This Earth Day, Drive Environmental Opportunities for your Business with Adaptive Execution
This year, Earth Day sparks fresh questions for manufacturing and industry.
With AI helping to overload our brains with information, there has never been a time when we have more content about how industry can, should, does, or does not protect the environment. Yet at the same time, many of us feel less sure than ever about how manufacturing and industry will navigate a tangle of business priorities, regulatory obligations, and stakeholder expectations anchored to environmental performance.
Looking ahead
As manufacturers and their business partners tackle how to operate while protecting the environment, what will be the major catalysts in 2026? The history of Earth Day sharpens the view by highlighting the permanence of change – and for businesses, the value of agility.
Earth Day signals continual change
Earth Day began with disasters and a protest. Across the United States, the 1960s brought several catastrophes to the environment from industrial triggers. In Ohio, the Cuyahoga River had become so polluted with oil, sludge, and industrial waste that it caught fire multiple times, including a significant blaze in 1969. Lake Erie was declared nearly dead due to immense industrial dumping from Detroit and Cleveland, as well as high phosphorus runoff causing massive algae blooms and fish kills. The Hudson River in New York was described by some as a "septic tank": the river was heavily contaminated by industrial dumping (including PCBs), tannery waste, and raw sewage. Then in 1969, more than 3 million gallons of oil gushed from a blowout on an offshore oil platform near Santa Barbara, California. From his airplane window, U.S. Senator Gaylord Nelson allegedly could see the slick from the spill on a flight from Los Angeles to San Francisco, in a story recounted by Denis Hayes, the national coordinator for the first Earth Day. From that moment, Nelson generated momentum to organize the first Earth Day – April 22, 1970.
The effort broadened to a wide range of organizations and participants, who demonstrated in streets, parks, and auditoriums across the USA. The rare political alignment they achieved led to the establishment of the U.S. Environmental Protection Agency and the passage of groundbreaking environmental laws, including the Clean Air Act (1970), the Clean Water Act (1972), and the Resource Conservation and Recovery Act (1976), among others.
Why Earth Day matters now
Earth Day reminds us of a growing consensus that a strategy defined by “business as usual” is bound to fall short. It’s imperative to innovate strategies, technologies, and operations. For the manufacturing sector, we should be thinking about sustainable development not sustainability. We should be thinking through the societal, economic
and environmental impacts. Focus should be on identifying how reducing waste, water usage, and energy is cost-effective through smart alternatives – which is far from a narrow presumption that “going green” is about sacrifice.
Taking the semiconductor value chain as an example, we know that circular approaches — e.g., using spent chemicals as feedstocks for your business or the market — can cut costs, lower liability, bolster supply chain management, reduce emissions, create opportunities for brands, and strengthen social license to operate. Further, we know it’s possible to design data centers to have a power use effectiveness (PUE) of <1.08 versus an industry average of about 1.8, and water usage reduction of 80% can be possible through best-in-class design.
Power your prospects
Targeted support can dramatically shorten the path to opportunity creation through environmental regulation navigation and innovative infrastructure strategy.
You need clarity, structure, and support that match your level of sophistication. With the right guidance, competitive advantage becomes possible through working smarter, not harder.
Subgeni LLC’s services are designed for manufacturers and their industry partners who want direct guidance or execution on circularity, green building initiatives, environmental compliance, and water conservation. This suite of offerings is particularly valuable when you are facing inflection points in your business, selection of sites for new development, uncertainties in the regulatory landscape, or instability in the market.
Beyond the Degree: How Students Can Build Real Careers in Environmental & Sustainability Work
How do we engage and mentor the upcoming students and recent college graduates who are looking to break into the field of environmental and sustainability?
A lot of students entering the environmental and sustainability field with a degree in environmental science and sustainability cannot find a job. They focus on consulting roles, or are looking for policy roles, but there’s so much more out there. Whether it's construction environmental management, corporate environmental compliance, hazardous waste management, corporate sustainability, or even research, the opportunities are vast.
The uncertainty about job requirements and necessary skills is definitely common, because the field is still growing and diversifying. Unlike traditional careers where job paths are more clearly defined, environmental and sustainability roles can vary dramatically depending on industry, organization, or geography. After spending now almost 30 years in the field, I do wonder this myself what is a good path for those new to the field. I keep going back to the basics of environmental compliance and pollution control as the fundamentals of where I see the job opportunities.
So, the core question is: How do we help new professionals navigate this space?
EPA training resources are invaluable for anyone looking to break into the environmental field, especially in compliance-related roles. Certifications and training not only provide foundational knowledge but also make candidates more competitive in the job market. Here’s why these certifications and trainings are so critical, along with some additional certifications and skills that can be very useful:
Why Certifications and Training Matter:
1. Increased Job Market Competitiveness:
Many compliance-related roles in environmental and sustainability sectors prioritize candidates who are already familiar with relevant regulations. Certifications like those from the EPA demonstrate that an individual has specialized knowledge and can contribute to the organization from day one.
Stormwater, air permitting, hazardous waste management, these are all areas that many employers actively seek experts in to ensure compliance with federal, state, and local regulations. Getting trained in these areas immediately makes candidates more marketable.
2. Specialization and Technical Skills:
In the environmental field there is a growing emphasis on technical expertise in specific regulatory areas. For example, training on stormwater inspections or air quality monitoring makes someone uniquely qualified for roles in environmental compliance, environmental health and safety (EHS), or even environmental consulting.
Watershed Academy (EPA)
What It Covers: Watershed management basics, Clean Water Act, watershed ecology, best management practices, and stormwater management. This is key for roles in water quality, stormwater management, or any field that involves land or water conservation.
Why It’s Important: Many compliance and consulting roles in water quality or stormwater management (such as in manufacturing or construction) will require knowledge of watershed management. The certification also helps with positions in municipal or state-level agencies involved in water quality monitoring. https://www.epa.gov/watershedacademy
2. AirKnowledge (EPA)
What It Covers: Ambient air quality planning, stationary source emissions control, and Clean Air Act program areas.
Why It’s Important: Air quality monitoring and compliance are huge in many industries, including manufacturing, energy production, and urban planning. This certification can open doors to roles in environmental compliance, air permitting, and policy advocacy in air quality. Many state or local agencies look for professionals with this kind of specialized air quality knowledge. https://airknowledge.gov/index.html
3. Hazardous Waste Certification (EPA)
What It Covers: Hazardous waste management and annual certification for workers under the Resource Conservation and Recovery Act (RCRA).
Why It’s Important: Compliance-related jobs in hazardous waste management are plentiful, especially in industries like manufacturing, healthcare, chemical production, waste management to name a few. This certification is required to manage, track, or dispose of hazardous waste, and it can be a prerequisite for many EHS roles in these industries. https://www.epa.gov/rcra/resource-conservation-and-recovery-act-rcra-training-modules
Yes, I Jumped in Dumpsters—And Other Lessons on How I Built a Career in Sustainability
So yeah, I jumped in dumpsters. But more importantly, I learned a lot. That’s what made the difference.
Over the years, I’ve been asked one question more than almost any other—from students, professionals, even strangers at conferences:
“How did you get into this field?”
“…And wait, did you really dive into dumpsters?”
Let me clear that up: I didn’t just dive—I jumped.
If you’re wondering how to become a circularity expert, waste guru, or full-on sustainability badass, I won’t pretend there’s one path. But I can tell you what worked for me—and what I looked for when I was hiring.
First, a Little Street Cred
When I say I know waste and circularity, I mean all of it. Solid waste. Hazardous waste. Construction debris. Chemical compliance. You name it—I’ve probably dug through it.
I’ve spent 27 years in this field, and let me tell you—Eric B. and Rakim said it best:
“I ain’t no joke.”
What Helped Me Succeed?
Let’s rewind a bit. Back in the day, I took courses in:
Chemistry
Biology
Environmental regulations
That foundation helped me speak the language of sustainability: terms, definitions, frameworks. I could navigate RCRA, understand EU by-product regs, infrastructure and wrap my head around reporting requirements. Not sexy—but absolutely essential.
But here’s the truth: degrees alone didn’t get me where I am.
Getting My Hands Dirty (Literally)
Success came from saying “yes” to the work others avoided:
Taking meeting minutes
Walking job sites in 110° Arizona heat
Sampling wastewater from 35 feet underground
Showing up on the night shift with pizza to talk with operators and walk the rounds with them
I didn’t just sit at a desk—I walked the site and waste streams. From point of generation to disposal, I wanted to see it all: how it moved, who touched it, where it ended up.
What I Looked for When Hiring
If you want to thrive in this space, ask yourself:
Do you actually understand the regulations?
Can you apply science and engineering to solve messy, real-world problems?
Are you willing to get out in the field—climb a dumpster, pull a night shift, lend a hand when it’s inconvenient?
Can you collaborate, laugh, and fit with a team?
Technical knowledge matters. But so does attitude. I wanted people who were curious, humble, and ready to roll up their sleeves. People that can get along with people.
Field First, Desk Second
If you’re just starting out, here’s one of the best pieces of advice I can give:
Get out of the office.
Seriously. Go into the field. Watch, listen, walk the line, talk to the people doing the work. That’s how you develop real insight—and credibility.
You don’t need to know everything. You do need to be willing to ask questions, learn from others, and admit when you’re out of your depth.
Final Thought
Humility, curiosity, and a little grit will take you a long way in environmental work. I’ve never claimed to be the smartest person in the room—but I’ve learned from a lot of people who are. As Operation Ivy once said: “All I know is that I don't know nothing.”
So yeah, I jumped in dumpsters. But more importantly, I learned a lot. That’s what made the difference.