochester cut a full-time admin role, saving $2,000 to $2,500 a month. Multiply that across 1,700 brokerages and over 4.6 million transactions managed in the platform’s lifetime, and the paper saved is genuinely measurable. We have customers like Breakside Real Estate Group in British Columbia who have run more than $2 billion in sales through us in 10+ years without printing a binder.

So my recommendation, especially to other founders, is to look at your industry’s default waste before you buy an offset. Real estate had paper waste built into the law itself, because state record-keeping rules predate cloud storage. We didn’t market Paperless Pipeline as a green product. We just built it to be faster and cheaper than the binder, and the environmental upside followed.

I would rather support a business model that removes waste at the source than a carbon credit that compensates for waste downstream. The math is more honest and the change is durable. If a brokerage moves to a paperless workflow, they don’t print the binders next year either.

That’s the version of carbon reduction I can recommend with a straight face.

I prioritize carbon insetting through organic farming and composting over traditional carbon credit markets because true sustainability is best achieved by refining processes at the source. My background in BPO operations taught me that efficiency is rarely found in external patches, but rather in process optimization. I apply this same operational philosophy to my household: by composting food scraps, I prevent anaerobic decomposition in landfills, effectively curbing methane emissions—a greenhouse gas far more potent than carbon dioxide.

Gardening further extends this strategy by shortening my supply chain. Growing my own produce eliminates the carbon costs inherent in the packaging, transportation, and industrial processing of store-bought food. I recommend this approach because it moves sustainability from abstract, distant offsetting to tangible, localized insetting. It transforms the vague concept of an environmental footprint into a daily, measurable audit of one’s own consumption. For those managing high-stress roles, this practice offers a necessary perspective: while technology may scale our professional operations, it is our physical, biological habits that scale our personal impact.

I’ll be honest about my skepticism before I recommend anything. The traditional offset market is a mess of unverified claims, double-counting, and projects that would have happened anyway. I stopped buying generic offsets years ago because the gap between what’s promised and what’s actually delivered is too wide for me to feel good about.

The initiative I do support though is Climeworks, the direct air capture company in Iceland. It’s expensive per ton, much more expensive than tree-planting credits, but the carbon comes out of the atmosphere and goes into mineralized basalt where it cannot return for thousands of years. There’s no measurement debate, no leakage risk, no question about whether the trees burn down in five years. The math is harder to argue with because the chemistry is harder to argue with.

I recommend it specifically for travel I can’t avoid, like international flights I’m not willing to skip. I’d rather pay more for fewer tons of verifiable removal than less for many tons of questionable credits. The other thing I appreciate about Climeworks is that they’re public about their costs and limitations.

Most of the offset industry markets itself like a finished product. Climeworks markets itself like an early-stage technology that needs scale to get cheaper, which is exactly what’s true.

If I had to pick one carbon offsetting initiative I actually believe in, it’s rooftop solar. It’s simple: you install panels once, and they quietly reduce your electricity emissions for 25+ years. The IEA estimates solar is already preventing over 1.5 billion tonnes of CO2 every year, which is massive. I like it because it doesn’t feel like offsetting in theory, it’s real, visible change every time your meter runs backward.

One carbon offsetting initiative I support is Greenfleet-style vehicle offsetting, because tradies spend a lot of time in utes, vans and work vehicles before they even start the job. It is not a licence to waste fuel, but it is a practical step alongside better scheduling, fewer unnecessary trips and smarter material runs. I like that the money goes into restoring locally native forests, not just some vague feel-good claim on a website. My advice is to reduce first, offset what you cannot avoid, and choose a program that can explain where the planting happens and how long it is protected.

In my own life, I have chosen to fund Gold Standard-certified clean cookstoves in rural villages located in developing countries. The goal of the Gold Standard certification process is to provide a method through which an organization can be independently verified as reducing greenhouse gas emissions. By providing a clean stove instead of the old open fire that burned so much wood it destroyed large swaths of forest, families are able to significantly reduce their use of wood for cooking.

The reason I think this is such a great option for someone looking to invest money into a clean technology strategy is due to the fact that there are specific audits required by Gold Standard before a project will qualify. The audited results include the amount of wood reduced per year through the use of the clean stove based upon rigorous field-testing and verified usage data. This provides two key elements that help to drive my interest. First, with Gold Standard you receive a third-party verification of the actual carbon savings from the program. Second, you also obtain confirmation of how well the program impacts the lives of the people living in the area where the project was implemented.

I support seagrass restoration projects with strong marine monitoring and local stewardship. Seagrass meadows capture carbon in sediments and protect coastal ecosystems. They also support fisheries, improve water quality, and reduce erosion pressure. That broader value makes the climate case much more credible.

Marine offsets require discipline because outcomes vary sharply by location and protection. Buyers should choose projects with habitat mapping, permanence plans, and community enforcement. The strongest programs connect restoration with fisheries management and coastal policy. That integration gives carbon benefits a better chance of lasting.

I support verified native reforestation projects in Victoria, especially those that restore mixed-species habitat rather than single-species plantations. That model matters because carbon storage is only part of the value. Diverse local planting improves soil health, water retention, biodiversity, and long-term landscape resilience, which makes the offset more credible over time.

From an electrical and built-environment perspective, the best sustainability decisions are the ones that still make sense in twenty years. I recommend local, audited reforestation because people can trace the outcome, understand the ecological benefit, and avoid offsets that look neat on paper but offer little durability in the real world.

Tradewater is an environmental organization working to reduce greenhouse gas emissions by locating and destroying CFCs and other greenhouse gas-emitting products, such as older refrigerant systems. I chose to support Tradewater because of its focus on extremely high-potency greenhouse gases that are contributing to the current rate of global warming and will continue to do so until they can be safely disposed of or destroyed.

For those who prefer a direct, transparent method of carbon offsetting, I would recommend using Tradewater. This program provides measurable, verifiable results. Their staff goes around the world, collecting these products from old buildings and destroying them in regulated, independently audited incinerators. All of this is monitored and reported in compliance with international carbon accounting standards.

I believe that one of the best ways to mitigate these emissions is through funding landfill gas collection programs run by Terrapass. Once collected, the methane gas is converted into electrical energy for local use in the form of green energy.

Because methane has a greater atmospheric impact during its lifecycle compared to CO2, reducing the amount emitted results in an immediate environmental benefit when captured on-site. Therefore, I believe that these types of project-based offsets make sense for many consumers. Additionally, Terrapass projects have all been third-party certified through nationally recognized carbon registries which provide documentation detailing the volume of greenhouse gases that were reduced or prevented from being released into the environment.

The Katingan Peatland Restoration and Conservation Project in Indonesia has my support. This large-scale REDD+ program has been vetted through Verra (VCS), a third-party certification organization, and it covers approximately 150,000 hectares of peat swamp forest to prevent it from being cleared for palm oil production.

I am confident in recommending Katingan as it closely monitors the area. While other organizations may simply complete paperwork, Katingan utilizes remote sensing technology (i.e., advanced satellite imaging) to track changes in the forest canopy over time and continuously prevents real-time logging. As such, if you’re a leader searching for an open and honest offset project which can substantiate its claims with quantifiable, legally binding data related to land protection, this is your go-to project.

Personally, I support carbon credits through the Medford Spring Grassland Conservation Project; it has been verified as a legitimate “carbon reduction project” by the Climate Action Reserve (CAR). This program prevents commercial farming on over 6,900 acres of native grassland in Colorado, thereby preserving the developed root structures of these natural soils.

The reason why I support this type of carbon reduction project is that when we talk about carbon sequestering in soils, we are talking about one of the most long-lasting and most reliable methods of preserving lands. When you plow your natural soils, you release all the carbon that was stored in those soils immediately. By purchasing a carbon credit from a CAR-approved project, you are ensuring that the protection of the land will be legal and will continue to be monitored. As such, this is a safe, easy way to make a difference with regard to reducing your personal impact upon the environment.

I personally support Cool Earth – a global non-profit organization that collaborates with indigenous groups to protect threatened tropical forest canopies located in areas such as Peru and Papua New Guinea. My desire to be involved with Cool Earth has been based on evidence showing that local communities have the highest potential for managing their own ecosystems.

Cool Earth’s business model is one I endorse. Rather than relying on a large corporation’s bureaucratic structure Cool Earth provides the necessary funding to rural villages to map their land and create barriers against illegal logging. This model provides transparency through the use of remote monitoring technology to verify the existence of protected canopies. Additionally it is a feasible means by which individuals may help preserve existing carbon sinks while having access to factual information regarding the effectiveness of those efforts.

The carbon initiative I most recommend is community weatherization for older housing. Sealing leaks and upgrading insulation cuts emissions before energy is even consumed. That makes every heating or cooling system perform better immediately. It also protects lower income households from volatility in utility costs. Few offsets deliver climate benefits while improving comfort room by room.

I support models linking funding to blower-door tests and verified reductions. Measured air leakage results keep the program honest and repeatable. Better envelopes reduce peak demand, extend equipment life, and curb waste. For practical climate progress, prevention usually beats compensation after emissions occur.

My preference for using carbon offsets is to support wildfire post-fire restoration efforts through Mast Reforestation (previously known as DroneSeed). The organization works to restore the native ecosystem of forests destroyed by large, severe wildfires in the Western U.S. through the use of advanced drone technologies to drop high-tech seed pods into difficult-to-access areas of wilderness.

I would recommend this program as it greatly increases the speed at which an area can be restored naturally. The traditional process of manually replanting trees can often take many years to organize due to logistical issues, but this method of replanting allows reforestation to occur much quicker. Additionally, Mast Reforestation provides very detailed information regarding the percentage of seeds that survive after being dropped and other metrics related to soil conditions.

I recommend supporting construction wood reuse and mass timber sourcing programs that pair material recovery with verified carbon accounting. A large share of embodied carbon comes from building materials, and extending the life of harvested wood can keep stored carbon out of the atmosphere while reducing demand for new extraction. It is a practical offset path because the material chain can be tracked with unusual clarity.

What makes this approach compelling is its operational honesty. There is less room for vague storytelling when the source, recovery process, and final use are documented. For anyone evaluating offsets, favor programs with chain of custody records, third party verification, and conservative assumptions about storage duration and replacement impact.

The recommended initiative is direct support for local urban tree canopy programs with verified maintenance funding. Planting trees is easy to announce, but keeping them alive is what matters. This approach focuses on watering, pruning, proper species selection, and long-term survival tracking. Carbon claims should reflect years of care, not a single planting day.

This model delivers benefits that people can see in daily life. A stronger tree canopy can reduce heat, improve air quality, and support healthier neighborhoods. That clear impact often builds better public support than distant offset projects. Funding should favor programs that report survival rates and choose the right tree for each place over time.

Our company supports several initiatives from choosing recycled materials, green transportation, and minimizing large files to reduce our digital footprint. We also do an annual purchase of carbon credits after assessing our Scope 3 emissions. As a team we select which Gold Standard projects to fund. For example, we’ve funded clean water, wind power, reforestation, and regenerative land use projects. While resorting to offsets or credits isn’t our first choice and reduction is an ongoing effort, I recommend this initiative because it allows us to take responsibility for emissions we cannot yet eliminate while keeping our choices aligned with our mission. The team review process creates ownership and connects staff to the impact work, and our clients recognize that we are serious about walking our talk. That cultural benefit makes this an intentional expense we continue to prioritize.