Making DMT in Australia: Legal Reality, Extraction Risks, and Scientific Facts
The search for how to make DMT in Australia often stems from curiosity about this powerful psychedelic compound. However, the answer must begin with an unambiguous legal warning. Making DMT in Australia constitutes manufacturing a prohibited drug, which is a serious criminal offence. DMT is a Schedule 9 prohibited substance under the Australian Poisons Standard. Consequently, the production process—whether through plant extraction or chemical synthesis—constitutes “manufacture,” which carries far more severe penalties than simple possession. This guide examines the legal consequences, Australia’s native plant sources, and the scientific reality of DMT production.
The Legal Reality: Serious Consequences of Manufacturing DMT
First and foremost, you must understand a core fact. Authorities classify DMT as a Schedule 9 prohibited substance under the Poisons Standard. They have criminalised it in all states and territories with no general therapeutic pathway. In Australian law, the definition of “manufacture” is very broad. A Western Australian appeals case established an important principle: extracting liquid DMT from plant material, even before purification into powder or paste, can be deemed “manufacturing” complete, because the liquid “can be ingested or injected.”
The case of Valerio v The State of Western Australia involved a man who received 3 years and 4 months’ immediate imprisonment after a fire broke out while he was manufacturing DMT. The court found that 12.09 grams of DMT was contained in liquid in pots in his kitchen. The judge observed that the manufacture of drugs such as DMT is a “potentially volatile situation.” He also noted that the appellant’s offence put a child, police, ambulance, and fire officers at risk.
Penalties escalate dramatically by quantity in each state. In New South Wales, possession of DMT carries a maximum penalty of two years imprisonment and/or a $2,200 fine. Supplying 0.5 kg (commercial quantity) carries a $385,000 fine and/or 20 years imprisonment. Supplying 2 kg (large commercial quantity) carries a maximum penalty of life imprisonment. At the federal level, importing DMT requires both an import licence and an import permit.
Australia’s Native Plant Sources: Acacia (Wattle)
Australia’s native Acacia genus (commonly known as wattle) does contain DMT. Western Australia is the diversity centre for Acacia, with 894 natural species. The first law enforcement attendance at a DMT clandestine extraction laboratory in WA occurred in 2008. Since then, detection rates have steadily increased. Today, these labs are the most frequently attended clandestine laboratories in WA.
People typically extract DMT from the bark of locally occurring wattle trees. They use a relatively simple process, often with improvised equipment. A 2026 pilot study screened phyllodes (modified leaves) from specimens of 148 different Acacia species both natural and introduced to WA. The research found that phyllodes from some species contained DMT, other tryptamines, β-carbolines, and phenylethylamines.
Some widely cited DMT-containing species include Acacia maidenii (bark contains approximately 0.6% alkaloids, of which two-thirds is DMT) and Acacia phlebophylla. However, DMT content in Acacia is typically only 0.5% to 1.5%. This means extracting even a small amount of DMT requires processing large quantities of plant material.
Dr Kelly Shepherd from the WA Herbarium points out that ringbarking trees kills them. “From a conservation angle, ringbarking trees kills them,” she explains. “Even before you get to extracting an A-class drug, damaging native flora is an offence in itself.”
The Reality of Extraction: A First-Hand Account
Erowid hosts a detailed first-hand extraction account describing the process of extracting DMT from Acacia maidenii. The author took about half a kilo of vertical bark strips from a number of trees. The bark was thick, red, fibrous and resinous. Smoking the bark directly gave only a mild hallucinogenic effect, on the limits of the detectable.
The author then shredded the bark by hand and placed it in 3.5 litres of analytical grade methanol for several days. The methanol quickly took up colour from the bark and turned a deep red colour. After filtering and evaporating the methanol, a thick resinous brown liquid remained. Attempts at smoking this using pipe and hot knife proved unpleasant and gave minimal effect.
Further extraction was performed. Dilute hydrochloric acid was added, causing a large amount of tar to congeal and be removed. The mixture was basified with NaOH, and white precipitations were seen. The aqueous phase was extracted twice into CH2Cl2, and the solvent evaporated to leave about a gram of pale yellow liquid. On standing 24 hours, this liquid crystallised as circular arrangements of needles.
The author and a friend decided to try a larger dose. The friend took a cone in one toke and was immediately on the ground, making strange sounds. The author managed to finish a large cone in three tokes and was “instantly blown apart as if by a large brick through the head.” They were both “totally astounded and scared shitless.” The intense part was over in 2 minutes.
This account illustrates the labour-intensive, dangerous, and inefficient nature of extraction. Chemical solvents themselves are regulated. Furthermore, the strong acids and bases used in the process pose serious chemical burn and fire risks.
Clinical Research: The Legitimate Alternative
In Australia, the only legal pathway to access DMT is participation in approved clinical trials or through a DMT authority for research purposes. NSW Health specifies that a DMT authority may only be issued for medical or scientific research, analysis, teaching, or training purposes. Such authorities are valid for three years, with an application fee of $1,464.
Australian clinical research is advancing. Dr Daniel Perkins at the University of Melbourne published the first clinical trial of DMT made from Australian acacia plants, prepared in a CSIRO facility rather than a “dodgy garage.” The study involved nine healthy “experienced” volunteers. “Generally, people felt that it was quite similar to the experience they’d had with ayahuasca,” says Daniel. The team’s next trial tests DMT as a treatment for alcohol use disorder and major depressive disorder.
However, Dr Perkins notes that his team has moved to using synthetic DMT. “We want this to be medicine that’s used by millions of people around the world,” he explains. “That would be very hard to do with a botanical product.” Wattle contains only 0.5–1.5% DMT, meaning large amounts of plant material are required.
Health Risks Beyond Legal Consequences
Beyond the legal penalties, making DMT carries significant health risks. A 2013 case report in the Australian and New Zealand Journal of Psychiatry documented a 24-year-old man from rural South Australia who was admitted to hospital for a first-episode psychosis. He had been collecting leaf tips, bark and seeds from acacia and Phalaris aquatica plants. dried the material and ground it into a fine powder that he added to his regular tobacco and cannabis pipe. He was using this plant matter with increasing frequency in the year leading up to his presentation with positive symptoms of schizophrenia.
The report notes that DMT extraction instructions are readily available on Internet forums. These instructions recommend use of harmful chemicals, with a high risk of contamination. The plant material may also contain toxic hydrogen cyanide.
Conclusion
The question of how to make DMT in Australia has a clear and unambiguous answer. Making DMT is a criminal offence, constituting “manufacturing a prohibited drug.” Case law in Western Australia has confirmed that even liquid extracts can constitute manufacturing, and a man received over three years’ imprisonment for this offence. Australian Acacia does contain DMT, but at very low concentrations (0.5–1.5%). Extraction requires large amounts of plant material and involves dangerous chemicals.
For those seeking DMT’s therapeutic potential, clinical trials are the only legitimate pathway. Research at the University of Melbourne has shown that DMT derived from Australian Acacia can be safely used in controlled research settings. The wisest course involves remaining informed about evolving clinical research, supporting evidence-based policy reform, and prioritising safety and legality above all else.