
Laboratory Assessment — we evaluate your current research processes, equipment usage, and waste streams on-site — so we know exactly where to start.
The goal is to help institutions, universities, and companies make their laboratories more sustainable. As a former scientists ourselves, we help you to streamline your workflows to save time, reduce costs, and make data acquisition acquisition more reliable.
We generate up to 200 kg of plastic waste per scientist each year. Through protocol optimization, the use of bioplastics, or take-back programs, this impact can be reduced by over 80%!
A single institute can consume as much energy as a small village. With targeted energy plans and optimized instrument settings, overall consumption can often be reduced by more than one third.
Reagents used in experiments have an enormous environmental impact. However, alternatives, optimized protocols, and more efficient instruments can significantly reduce their use and overall footprint.
Reduce your Scope 3 emissions related to purchasing items, instruments, and services. Most institutions find that this is their biggest impact category. We help you reduce it by finding the greener product or work with your suppliers.
Every recommendation is validated in real research environments. Your data quality stays intact — or improves. We never compromise your science for sustainability.
Labs using our approach have reduced plastic waste by up to 65% while maintaining sterile conditions. No expensive alternatives — just measurable impact through smarter protocols.
A weekly 5-minute read with one actionable improvement per edition. Protocol optimizations, smarter equipment settings, and strategies to build lab-wide momentum — straight to your inbox.
One of the largest sustainability events in science worldwide. A free, two-day online event bringing together leading voices in the field. Join us to explore best practices, real-world case studies, and the latest innovations.
A wealth of resources to help you reduce plastic waste, identify greener alternatives to your chemicals, and inspire your colleagues to take action. Grounded in first-hand experience and ready to be implemented today.
I started ReAdvance because I believe that sustainability should serve science, not hinder it. By working with an experienced consultant, you save valuable time while ensuring your research processes are first understood and respected. My approach is results-driven, appreciating both the ecological and economic benefits of a more efficient laboratory. The goal is to generate more data and advance your career through smarter, more sustainable practices.

Laboratory Assessment — we evaluate your current research processes, equipment usage, and waste streams on-site — so we know exactly where to start.

We develop tailored optimization strategies based on your lab's specific workflows, equipment, and research goals.

Together we put the changes into practice — with hands-on support, training, and clear documentation.

We track and quantify the impact of every change — less waste, lower costs, and better efficiency withoutcom promising data quality.
My experience was super seamless. I really love the purpose of this event and am looking forward to future collaborations with ReAdvance.
I've been following your work on the page of the Leibniz institute and your and other scientists' efforts towards making labs greener are truly inspiring.
Hi Patrick, I'm Jim from Quebec. I subscribed to your newsletter, and I just want to say they are pretty impressive and Thank you.
I'm a fairly new subscriber, but your newsletters are great! It really shows how much effort you put into them - keep going🌱
A Global Community Researchers from over 50 countries use our resources and attend our events.
4.74/5 Rating - Our summit and consulting services are rated among the highest in the field.
Backed by Leading Initiatives Official partner of My Green Lab, I2SL, Labconscious, and LEAF.
Working With Global Brands Collaborated with Eppendorf, Corning, PEAK, and Labcon to bring sustainable solutions to the bench.
I’m Patrick — a former neuroimmunologist who turned his passion for sustainable science into a mission. I studied in Germany and Canada and spent years conducting research at the bench. Early in my career, I started optimizing my own protocols for sustainability — and I never stopped. Today, I help laboratories worldwide reduce their environmental footprint through smarter workflows, free resources, and a growing community of 1,400+ researchers. Whether through our annual summit, workshops, or hands-on advisory — my approach is always the same: practical, science-first, and built for real lab conditions.
We don’t just talk about sustainability — we’ve tested every recommendation in real research environments, including our own.
We discuss your lab's current setup, challenges, and goals — so I understand exactly where you stand and what matters most to your research.
Based on our conversation, I create a tailored plan with clear priorities, quick wins, and long-term strategies — specific to your workflows and research area.
You implement the changes with my support. Most labs see measurable impact within weeks — less waste, lower costs, and better efficiency without compromising data quality.
Sustainable labs aren’t just good for the planet—they reduce costs, improve efficiency, and extend equipment lifespan. Discover how small changes can deliver measurable financial returns.
Single-use plastics dominate lab waste, but smarter workflows can dramatically cut consumption. Learn practical swaps and habits that reduce plastic without compromising results.
Labs are energy-intensive by design, but much of that energy is wasted. Explore simple actions that lower consumption while maintaining performance and reliability.
Water is often overlooked in lab sustainability. Find out where it’s being wasted and how to reduce usage with minimal disruption to your processes.
Underused or inefficient instruments waste both energy and time. Improve scheduling and usage patterns to get more value out of the tools you already have.
You can’t improve what you don’t measure. Learn how to track energy use in your lab and identify the biggest opportunities for savings.
From smarter freezers to low-energy devices, new technologies are transforming lab sustainability. Get an overview of the innovations worth knowing.
Water is often overlooked in lab sustainability. Find out where it’s being wasted and how to reduce usage with minimal disruption to your processes.
Ultra-low temperature freezers are among the biggest energy consumers in any lab. Understand their environmental footprint and why they matter.
Small adjustments in how you use and organize freezers can lead to major energy savings. Learn practical tips you can implement immediately.
From temperature settings to defrost cycles, this guide covers everything you need to run freezers efficiently and reliably.
Do you really need -80°C for everything? Explore when higher temperatures are safe—and how they can significantly cut energy use.
Sustainability works best as a team effort. Learn how to communicate benefits clearly and get buy-in from your lab mates.
Thoughtful design can reduce waste, energy use, and repetition. See how sustainability and better science go hand in hand.
Getting started doesn’t have to be overwhelming. Focus on a few high-impact actions to build momentum quickly.
Sustainability should never compromise safety or data integrity. Learn how to implement changes responsibly and confidently.
The weekly newsletter is a 5-minute read, and many protocol changes are one-time adjustments. In fact, most researchers end up saving time because their workflows become more efficient.
Never. Every recommendation is validated in real laboratory conditions — including my own. I'm a scientist, so I know that data quality is non-negotiable. Most protocol changes actually improve reproducibility and consistency.
No. Science is the priority. I'm a scientist, so I know that data quality is non-negotiable. Most protocol changes actually improve reproducibility and consistency.
My core expertise is in life sciences, but many of the principles — energy optimization, waste reduction, smarter procurement — apply across disciplines. If you're unsure, book a free call and we'll figure it out together.
My core expertise is in life sciences, but the principles — energy optimization, waste reduction, smarter procurement — apply across disciplines from cheimistry to clinical settings
Whether you have a quick question or want to discuss a full consulting project — I’m happy to hear from you. Book a free call or send me a message.
© 2026 Sylvia Rayermann | Erstellt von LM Consulting | Alle Rechte vorbehalten.
We help optimizing protocols -from pipetting strategies to HPLC settings. No generic green tips. Just smarter workflows that cut waste where it matters most.