Pet Aquamation, also known as alkaline hydrolysis, is an innovative and environmentally friendly end-of-life solution for pets. Unlike traditional, flame-based cremation, aquamation is gentle and water-based, making it the more compassionate choice for your beloved companion.

Aquamation, also known as water cremation, uses alkaline hydrolysis which is similar to how the body naturally decomposes in the earth’s soil. We accelerate this process by combining gentle water flow, temperature and alkalinity to breakdown all organic material. Once the gentle process concludes, we dry and carefully collect the ashes in a memory box or urn of your choice, returning them to you in a way that provides comfort and a lasting keepsake to cherish your pet's memory.

Aquamation provides a serene and sustainable way to honor your beloved pets, ensuring that their final journey is both gentle on them and the environment. Aquamation uses 90% less energy and there are no harmful emissions released as there are with flame-based cremation. By choosing this alternative, you reduce your carbon footprint, receive 20% more ashes, and ultimately provide a more dignified and peaceful transition.

Aquamation uses 90% less energy. There is no burning of fossil fuels. No direct emissions of harmful greenhouse gases or mercury. Families receive 20% more animal remains. Remains are smooth, fine, and light in color versus coarse, dark, charred remains. Overall, it is a more gentle and compassionate choice for both your pet and the environment.

Following aquamation, your pet's ashes are dried and carefully collected. We place them in our Serenity memory box and coordinate pickup by the customer or hand deliver your remains. You may also select from a variety of scatter tubes or display urns from our collection.

Yes, aquamation is suitable for pets of various sizes and types, providing a gentle and dignified process for all.

You can arrange aquamation services by contacting us directly through phone or our website, ensuring a compassionate and seamless process.